idea-fasoc__openfasoc METASEP

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo24_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.031921503723978915,0.04578908166801339
2,6,5,32.768,0.03839299936186284,0.0481065484107933
3,6,5,32.768,0.0,0.0
4,6,5,32.768,0.09319790555586537,0.12402797103879432
5,6,5,32.768,0.007260192834904594,0.01544973786185384
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.0,0.0
8,6,5,32.768,0.018334492084592906,0.025316429448087662
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.0,0.0
11,6,5,32.768,0.3193239258182825,0.48421181480835435
12,6,5,32.768,0.041728723920100894,0.06870691377146845
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.030273420685479203,0.05061566555919225
16,7,5,32.768,0.0452155017665402,0.08081251388244275
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.0073404087079671524,0.01655052869246176
19,7,5,32.768,0.016373832782827606,0.032318415802758654
20,7,5,32.768,0.0029545896500191024,0.012815990012480504
21,7,5,32.768,0.0026963679274164347,0.011990396156924925
22,7,5,32.768,0.06829582710532174,0.1289067880291802
23,7,5,32.768,0.003899538434225262,0.010761709901312151
24,7,5,32.768,0.0,0.0
25,7,5,32.768,0.056680663369441976,0.1037589822617782
26,7,5,32.768,0.00652429306515273,0.015712619132404373
27,7,5,32.768,0.005744423382725198,0.017631970961863565
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.0057304799100947905,0.015842424056942802
30,7,5,32.768,0.006092618484691126,0.017597090668630425
31,7,5,32.768,0.009563597649420432,0.026380113722271937
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,3.2042529178577652,0.5036449288933622
35,0,5,32.768,26.850100124774208,21.516380483715196
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,50.48822212747841,39.19047205807045
39,0,5,32.768,43.751291272372754,35.598790629705384
40,0,5,32.768,0.0,0.0
41,0,5,32.768,65.63729451799183,52.507312989121814
42,0,5,32.768,0.0,0.0
43,0,5,32.768,57.34683055871179,43.94571616266596
44,0,5,32.768,0.0,0.0
45,0,5,32.768,86.22426596359054,67.39117718092183
46,0,5,32.768,66.6220876697691,56.73541241342659
47,0,5,32.768,0.0,0.0
48,0,5,32.768,0.0,0.0
49,0,5,32.768,22.715726922112793,18.591737069397254
50,0,5,32.768,18.263877524950715,15.095789483640795
51,0,5,32.768,15.989552608325223,13.35648415151233
52,0,5,32.768,38.5085693780696,31.993556680906863
53,0,5,32.768,37.84324275323139,27.924603908782665
54,0,5,32.768,29.93782868856057,23.953142772471423
55,0,5,32.768,23.79486935972543,20.042438389617168
56,0,5,32.768,45.94202675504858,38.390561339996054
57,0,5,32.768,0.0,0.0
58,0,5,32.768,34.877872927436385,28.35169674781388
59,0,5,32.768,27.10088305855734,23.871703839449754
60,0,5,32.768,0.0,0.0
61,0,5,32.768,48.90524836515606,39.86061269172867
62,0,5,32.768,41.74200195018921,34.85688731484784
63,0,5,32.768,36.026986143523025,29.860570366582085

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo23_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.039688708721751086,0.04901748259549852
1,6,5,32.768,0.0,0.0
2,6,5,32.768,0.05719860138150233,0.07909309957259231
3,6,5,32.768,0.005670414446934193,0.0096
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.02656385514190288,0.04017752605624195
6,6,5,32.768,0.007103351321735397,0.013255881713413109
7,6,5,32.768,0.019159290174742907,0.033761137421597635
8,6,5,32.768,0.5123362895598944,0.7604053824112503
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.0,0.0
11,6,5,32.768,0.01898277113595378,0.03576420556925597
12,6,5,32.768,0.0444382537910751,0.07189325420371512
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.028197702034031068,0.046500305375341354
15,6,5,32.768,0.024148341557962114,0.03879661840934078
16,7,5,32.768,0.01206276916798129,0.02574956310308973
17,7,5,32.768,0.0071959988882711766,0.019398969044771425
18,7,5,32.768,0.003996798718974974,0.01655052869246176
19,7,5,32.768,0.00432,0.015712619132404373
20,7,5,32.768,0.020407841630118558,0.049212421196279305
21,7,5,32.768,0.0,0.0
22,7,5,32.768,0.0038023150842611663,0.015754923040116702
23,7,5,32.768,0.07488012820501845,0.15300250455466408
24,7,5,32.768,0.0,0.0
25,7,5,32.768,0.0050412696813402075,0.01686919085196442
26,7,5,32.768,0.002932848444771738,0.011731393779086953
27,7,5,32.768,0.006700925309239015,0.019398969044771428
28,7,5,32.768,0.08935881825539102,0.22229545744346643
29,7,5,32.768,0.004644825077438332,0.014396444005378548
30,7,5,32.768,0.010380289013317499,0.02523540370194224
31,7,5,32.768,0.012799999999999999,0.02978579527224345
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,26.949213260976656,22.26808392238542
35,0,5,32.768,0.0,0.0
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,0.0,0.0
40,0,5,32.768,71.42721139733791,56.30190372818312
41,0,5,32.768,0.0,0.0
42,0,5,32.768,0.0,0.0
43,0,5,32.768,44.723134058337195,36.238329404673166
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,0.0,0.0
47,0,5,32.768,61.091784217205515,49.4218517370606
48,0,5,32.768,23.635783358086524,19.885415012053436
49,0,5,32.768,18.175189435447436,15.329692349163437
50,0,5,32.768,51.491276679826065,28.544645149659857
51,0,5,32.768,13.535405377010326,11.613740963806622
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,0.0,0.008844975975094562
55,0,5,32.768,20.91386825625523,18.122641394057325
56,0,5,32.768,0.0,0.0
57,0,5,32.768,33.52786798504194,27.37049221227854
58,0,5,32.768,0.0,0.0
59,0,5,32.768,28.35178260142385,23.37029611122632
60,0,5,32.768,54.507829719202725,46.116945938776134
61,0,5,32.768,43.90022954771877,38.193712003187116
62,0,5,32.768,35.35318290847374,30.479613093187385
63,0,5,32.768,30.58123325178368,25.818929988549097

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo22_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.045131346091159305,0.057396083490077965
1,6,5,32.768,0.04393449669678714,0.05856874251680669
2,6,5,32.768,0.0438131304519547,0.06705050037098903
3,6,5,32.768,0.0,0.0
4,6,5,32.768,0.029707911404203428,0.05283295940982295
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.16352000000000003,0.2307044654964442
7,6,5,32.768,0.018710424901642406,0.03534515525499923
8,6,5,32.768,0.6601185057245403,1.0139636159152852
9,6,5,32.768,0.24052742047425693,0.3052269974953068
10,6,5,32.768,0.03693748231810068,0.056646327330198545
11,6,5,32.768,0.03826643437792447,0.06056290613898908
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.03529985835665634,0.06085387087112865
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.0,0.0
16,7,5,32.768,0.0,0.0
17,7,5,32.768,0.003666060555964672,0.015948717816802706
18,7,5,32.768,0.005567908045217702,0.01706533328124593
19,7,5,32.768,0.0,0.0
20,7,5,32.768,0.0031353468707624676,0.015199157871408535
21,7,5,32.768,0.019332873557751318,0.03889152092680357
22,7,5,32.768,0.019462209535404763,0.04724309896693908
23,7,5,32.768,0.007861195837784477,0.021380215153267282
24,7,5,32.768,0.004476427146732091,0.01452038566980919
25,7,5,32.768,0.006144395820583177,0.020387290158331486
26,7,5,32.768,0.0055425625842204064,0.018907099195804734
27,7,5,32.768,0.007638219687859206,0.017465669182713844
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.006077367851298783,0.020076015540938394
30,7,5,32.768,0.0,0.0
31,7,5,32.768,0.00894427190999916,0.023625884110441246
32,0,5,32.768,43.61975098060053,36.7391315891707
33,0,5,32.768,44.946653057757274,34.738121993590845
34,0,5,32.768,0.0,0.0
35,0,5,32.768,37.00568115727097,29.890892007405867
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.24318652594253656,0.04275444304396913
39,0,5,32.768,55.13935168547413,43.71621892846635
40,0,5,32.768,0.0,0.0
41,0,5,32.768,360.559315320619,119.21611918673416
42,0,5,32.768,0.0,0.0
43,0,5,32.768,0.0,0.0
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,87.8228267458888,72.29460303370922
47,0,5,32.768,1.4516260984151534,0.2567339478915868
48,0,5,32.768,0.0,0.0
49,0,5,32.768,26.67131991742441,21.81961924595386
50,0,5,32.768,23.209404451954388,19.523407031192075
51,0,5,32.768,18.112574407852684,15.016954227752045
52,0,5,32.768,0.0,0.0
53,0,5,32.768,39.22147786596522,31.597259184024175
54,0,5,32.768,77.37583056127022,33.86300058586659
55,0,5,32.768,25.092388187655633,20.80144482120413
56,0,5,32.768,0.0,0.0
57,0,5,32.768,48.07443787168394,40.3838708067664
58,0,5,32.768,38.31251765079398,32.4104936290702
59,0,5,32.768,33.938856066143416,28.294317518993104
60,0,5,32.768,0.0,0.0
61,0,5,32.768,56.062199788449256,46.35644975921259
62,0,5,32.768,48.600937577787526,39.50037394326287
63,0,5,32.768,38.3200160280551,33.401647984636924

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo21_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.10736417279521136,0.16243774930723462
2,6,5,32.768,0.073944238450335,0.09832074857322844
3,6,5,32.768,0.0,0.0
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.19742340286804905,0.2453955631220744
6,6,5,32.768,0.02545760397209447,0.045214086300620966
7,6,5,32.768,0.066682003569179,0.06625159318839058
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.032208918019703804,0.04325921867070647
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.03296893082888797,0.05536184968008206
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.10913771117262815,0.15812371865093489
16,7,5,32.768,0.011653394355294083,0.02523540370194224
17,7,5,32.768,0.013646977687385584,0.03290091792032557
18,7,5,32.768,0.006205030217492901,0.02026638596296833
19,7,5,32.768,0.010079682534683321,0.02134906086927479
20,7,5,32.768,0.0039019994874423033,0.010761709901312151
21,7,5,32.768,0.003699945945551097,0.016098894371974745
22,7,5,32.768,0.21428062348238583,0.46276868346939815
23,7,5,32.768,0.3429769345014327,0.6441624639793907
24,7,5,32.768,0.025475195779424347,0.07836799346672085
25,7,5,32.768,0.005617686356499445,0.01549275959924506
26,7,5,32.768,0.0135242596839901,0.035426182407931
27,7,5,32.768,0.0045949537538478025,0.015476226930359997
28,7,5,32.768,0.005768882040742384,0.020367189300441044
29,7,5,32.768,0.0,0.0
30,7,5,32.768,0.009765244492586962,0.023567299378588123
31,7,5,32.768,0.008187795796183488,0.020567313874203408
32,0,5,32.768,0.0,0.0
33,0,5,32.768,28.809151285631444,23.36317772578037
34,0,5,32.768,0.9904785235430398,0.16855557659122405
35,0,5,32.768,21.122029904874204,17.919930571294078
36,0,5,32.768,0.0,0.0
37,0,5,32.768,13.474108581780097,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,32.95781184814307,27.036598061028315
40,0,5,32.768,0.0,0.0
41,0,5,32.768,0.0,0.0
42,0,5,32.768,39.963711903195374,31.353554204498096
43,0,5,32.768,33.57614022787015,27.13344228512114
44,0,5,32.768,0.0,0.0
45,0,5,32.768,51.427619731720036,44.87153494613707
46,0,5,32.768,0.0,0.0
47,0,5,32.768,0.0,0.0
48,0,5,32.768,0.0,0.0
49,0,5,32.768,0.0,0.0
50,0,5,32.768,14.244366345415301,12.16445349605152
51,0,5,32.768,12.874184768225135,11.14720022965408
52,0,5,32.768,0.0,0.0
53,0,5,32.768,24.660769004846543,19.54634942636604
54,0,5,32.768,20.3948797489566,17.583161839168746
55,0,5,32.768,18.82545395149875,15.379288485804537
56,0,5,32.768,33.42042340040592,27.765078221391708
57,0,5,32.768,27.580059456817708,23.597619025655955
58,0,5,32.768,25.378273584907227,21.606119391542755
59,0,5,32.768,21.981144501594994,18.786554963547736
60,0,5,32.768,43.167461789380205,35.309356487911245
61,0,5,32.768,41.07705386405408,31.159138249033784
62,0,5,32.768,31.00687556103646,25.602173707714744
63,0,5,32.768,23.877176952864424,20.257876991076827

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo20_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.5370726937761778,0.6892175273453224
2,6,5,32.768,0.028748398216248496,0.038797938089542856
3,6,5,32.768,0.0,0.0
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.019697553147535865,0.037289269233923054
7,6,5,32.768,0.0,0.0
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0277769400762575,0.04708569209430822
10,6,5,32.768,0.02145372694894759,0.03377326753513791
11,6,5,32.768,0.023059436246361274,0.036309778297312696
12,6,5,32.768,0.00224,0.0
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.024380451185324687,0.04262010793041238
15,6,5,32.768,0.03343770327041018,0.04717802878459421
16,7,5,32.768,0.0,0.0
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.006902289475239357,0.015074004113041764
19,7,5,32.768,0.09370930370032636,0.17745897103274322
20,7,5,32.768,0.01392551614842337,0.06035288228411299
21,7,5,32.768,0.01020243108283511,0.0493371097653683
22,7,5,32.768,0.020316062610653673,0.030485773731365257
23,7,5,32.768,0.006484936391361137,0.018042438859533376
24,7,5,32.768,0.034880733937232455,0.06879925580992864
25,7,5,32.768,0.0,0.0
26,7,5,32.768,0.005106858133921481,0.017158088471621775
27,7,5,32.768,0.005599428542271078,0.013096564434995921
28,7,5,32.768,0.23281966927216435,0.41689442308574964
29,7,5,32.768,0.004567012152381467,0.017184923625084867
30,7,5,32.768,0.007015867729653974,0.01655052869246176
31,7,5,32.768,0.01454922678357857,0.029708342262738257
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,22.370273157169983,19.066434245595055
35,0,5,32.768,0.0,0.0
36,0,5,32.768,66.21689804373503,118.2925821554268
37,0,5,32.768,43.51463149946694,36.26649574610704
38,0,5,32.768,33.210137131905974,28.327727793552377
39,0,5,32.768,29.838839913106547,25.216624306992404
40,0,5,32.768,0.0,0.0
41,0,5,32.768,0.0,0.0
42,0,5,32.768,0.0,0.0
43,0,5,32.768,45.24891239362998,33.66978111729269
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,0.0,0.0
47,0,5,32.768,49.532818089020545,40.92716911619468
48,0,5,32.768,0.0,0.0
49,0,5,32.768,17.93860958286344,15.445203931317966
50,0,5,32.768,14.992968656860455,12.651736602759323
51,0,5,32.768,12.72453813486368,10.538111477413779
52,0,5,32.768,29.709010777365176,24.688261952725632
53,0,5,32.768,23.0494734657085,18.886101996971213
54,0,5,32.768,21.501990915671048,18.073716404724294
55,0,5,32.768,16.66818811240142,14.463465090993928
56,0,5,32.768,0.0,0.026885713678457563
57,0,5,32.768,33.01736159014527,27.279978874361326
58,0,5,32.768,27.414870631655372,23.016670453078135
59,0,5,32.768,23.40062715002314,20.187807866571344
60,0,5,32.768,0.0,0.0
61,0,5,32.768,39.59363367847917,31.222311880986652
62,0,5,32.768,34.595641094588785,29.601677823150503
63,0,5,32.768,28.93675432845916,24.189290354071986

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo19_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.0,0.0
2,6,5,32.768,0.0,0.0
3,6,5,32.768,0.008238058023587841,0.0163763732248627
4,6,5,32.768,0.046960476999281,0.06593164945608443
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.0,0.0
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.0,0.0
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.02538459375290454,0.041184385390582195
16,7,5,32.768,0.20006032690166234,0.48255522544057067
17,7,5,32.768,0.005146804834069386,0.01534332428126317
18,7,5,32.768,0.02046671444076943,0.0541396121153449
19,7,5,32.768,0.011183988555072827,0.02813635370832547
20,7,5,32.768,0.0,0.0
21,7,5,32.768,0.042519905926518706,0.09022638195117878
22,7,5,32.768,0.019402927614151428,0.07316392553711153
23,7,5,32.768,0.0077871689335727145,0.017158088471621775
24,7,5,32.768,0.024485097508484627,0.04944491884915982
25,7,5,32.768,0.046907568685660955,0.09658011389514924
26,7,5,32.768,0.0067523033107229425,0.01987867198783662
27,7,5,32.768,0.006481481312169312,0.022170250336881626
28,7,5,32.768,0.01825175060096976,0.03337064578338274
29,7,5,32.768,0.00827178336273382,0.018931455305918773
30,7,5,32.768,0.012798999960934448,0.023276563320215465
31,7,5,32.768,0.013322101936256159,0.030858023267863417
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,3.554253699442402,0.60724795594551
35,0,5,32.768,21.635767870671934,17.67370197327091
36,0,5,32.768,1.1819994341792215,0.2366553071452234
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,37.361386206060395,29.412735679633744
40,0,5,32.768,0.0,0.0
41,0,5,32.768,49.1778321452095,41.364748045919484
42,0,5,32.768,0.0,0.0
43,0,5,32.768,38.06511992165006,31.297332486970834
44,0,5,32.768,65.93423007573533,54.70556087296428
45,0,5,32.768,0.0,0.0
46,0,5,32.768,0.0,0.0
47,0,5,32.768,0.0,0.0
48,0,5,32.768,0.0,0.0
49,0,5,32.768,0.0,0.0
50,0,5,32.768,13.85896520327546,11.65030716051727
51,0,5,32.768,13.059477121293945,10.857365043140073
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,25.97937847373566,21.050616919187902
55,0,5,32.768,18.630598704539796,15.708830911356836
56,0,5,32.768,35.03870643968467,28.32227234092632
57,0,5,32.768,0.0,0.0
58,0,5,32.768,30.761723559098574,24.068768623259476
59,0,5,32.768,24.510153923172332,20.063926925544763
60,0,5,32.768,44.763892667622194,38.31484232714001
61,0,5,32.768,36.96664819861276,32.129861458425246
62,0,5,32.768,33.58204682419462,27.722397354803213
63,0,5,32.768,27.8836534994968,23.796497229836163

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo18_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.09129412686476607,0.12239738559299376
2,6,5,32.768,0.0,0.0
3,6,5,32.768,0.01322881702950041,0.023731835158706124
4,6,5,32.768,0.043170360202342536,0.06627245581687766
5,6,5,32.768,0.03820081674519539,0.06096734863843105
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.014427529241003118,0.02625365498363989
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.01994809264065114,0.03328461506462107
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.16673343515923855,0.2216563105350263
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.01951409746824075,0.0356106950227035
16,7,5,32.768,0.0,0.0
17,7,5,32.768,0.0026963679274164347,0.013466640264000518
18,7,5,32.768,0.004,0.011010976341814561
19,7,5,32.768,0.0,0.0
20,7,5,32.768,0.018504053609952602,0.03466650256371415
21,7,5,32.768,0.0,0.0
22,7,5,32.768,0.003258465896706608,0.013856406460551017
23,7,5,32.768,0.005677182399747256,0.01142628548566856
24,7,5,32.768,0.003558876227125636,0.013313692200137422
25,7,5,32.768,0.004598434516223973,0.019464840096954303
26,7,5,32.768,0.005366563145999496,0.0177130912039655
27,7,5,32.768,0.004217297712991105,0.015476226930359997
28,7,5,32.768,0.0036441734316577197,0.01142628548566856
29,7,5,32.768,0.006916646586316233,0.014886020287504648
30,7,5,32.768,0.011674519262051009,0.02709816229931469
31,7,5,32.768,0.006981575753366857,0.014664242223858688
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,0.0,0.0
35,0,5,32.768,0.0,0.0
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,28.138690875703514,21.800107498597338
40,0,5,32.768,46.92130581207646,39.09790127106058
41,0,5,32.768,0.0,0.0
42,0,5,32.768,0.0,0.0
43,0,5,32.768,34.68972866541334,27.98526782079457
44,0,5,32.768,0.0,0.0
45,0,5,32.768,51.14075702128782,40.46571546731381
46,0,5,32.768,0.0,0.0
47,0,5,32.768,43.543845439079,34.49126251550674
48,0,5,32.768,16.507489815038504,13.54952872485239
49,0,5,32.768,0.0,0.0
50,0,5,32.768,94.33342940541067,39.360831568451395
51,0,5,32.768,9.787233224073084,8.356244524521767
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,0.0,0.0
55,0,5,32.768,15.018976966491426,12.43726642223282
56,0,5,32.768,0.0,0.0
57,0,5,32.768,25.574337985910798,20.67628127554856
58,0,5,32.768,23.595315437976247,19.96557147026851
59,0,5,32.768,21.269392065181364,18.211669552196472
60,0,5,32.768,39.58277397486942,33.5174353669012
61,0,5,32.768,0.0,0.0
62,0,5,32.768,28.171846119244652,23.205752831571743
63,0,5,32.768,24.562076055578036,20.912425889465815

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo17_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.021510927455598006,0.03269015754015266
2,6,5,32.768,0.09023475162042616,0.1261043631283232
3,6,5,32.768,0.011904688152152494,0.022798736807112804
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.018573787981992263,0.03170907756463439
8,6,5,32.768,0.04094843586756398,0.07448236301299792
9,6,5,32.768,0.028033808160861765,0.04254315456098666
10,6,5,32.768,0.010496780458788305,0.0128
11,6,5,32.768,0.017329558563333344,0.03290091792032556
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.023239139398867594,0.04075322809299897
14,6,5,32.768,0.02351510153071851,0.04074317611576201
15,6,5,32.768,0.023133145052067608,0.03650104656033851
16,7,5,32.768,0.0,0.0
17,7,5,32.768,0.05809476396371707,0.12474090908759644
18,7,5,32.768,0.004995998398718718,0.011537764081484766
19,7,5,32.768,0.007878680092502805,0.0214089327151075
20,7,5,32.768,0.050164274140069055,0.09341095438972884
21,7,5,32.768,0.0039484680573609815,0.012553628957397141
22,7,5,32.768,0.0035516756608676985,0.012293998535871068
23,7,5,32.768,0.0073369203348544,0.018863721796082554
24,7,5,32.768,0.0,0.0
25,7,5,32.768,0.0,0.0
26,7,5,32.768,0.006102589614253936,0.017689951950189128
27,7,5,32.768,0.0024838679514016045,0.00448
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.006543882639534422,0.018928750619097927
30,7,5,32.768,0.007034088427081366,0.01846874115905034
31,7,5,32.768,0.006928203230275509,0.0192
32,0,5,32.768,0.0,0.0
33,0,5,32.768,26.835980718430992,21.748679747184656
34,0,5,32.768,21.25484612600148,18.08432519167912
35,0,5,32.768,19.85851519025529,16.365253650341018
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,34.924223702043825,27.23737466303241
40,0,5,32.768,0.0,0.0
41,0,5,32.768,0.0,0.0
42,0,5,32.768,59.3842056126846,44.0307348411266
43,0,5,32.768,35.76454686082294,29.14070598524339
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,1.1897804839549186,0.2099051214239424
47,0,5,32.768,46.20446295160674,37.34899111256421
48,0,5,32.768,0.0,0.0
49,0,5,32.768,15.688602374972728,13.254644810872904
50,0,5,32.768,12.344747898017197,10.303372403247394
51,0,5,32.768,12.842674718048418,10.8536289537463
52,0,5,32.768,0.0,0.0
53,0,5,32.768,381.14351360761526,119.2285021490147
54,0,5,32.768,18.82501948722497,16.02872836877586
55,0,5,32.768,17.512687382763385,14.524075579202966
56,0,5,32.768,36.50234115047417,28.627880340674892
57,0,5,32.768,31.46676357047226,26.155247214002777
58,0,5,32.768,0.48841687112547605,0.09878156913108842
59,0,5,32.768,21.160270591237722,18.010015457894532
60,0,5,32.768,0.0,0.0
61,0,5,32.768,35.07181313818834,28.943832968008923
62,0,5,32.768,29.889021680182168,25.57054197926982
63,0,5,32.768,24.96968096155015,21.171678969189006

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo16_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.04645513965106551,0.06573955886678887
2,6,5,32.768,0.0,0.0
3,6,5,32.768,0.015976783155566703,0.024410358457015745
4,6,5,32.768,0.0310989131642892,0.04746367031741224
5,6,5,32.768,0.027439416903425627,0.04385751474947024
6,6,5,32.768,0.01994809264065114,0.037289269233923054
7,6,5,32.768,0.014632785107422304,0.02638787600395303
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.19540972340188192,0.32441419451065945
10,6,5,32.768,0.21398622759420757,0.27529282155552115
11,6,5,32.768,0.01967674769874331,0.035656673989591346
12,6,5,32.768,0.08568832826003783,0.12981867970365435
13,6,5,32.768,0.030557905687399453,0.051753013438832735
14,6,5,32.768,0.058807564139317994,0.0716428475145984
15,6,5,32.768,0.036624276102061044,0.05798626044159081
16,7,5,32.768,0.022025439836697927,0.03992184364480179
17,7,5,32.768,0.0036799999999999997,0.01573866576301816
18,7,5,32.768,0.00405640234690791,0.016250833824761116
19,7,5,32.768,0.00928654941299512,0.025381063807492388
20,7,5,32.768,0.0021150886506243654,0.01039876915793403
21,7,5,32.768,0.0,0.0
22,7,5,32.768,0.0,0.0
23,7,5,32.768,0.0,0.0
24,7,5,32.768,0.061598701285010875,0.1117065870931522
25,7,5,32.768,0.0,0.0
26,7,5,32.768,0.006501199889251214,0.01777080752245097
27,7,5,32.768,0.005704173910392283,0.01780534751135175
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.005878775382679627,0.014509803582405934
30,7,5,32.768,0.004156152066515373,0.015676734353812338
31,7,5,32.768,0.01093252029497316,0.019398969044771428
32,0,5,32.768,30.22983281525718,24.67931892687479
33,0,5,32.768,0.0,0.0
34,0,5,32.768,25.750649978157835,20.723068093465315
35,0,5,32.768,21.02693678118617,17.682694093378416
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,29.65913253528498,23.34662231522153
40,0,5,32.768,0.0,0.0
41,0,5,32.768,48.61648651025288,39.995657465399916
42,0,5,32.768,345.4817443285269,167.37936612969236
43,0,5,32.768,0.0,0.0
44,0,5,32.768,0.0,0.0
45,0,5,32.768,64.20231426129124,48.511832707890974
46,0,5,32.768,0.0,0.0
47,0,5,32.768,48.438047848624116,37.62729826954894
48,0,5,32.768,19.026931297127238,15.494380503911731
49,0,5,32.768,0.0,0.0
50,0,5,32.768,12.476417848982136,10.697783670574013
51,0,5,32.768,12.982430146378604,11.104397876445171
52,0,5,32.768,0.0,0.0
53,0,5,32.768,22.406774344773503,18.310214942091754
54,0,5,32.768,0.0,0.0
55,0,5,32.768,17.703876149589387,14.808892000362487
56,0,5,32.768,0.0,0.0
57,0,5,32.768,34.7065173659588,26.513090596277156
58,0,5,32.768,0.0,0.0
59,0,5,32.768,23.736850106246195,19.79836786808448
60,0,5,32.768,0.0,0.0
61,0,5,32.768,33.59671904133498,28.287802748633556
62,0,5,32.768,30.662388645374644,25.438338721103626
63,0,5,32.768,30.417757548800342,26.013944461968855

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo15_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.0,0.0
2,6,5,32.768,0.07064249146229201,0.08940493051280786
3,6,5,32.768,0.00224,0.010012472222183691
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.02472245942457991,0.04090371132305723
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.005493851108284607,0.008164704526190766
11,6,5,32.768,0.027603593968901947,0.05469192262116957
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.0,0.0
16,7,5,32.768,0.017239211118841836,0.03570689569256896
17,7,5,32.768,0.08332371571167478,0.1989154594293767
18,7,5,32.768,0.020285797987754883,0.04257804128890855
19,7,5,32.768,0.008211601549028058,0.020698830884859177
20,7,5,32.768,0.0020411761315476916,0.013466640264000525
21,7,5,32.768,0.0033139704283532763,0.01408
22,7,5,32.768,0.00679952939548025,0.016454348969193525
23,7,5,32.768,0.009727157858285224,0.0246441554937474
24,7,5,32.768,0.2968177245381414,0.6835229962481145
25,7,5,32.768,0.0,0.0
26,7,5,32.768,0.012309346042743296,0.021634934712173273
27,7,5,32.768,0.0065969690009882575,0.018259638550639497
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.0068122243063481105,0.01972612480950072
30,7,5,32.768,0.19574512407720407,0.42290043083449325
31,7,5,32.768,0.012445079348883238,0.029010784201741257
32,0,5,32.768,7.909364333497352,2.899589836925216
33,0,5,32.768,45.42247352813802,36.10523374661352
34,0,5,32.768,38.00226661029577,31.74056441247383
35,0,5,32.768,32.81056275735605,27.282832952726892
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,51.70439548046181,41.01230857303207
39,0,5,32.768,50.493297748734925,41.77668363010161
40,0,5,32.768,0.0,0.0
41,0,5,32.768,0.0,0.0
42,0,5,32.768,59.98550658785504,48.85012476217435
43,0,5,32.768,57.54426197054229,48.93942770405065
44,0,5,32.768,0.0,0.0
45,0,5,32.768,3257.284442170135,157.76190307979934
46,0,5,32.768,86.05517797298195,71.31343089684017
47,0,5,32.768,70.47838061721907,58.71900012227729
48,0,5,32.768,26.960834919297294,21.722357603759313
49,0,5,32.768,27.9726063318812,23.36272864940224
50,0,5,32.768,25.651876526008774,21.385867662547614
51,0,5,32.768,18.12744947866633,14.839966157589444
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,34.07942768495974,27.378533325216676
55,0,5,32.768,24.054681974667634,20.4616796532836
56,0,5,32.768,53.19697247325265,45.76774098552823
57,0,5,32.768,46.757695766938724,39.233914936625936
58,0,5,32.768,39.09697977442247,33.14019127293022
59,0,5,32.768,31.800243748097273,26.858040651216537
60,0,5,32.768,0.0,0.0
61,0,5,32.768,0.0,0.017465669182713844
62,0,5,32.768,48.434186813927205,37.85157529509175
63,0,5,32.768,37.02349000997069,30.625129676133618

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo14_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.006928203230275509,0.011426285485668562
2,6,5,32.768,0.0,0.0
3,6,5,32.768,0.017535153264228973,0.029151631172200296
4,6,5,32.768,0.04020396000395981,0.06014893515266917
5,6,5,32.768,0.0,0.0
6,6,5,32.768,0.021981810662454537,0.03824502059092137
7,6,5,32.768,0.021192602482942018,0.03507030652845795
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.0,0.0
10,6,5,32.768,0.0,0.0
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.02341637034213458,0.04702584821138264
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.31648772488044463,0.3356339339220633
16,7,5,32.768,0.00854578258557986,0.02134906086927479
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.007301944946382435,0.01947535879001976
19,7,5,32.768,0.008078019559273177,0.020983803277766402
20,7,5,32.768,0.0035777087639996636,0.014036295807655239
21,7,5,32.768,0.0,0.0
22,7,5,32.768,0.021295483089143575,0.05079842517244014
23,7,5,32.768,0.0039346664407545395,0.015676734353812338
24,7,5,32.768,0.022050995442383096,0.04670246246184456
25,7,5,32.768,0.0,0.0
26,7,5,32.768,0.006268141670383656,0.01581978508071459
27,7,5,32.768,0.005351635264103861,0.018798468022687385
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.003999199919983995,0.014520385669809188
30,7,5,32.768,0.005986651818838304,0.04321303507045067
31,7,5,32.768,0.03418575141780563,0.06219124054077069
32,0,5,32.768,0.0,0.0
33,0,5,32.768,24.667178062648354,21.251689498955134
34,0,5,32.768,26.092619129125385,22.63745972236284
35,0,5,32.768,0.0,0.0
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,38.561826479563955,29.139955887406554
39,0,5,32.768,0.0,0.0
40,0,5,32.768,0.0,0.0
41,0,5,32.768,1238.3992393397564,1725.198536341044
42,0,5,32.768,0.0,0.0
43,0,5,32.768,47.23803788399345,35.80149227870816
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,5.9925876347367675,0.992423135562649
47,0,5,32.768,51.14477559343085,41.11039579543841
48,0,5,32.768,0.0,0.0
49,0,5,32.768,0.0,0.0
50,0,5,32.768,14.909229009496098,12.381371156636893
51,0,5,32.768,12.95623056293766,10.890639593045028
52,0,5,32.768,0.0,0.0
53,0,5,32.768,24.750772683728485,20.185046029177144
54,0,5,32.768,0.0,0.0
55,0,5,32.768,17.672528306453493,14.640900532740464
56,0,5,32.768,42.11752083446508,32.4291635661483
57,0,5,32.768,31.559972380216053,26.193113318305635
58,0,5,32.768,27.12749753589519,22.412076506883515
59,0,5,32.768,25.414896103946603,20.84729033696226
60,0,5,32.768,50.859621474706245,41.95561390994059
61,0,5,32.768,0.0,0.0
62,0,5,32.768,40.01427766433376,31.112309500749053
63,0,5,32.768,31.3257048327791,26.286340994029583

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo13_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.02184219769162435,0.03769350076604719
2,6,5,32.768,0.02903856745777932,0.03961284640113608
3,6,5,32.768,0.0,0.0
4,6,5,32.768,0.03359961904545943,0.05849876579894657
5,6,5,32.768,0.02900548913567913,0.05081757176410538
6,6,5,32.768,0.02560549940930659,0.04617213012196861
7,6,5,32.768,0.017853447846284478,0.03260076072732046
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.02398666296090392,0.037964193656654946
10,6,5,32.768,0.3259056648786578,0.5267650041527057
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.09614708731937749,0.16936920145055892
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.30156430558008684,0.4524681186558894
15,6,5,32.768,0.02540727454883739,0.03867104343045323
16,7,5,32.768,0.012547509713086498,0.024040499162870977
17,7,5,32.768,0.003545363168985654,0.016578347324145433
18,7,5,32.768,0.0,0.0
19,7,5,32.768,0.010273383084456649,0.02268165778773677
20,7,5,32.768,0.0038830915518437118,0.01366666016260008
21,7,5,32.768,0.004436214602563768,0.016578347324145433
22,7,5,32.768,0.0042362247343595925,0.01591979899370592
23,7,5,32.768,0.004125239386993196,0.010608374050720496
24,7,5,32.768,0.022765447502739764,0.055950606788488
25,7,5,32.768,0.11581767740720758,0.22009487408842576
26,7,5,32.768,0.005766662813100831,0.017885681423977114
27,7,5,32.768,0.007780591237174716,0.01860133328554703
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.006153243047369411,0.017744858410255065
30,7,5,32.768,0.0038157568056677816,0.015449737861853838
31,7,5,32.768,0.00814704854533223,0.01591979899370592
32,0,5,32.768,27.66120265509799,22.94934881251318
33,0,5,32.768,0.0,0.0
34,0,5,32.768,0.0,0.0
35,0,5,32.768,20.730120647984666,16.73273769810547
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,26.25903999171333,21.802712771249364
40,0,5,32.768,49.201267042156545,22.771112840755062
41,0,5,32.768,11.984645946810442,13.729655486194838
42,0,5,32.768,0.0,0.0
43,0,5,32.768,34.843540730666284,27.92484482893325
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,1.4040380621621338,0.2809539862682144
47,0,5,32.768,43.786627949637776,34.46808502586705
48,0,5,32.768,0.0,0.0
49,0,5,32.768,15.545018166139277,13.110972488354935
50,0,5,32.768,13.269471512249462,11.12570639655748
51,0,5,32.768,0.10188671355971787,0.0
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.007599578935704268
54,0,5,32.768,23.151269946195175,19.09290262873615
55,0,5,32.768,17.34305060132156,14.596593606783742
56,0,5,32.768,33.8309206165011,29.257208080498728
57,0,5,32.768,0.0,0.0
58,0,5,32.768,23.304593263440577,19.317399275720323
59,0,5,32.768,20.89948377942384,17.154925347549607
60,0,5,32.768,0.0,0.0
61,0,5,32.768,34.51802236411582,29.06989970795221
62,0,5,32.768,29.700016280130214,24.542700682166174
63,0,5,32.768,25.436578418458723,21.110500399336814

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo12_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.0,0.0
1,6,5,32.768,0.023772252732965803,0.040389780885763664
2,6,5,32.768,0.003487119154832539,0.0096
3,6,5,32.768,0.014356378373392084,0.0234802384996405
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.007018147903827619,0.013856406460551017
6,6,5,32.768,0.0,0.0
7,6,5,32.768,0.017121495261804676,0.03021586338332896
8,6,5,32.768,0.4606347203587676,0.6137743481117469
9,6,5,32.768,0.004082352263095383,0.01684489240096238
10,6,5,32.768,0.00457890816680134,0.012020249581435487
11,6,5,32.768,0.0,0.0
12,6,5,32.768,0.03438474080169865,0.06264485294100386
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.06512982726831079,0.11259271734885877
15,6,5,32.768,0.02834258986049087,0.04266813330812587
16,7,5,32.768,0.0,0.0
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.0041868365146014485,0.01457669372663088
19,7,5,32.768,0.006702357794090077,0.021759999999999998
20,7,5,32.768,0.09247197196988932,0.18726836358552398
21,7,5,32.768,0.0,0.0
22,7,5,32.768,0.0027758962516635957,0.02197540443313843
23,7,5,32.768,0.007614302331796394,0.02092271492899523
24,7,5,32.768,0.0,0.0
25,7,5,32.768,0.04321621917752639,0.08126929063305526
26,7,5,32.768,0.012617448236470003,0.03497235479632448
27,7,5,32.768,0.006077367851298784,0.014817071235571489
28,7,5,32.768,0.0,0.0
29,7,5,32.768,0.006788225099390856,0.02144477558754113
30,7,5,32.768,0.00664096378547572,0.019580234932196294
31,7,5,32.768,0.00992902814982413,0.026532998322843206
32,0,5,32.768,0.0,0.0
33,0,5,32.768,0.0,0.0
34,0,5,32.768,0.0,0.0
35,0,5,32.768,23.546826005591498,17.601844371724233
36,0,5,32.768,0.0,0.0
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,33.69248824093584,27.135483421498137
40,0,5,32.768,193.30607863905783,104.03510918958851
41,0,5,32.768,0.5344456028446675,0.10313933100422942
42,0,5,32.768,0.0,0.0
43,0,5,32.768,40.23277495503386,31.06534826268007
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,0.0,0.0
47,0,5,32.768,0.0,0.0
48,0,5,32.768,0.0,0.0
49,0,5,32.768,0.0,0.0
50,0,5,32.768,14.305287329990968,12.232840932767825
51,0,5,32.768,11.798702012950407,8.210828711792738
52,0,5,32.768,0.0,0.0
53,0,5,32.768,23.044268546812244,18.807213935083528
54,0,5,32.768,19.86759511630937,16.514136618352172
55,0,5,32.768,15.861941793664483,13.448577419132478
56,0,5,32.768,0.0,0.0
57,0,5,32.768,32.515008969422105,25.122391062763114
58,0,5,32.768,25.457603843378507,21.81682574161512
59,0,5,32.768,21.97975151728518,18.613668546055077
60,0,5,32.768,44.57233224939435,37.03424735492271
61,0,5,32.768,0.0,0.0
62,0,5,32.768,33.19979662434094,26.950239323197117
63,0,5,32.768,27.366175370453217,23.349823753887307

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo11_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.02832090394037592,0.035350949067882186
1,6,5,32.768,0.005199384578967016,0.011731393779086953
2,6,5,32.768,0.029266882307481947,0.04465691435824916
3,6,5,32.768,0.01694112156853849,0.031579639009969705
4,6,5,32.768,0.0,0.0
5,6,5,32.768,0.04887626826998969,0.06798701052406997
6,6,5,32.768,0.028554957538052827,0.04220604696012173
7,6,5,32.768,0.02092210314476057,0.035545936476621354
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.02622048054479551,0.04732863826479692
10,6,5,32.768,0.0,0.0
11,6,5,32.768,0.019116485032557633,0.03505424368033063
12,6,5,32.768,0.0,0.0
13,6,5,32.768,0.0,0.0
14,6,5,32.768,0.0,0.0
15,6,5,32.768,0.030045938161422085,0.04845015583050276
16,7,5,32.768,0.0045844956102062085,0.017125232845132357
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.0,0.0
19,7,5,32.768,0.00848565848947505,0.017744858410255065
20,7,5,32.768,0.0025996922894835077,0.011103585006654383
21,7,5,32.768,0.003987179454200677,0.015607997949769213
22,7,5,32.768,0.0007959899496852959,0.0
23,7,5,32.768,0.0,0.0
24,7,5,32.768,0.023430441737193095,0.04769932494281235
25,7,5,32.768,0.017467684448718438,0.03769350076604719
26,7,5,32.768,0.0,0.0
27,7,5,32.768,0.006928203230275509,0.014664242223858688
28,7,5,32.768,0.012273939872754797,0.02210317624234128
29,7,5,32.768,0.007001257029991113,0.017744858410255065
30,7,5,32.768,0.010700579423563943,0.025527898464229287
31,7,5,32.768,0.010210896140887929,0.026331547618778508
32,0,5,32.768,35.08645859049329,28.66499606418951
33,0,5,32.768,31.396345984181025,25.80054861010517
34,0,5,32.768,0.0,0.0
35,0,5,32.768,0.0,0.0
36,0,5,32.768,45.524077996313125,37.75283080281
37,0,5,32.768,0.0,0.0
38,0,5,32.768,0.0,0.0
39,0,5,32.768,38.446753319446884,31.072342637039775
40,0,5,32.768,0.0,0.0
41,0,5,32.768,0.0,0.0
42,0,5,32.768,51.79523085727488,38.99990871423163
43,0,5,32.768,41.039154238146764,35.64657735042734
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,2.2285590336358605,0.3610727483485842
47,0,5,32.768,56.69260101768484,43.5396344638032
48,0,5,32.768,22.891391169398158,18.811832942656068
49,0,5,32.768,0.0,0.0
50,0,5,32.768,0.0,0.0
51,0,5,32.768,0.0,0.0
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,26.623170940937896,21.05465108141192
55,0,5,32.768,22.91185755486447,19.445087136857985
56,0,5,32.768,42.88893415703403,35.74933309399771
57,0,5,32.768,32.31348781917545,27.22633656737535
58,0,5,32.768,33.40542263774552,27.46067670938937
59,0,5,32.768,28.19957492604454,23.192887406271776
60,0,5,32.768,0.0,0.0
61,0,5,32.768,0.0,0.0
62,0,5,32.768,39.585327597462175,30.570058742501626
63,0,5,32.768,31.343586209009338,26.785908223541725

tapeouts/mpw-1/testsetup/MeasResults/Resolution/Res_ChipNo10_Vdio3.0Vdd1.8_20C.csv METASEP
,CTR1,CTR2,FreqRef (kHz),Res1 (kHz),Res2 (kHz)
0,6,5,32.768,0.053353702776845764,0.07688728373404799
1,6,5,32.768,0.02383731528507353,0.036152919660796416
2,6,5,32.768,0.06435481644756669,0.09275088355374304
3,6,5,32.768,0.01403173545930795,0.027460400579743922
4,6,5,32.768,0.22988136070590845,0.28058343785761836
5,6,5,32.768,0.030963617359733662,0.04590522410358106
6,6,5,32.768,0.019841935389472473,0.03213411893922097
7,6,5,32.768,0.0,0.0
8,6,5,32.768,0.0,0.0
9,6,5,32.768,0.32435816253024996,0.18700133047655035
10,6,5,32.768,0.005865696889543476,0.009600000000000001
11,6,5,32.768,0.016578347324145433,0.026106979909595054
12,6,5,32.768,0.02964925631445079,0.04824577079910736
13,6,5,32.768,0.020118687829975394,0.03519854542449163
14,6,5,32.768,0.02577142603737713,0.044713058495253935
15,6,5,32.768,0.02691569059117748,0.04057191146593909
16,7,5,32.768,1.2461714065087515,1.350540277074327
17,7,5,32.768,0.0,0.0
18,7,5,32.768,0.0,0.0
19,7,5,32.768,0.008147048545332231,0.012520958429768867
20,7,5,32.768,0.0039346664407545395,0.014206702643470792
21,7,5,32.768,0.0037318092127009922,0.012293998535871068
22,7,5,32.768,0.010948899488076416,0.03684727398329488
23,7,5,32.768,0.006246150814701803,0.01801972252838539
24,7,5,32.768,0.005413464694629494,0.015728903331128974
25,7,5,32.768,0.0354964786985977,0.07133847208904885
26,7,5,32.768,0.005243510274615662,0.018931455305918773
27,7,5,32.768,0.004753777445358586,0.01491007712924383
28,7,5,32.768,0.07975562676074963,0.14449692038240816
29,7,5,32.768,0.008238058023587841,0.026028415241808326
30,7,5,32.768,0.010198352808174466,0.02447738548129682
31,7,5,32.768,0.008828680535617995,0.018490905872887892
32,0,5,32.768,0.0,0.0
33,0,5,32.768,24.009391519286783,20.160560154757604
34,0,5,32.768,0.0,0.0
35,0,5,32.768,21.62671272662584,17.950310420313073
36,0,5,32.768,42.675912248405425,35.41189047727331
37,0,5,32.768,0.0,0.00448
38,0,5,32.768,31.45523326674911,25.935390393822875
39,0,5,32.768,27.246119327228968,22.865734777574936
40,0,5,32.768,1.7706615260969556,0.042850138856251094
41,0,5,32.768,0.0,0.0
42,0,5,32.768,0.0,0.0
43,0,5,32.768,36.6280892347062,30.082527730388616
44,0,5,32.768,0.0,0.0
45,0,5,32.768,0.0,0.0
46,0,5,32.768,0.0,0.0
47,0,5,32.768,46.03229786931781,37.36790972577407
48,0,5,32.768,0.0,0.0
49,0,5,32.768,17.00139462778274,13.931169312013978
50,0,5,32.768,14.956917812116238,12.049500889248485
51,0,5,32.768,12.270818922044283,10.46707708151612
52,0,5,32.768,0.0,0.0
53,0,5,32.768,0.0,0.0
54,0,5,32.768,0.0,0.0
55,0,5,32.768,18.903982988396923,15.517117525313777
56,0,5,32.768,0.0,0.0
57,0,5,32.768,271.15205431407963,189.7596361936479
58,0,5,32.768,24.541951881168703,19.84308491887287
59,0,5,32.768,21.082466527425105,17.75901056703329
60,0,5,32.768,0.0,0.0
61,0,5,32.768,0.0,0.0031839597987411835
62,0,5,32.768,30.91478894913566,24.54662723044451
63,0,5,32.768,26.912894158748518,22.995099929645885

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo24_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.4536449865168536e-06,7.034340426966282e-07
1,1.1964432292968748e-05,1.0243898457031252e-06
2,7.416385440191386e-06,1.1565762416267944e-06
3,1.9190968846611168e-07,8.84546938168846e-07
4,2.5108218487394936e-07,8.875718511404562e-07
5,1.5424305162037049e-06,7.550773194444439e-07
6,1.7325292517814746e-07,8.915197244655589e-07
7,1.8941630166270795e-07,8.93937251781473e-07
8,1.9064914014251788e-07,9.086916769596206e-07
9,1.8865728076463546e-07,8.682719581839905e-07
10,1.8741225277777781e-06,8.056659560185187e-07
11,1.0329664880952382e-05,1.4878063982683977e-06
12,1.6752265629228687e-05,1.117648995940461e-06
13,1.8858359504132213e-07,8.894429811098002e-07
14,1.2345631854460098e-06,7.544400070422533e-07
15,1.405655384024896e-05,1.007860713692946e-06
16,5.215836507692311e-07,9.698777523076921e-07
17,1.7431925150115484e-06,7.501015357967673e-07
18,2.7610384168377833e-06,8.972107823408628e-07
19,1.8961777636932703e-06,9.309325320813779e-07
20,1.4193001767337803e-06,8.140444541387029e-07
21,1.7260754299835247e-06,9.085874085667216e-07
22,3.404339907815631e-06,9.578390821643283e-07
23,1.8040497013651866e-06,8.525061109215019e-07
24,1.7078866879432615e-06,7.205059645390074e-07
25,3.3157887449324345e-06,9.571582820945939e-07
26,1.8936675238970572e-06,7.751199319852944e-07
27,1.627033193058568e-06,7.966239783080265e-07
28,1.8912867422434375e-07,8.844100489260148e-07
29,1.874474547826087e-06,8.587207456521733e-07
30,4.121355853314525e-06,9.428852270803957e-07
31,1.4702906059113304e-06,7.460690197044327e-07
32,1.8965543162901314e-07,2.2678326278240203e-06
33,1.8293003642773214e-07,2.4782035957696856e-06
34,4.115450489399293e-06,2.952420335689045e-06
35,0.005402438624338625,2.621227671957669e-05
36,1.431297376777252e-06,3.376614905213273e-06
37,1.2328962714285714e-06,3.370692738095239e-06
38,0.010074254128440378,3.667227326343381e-05
39,0.007239462908847186,3.647190053619301e-05
40,2.1631147571701754e-06,4.251460975143404e-06
41,0.003122061981382976,5.019528710106388e-05
42,1.1871388229885066e-06,4.28074636781609e-06
43,0.00995318928571428,4.211667870370371e-05
44,1.6058443165938865e-06,4.3887596943231455e-06
45,0.008789604140624999,6.664041093750004e-05
46,0.009704842895086337,5.859333466135462e-05
47,1.8431240255220398e-07,4.75552476798144e-06
48,1.7996779956236327e-06,1.7497763326039384e-06
49,0.004548588480845445,2.2774106869220605e-05
50,0.0038784799737187924,1.8240308804204997e-05
51,0.0033872099599465953,1.584950600801068e-05
52,0.007441585630810093,3.2558360823373176e-05
53,1.3413818557377042e-06,9.544864196721305e-06
54,0.00553350993315508,2.5533937165775377e-05
55,0.005191530377604168,2.3430551302083325e-05
56,0.009878956216931209,3.630299682539679e-05
57,2.0118983874580074e-07,2.867002989921611e-06
58,0.004898712513227509,2.8551665608465603e-05
59,0.006371803830911495,2.4847952311756912e-05
60,1.7438073341176466e-06,3.0557377176470588e-06
61,0.003302847882037534,5.146510643431641e-05
62,0.008577770279255319,4.562812686170216e-05
63,0.006160841430481286,4.104433288770058e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo23_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.1924450329371828e-05,1.3129071137521231e-06
1,2.0263050782190113e-07,1.103018126353791e-06
2,6.335373300171519e-06,1.3353262984562605e-06
3,1.7903749384236453e-07,1.0777784150246305e-06
4,1.5541965357142865e-06,8.417454023809515e-07
5,9.132996775981528e-06,1.3859171016166284e-06
6,2.0232660167464114e-07,1.1181718157894742e-06
7,6.5765250144230844e-06,1.2658131947115393e-06
8,2.0733255172413804e-05,2.0584468593103464e-06
9,1.798753101796403e-07,1.1232778874251502e-06
10,2.0278313092783505e-06,1.004642824742268e-06
11,8.430746196682463e-06,1.2800899597156396e-06
12,1.7444064305555548e-05,1.4225730402777774e-06
13,1.8699616328963058e-07,1.1127963957091761e-06
14,1.3166432382310973e-05,1.3944321312410829e-06
15,9.652636488938047e-06,1.2993921902654858e-06
16,1.073400009508716e-06,1.0931855895404114e-06
17,1.6956236919917873e-06,9.699083449691982e-07
18,1.6268556839546209e-06,1.0524162042139379e-06
19,1.8558784875886533e-06,1.0359739414893607e-06
20,2.030666262857142e-06,1.1211138285714283e-06
21,2.0799642050209192e-06,1.1238693535564848e-06
22,1.8773406855791944e-07,1.1065654775413707e-06
23,1.0877674096573205e-06,1.231206331775701e-06
24,1.9301716365824304e-07,1.2809455210589668e-06
25,2.80551658410351e-06,1.13378598336414e-06
26,1.9198575252100832e-06,9.960087689075633e-07
27,2.0203681739788205e-06,1.1172810196671701e-06
28,4.074432326618704e-06,1.1902705625899288e-06
29,3.5043391269349815e-06,1.10563662383901e-06
30,1.9201673007117434e-06,9.845577882562277e-07
31,3.0576571488616463e-06,1.0697505569176881e-06
32,1.7131297401247392e-06,2.3552487525987525e-06
33,1.6571919106753814e-06,2.3886339869281056e-06
34,0.005455573556430446,2.5629142913385822e-05
35,1.9013902256532052e-07,2.545596080760093e-06
36,1.4831901203501098e-06,3.3178439606126933e-06
37,1.4477153951965063e-06,3.4456201965065487e-06
38,1.3021005021645007e-06,3.039595411255412e-06
39,1.7568869874739033e-06,3.2913679331941535e-06
40,0.00868136854245881,4.939191089987324e-05
41,1.8364156172839508e-06,4.2125817078189326e-06
42,1.8093378582834328e-06,3.8343523353293405e-06
43,0.004732332304785899,3.708422128463475e-05
44,1.8916403406593409e-06,5.44097553846154e-06
45,1.7734050068807345e-06,4.867184655963309e-06
46,1.6687346469344604e-06,4.258120232558139e-06
47,0.009601524128686326,5.1604947050938386e-05
48,0.0051033519687092655,2.3881302216427655e-05
49,0.003930313929503919,1.9227958093994787e-05
50,0.002969338452380953,1.533621428571429e-05
51,0.0029858602371541513,1.397069920948615e-05
52,1.5064407422037399e-06,2.5040977546777526e-06
53,1.8976583952095798e-07,2.7674151377245534e-06
54,1.8760600447761173e-06,2.661014733475482e-06
55,0.00427232408488064,2.0912527586206912e-05
56,1.3920304331797253e-06,2.7824223732718925e-06
57,0.00577723361702127,2.7928529255319178e-05
58,1.4698880139534882e-06,2.896928720930231e-06
59,0.0055259003034300825,2.4990501451187336e-05
60,0.008354016462765955,4.581449109042556e-05
61,0.007752012536327615,4.961950303830906e-05
62,0.00651249535286285,4.046092476697731e-05
63,0.00620752504660453,3.588103928095874e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo22_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.3774818463611847e-05,1.2394253463611856e-06
1,1.495892559880239e-05,1.425898898203594e-06
2,1.0594503807174883e-05,1.6671168699551567e-06
3,1.88387435897436e-07,1.0869697667887676e-06
4,1.465653604674797e-05,1.1949002764227638e-06
5,2.04000224366707e-07,1.0802271700844398e-06
6,5.754608735119055e-07,1.179169927083334e-06
7,7.777865919999999e-06,1.1647316847058819e-06
8,1.7325679888143168e-06,1.157936391498882e-06
9,3.495482118043846e-06,1.2912611854974694e-06
10,1.48342711790393e-05,1.3032116302765653e-06
11,1.652084966442953e-05,1.756348022818791e-06
12,1.9551543333333332e-07,1.0973049797619047e-06
13,1.606442534818942e-05,1.3658475278551527e-06
14,1.8606132448733418e-07,1.0995386682750309e-06
15,1.8855539712918676e-07,1.1166354677033493e-06
16,1.8789713598074614e-07,1.1122039326113117e-06
17,2.1486353684210546e-06,1.0477353925438593e-06
18,2.9131959886178887e-06,1.1063992682926831e-06
19,1.9233760047846905e-07,1.0787294784688998e-06
20,3.1173977016129038e-06,1.1677845625000001e-06
21,2.4702014642857135e-07,1.117831304761905e-06
22,1.6018850567260926e-06,1.1488272512155593e-06
23,2.17769508677686e-06,1.0901952293388423e-06
24,1.177126883495146e-06,9.973451868932038e-07
25,2.5111301479999963e-06,1.1355696559999998e-06
26,1.7214826660117883e-06,9.773030648330063e-07
27,1.5795035282714063e-06,1.0200017609046843e-06
28,1.8129134220779215e-06,9.050856450216444e-07
29,1.5318794206008583e-06,1.1178189721030046e-06
30,1.7266208700834308e-07,1.0706899296781894e-06
31,1.2730680990338154e-06,9.725674830917874e-07
32,0.006798989274193557,4.7974450672043e-05
33,0.008732927337662347,4.190614480519479e-05
34,9.335930837320579e-07,2.9818911004784653e-06
35,0.008280831013513514,3.5793786351351365e-05
36,1.4239230178173703e-06,3.6655056124721606e-06
37,1.487527951271185e-06,4.3960326906779615e-06
38,1.3992213480278422e-06,4.29339348027842e-06
39,0.009828014304812829,4.4158870187165794e-05
40,1.5101286801801802e-06,5.06922328828829e-06
41,2.5520339652870485e-05,1.5849731375166894e-05
42,1.550056621809745e-06,5.531478399071922e-06
43,2.380878131332083e-06,5.174111294559102e-06
44,1.6092889185022018e-06,6.032281938325995e-06
45,1.9506999407582948e-07,6.235221279620856e-06
46,0.00548337720316623,7.307819274406338e-05
47,1.8235819408284018e-07,6.950052958579882e-06
48,2.248192045977011e-06,2.1833844444444437e-06
49,0.005757977228116712,2.619596405835543e-05
50,0.004989306400000003,2.3408433866666674e-05
51,0.0038204755305039787,1.854491299734749e-05
52,1.7987607334109425e-07,2.9519152852153657e-06
53,0.007670074105960258,3.450697271523181e-05
54,0.0068033452817824434,2.8820911533420693e-05
55,0.005377418971962616,2.4826112016021376e-05
56,2.272708054474707e-06,3.3844874902723716e-06
57,0.008412786314398936,4.017048626155881e-05
58,0.008649002275132277,3.2270995634920654e-05
59,0.005891497228915666,3.0180061579651943e-05
60,1.4711123462414583e-06,3.8930648063781355e-06
61,0.001957212096128169,5.780220280373832e-05
62,0.008382980862068972,5.328333660477459e-05
63,0.00647449198666666,4.546392706666662e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo21_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.7097689488888882e-06,8.043444111111116e-07
1,4.6952849056603747e-07,8.698145350404311e-07
2,2.1953983752620554e-06,8.05213953878407e-07
3,1.7704605380116962e-07,8.708637684210535e-07
4,1.8947704142011832e-07,8.782455846153853e-07
5,5.176125454909822e-06,1.2008295290581156e-06
6,6.056833372549022e-06,1.1435829294117643e-06
7,7.168793146282971e-06,1.1806246954436452e-06
8,1.8616963380281693e-07,8.972479659624425e-07
9,1.9700089846517097e-07,8.896408890200696e-07
10,6.099723237791932e-06,1.031980845010616e-06
11,2.121592214437367e-06,7.521099915074315e-07
12,1.3172531361760676e-05,1.0435320467675366e-06
13,1.4695885513392862e-06,7.838549040178574e-07
14,1.6882278941034903e-07,8.736225655836339e-07
15,8.50638135391924e-06,1.0346566270783848e-06
16,1.5478395660377353e-06,6.544859601677154e-07
17,1.0968688364779884e-06,8.965350990566034e-07
18,2.3503609214145396e-06,7.58353481335953e-07
19,1.7699984411276942e-06,9.260336815920399e-07
20,1.777080108527133e-06,8.157314515503881e-07
21,1.7278947532679734e-06,8.734733741830054e-07
22,2.020413770386264e-06,8.440117081545064e-07
23,2.372176764822135e-06,9.672264150197624e-07
24,1.733756027777777e-06,8.247872537037041e-07
25,1.9421891279069777e-06,9.399678720930233e-07
26,1.28775462614679e-06,7.897088417431183e-07
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28,1.725913824999999e-06,8.462603954545454e-07
29,1.8622639552572712e-06,7.613403243847867e-07
30,1.7644820800653592e-06,8.381048267973854e-07
31,1.8796896928446776e-06,8.204448778359508e-07
32,1.6818907482837527e-06,1.7861441487414198e-06
33,0.0051904898421052635,2.742925368421053e-05
34,2.2876261002132195e-06,1.8758064669509597e-06
35,0.004553158548601864,2.1827078828229025e-05
36,1.458841406741573e-06,2.6850648988764045e-06
37,1.7419597727272714e-07,2.7940917224880416e-06
38,1.5623284765258224e-06,2.3853630751173696e-06
39,0.006380675792838872,2.7584009590792853e-05
40,1.8164658026159334e-07,3.11890891795482e-06
41,1.9072489940476191e-06,2.9736153571428533e-06
42,0.0077125697486772555,3.060543796296297e-05
43,0.004545248205804747,2.7946597097625354e-05
44,1.8204997978494616e-06,3.406188731182797e-06
45,0.002639076318607764,4.5076860508701465e-05
46,1.5278399209932283e-06,3.5084169977426593e-06
47,1.7402009658421665e-07,3.4936343816254445e-06
48,1.8983574617021275e-06,1.634657008510638e-06
49,1.7065212561576353e-07,1.5578701194581278e-06
50,0.0029086183660130696,1.4545298692810454e-05
51,0.00276269021276596,1.3044753856382987e-05
52,1.8130967359413184e-07,2.037124374083129e-06
53,0.004936727757255938,2.1686800131926117e-05
54,0.0041577518386243404,1.8526962169312166e-05
55,0.004076308565683648,1.8374232439678278e-05
56,0.008421459893190923,2.748324873164217e-05
57,0.005476313826666663,2.425422733333332e-05
58,0.005388136644562332,2.2224527320954886e-05
59,0.004463335408560315,2.0450990661478604e-05
60,0.009200608850726556,3.570889431968296e-05
61,1.8468509975961547e-07,1.0884803245192312e-05
62,0.0044555641842105274,3.438703578947369e-05
63,0.005117083813229572,2.8686261608300875e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo20_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.9735037620192296e-07,9.080485781249993e-07
1,7.201143110311741e-06,1.3476105611510794e-06
2,6.256284774774774e-06,1.1154717261261256e-06
3,1.89776029726516e-07,8.944536349583815e-07
4,1.6880189977876119e-06,7.8900603539823e-07
5,1.9207027207637226e-07,9.687924152744633e-07
6,6.628392952479342e-06,1.050124952479339e-06
7,1.3095125510688829e-06,7.420609192399054e-07
8,1.8230030445246698e-07,9.372222683513842e-07
9,1.2916963962558503e-05,1.132747620904836e-06
10,7.157868672941178e-06,1.07388414117647e-06
11,9.171966076404493e-06,1.188432732584269e-06
12,1.873434416666667e-07,9.453728452380951e-07
13,1.9472096809815974e-07,9.039647852760749e-07
14,1.2567045848591557e-05,1.077235915492959e-06
15,1.2415711672801645e-05,9.531467443762785e-07
16,2.0032858433734926e-07,9.336670060240961e-07
17,2.0478989530612267e-06,8.130924816326536e-07
18,1.7606445508196729e-06,9.176186950819679e-07
19,1.8593186413043475e-06,1.2937509347826096e-06
20,1.8143076518846993e-06,8.267612283813746e-07
21,1.7319848086124413e-07,9.073049019138735e-07
22,1.5377700394736839e-06,8.099998179824555e-07
23,1.2937687408000011e-06,8.056868591999992e-07
24,2.075101283842796e-06,8.251423231441044e-07
25,1.9487868192771073e-07,8.80555396385544e-07
26,2.010231471544716e-06,8.872732585365864e-07
27,1.8150717463175116e-06,9.212964140752867e-07
28,1.7585084170506904e-06,8.93687550691244e-07
29,2.2798062087475153e-06,9.007615506958248e-07
30,1.8017035423076908e-06,7.916341480769224e-07
31,2.3868358110882966e-06,9.03274593429158e-07
32,1.667627593023255e-06,2.0963356976744203e-06
33,1.5825172680180156e-06,2.197363918918921e-06
34,0.004737354340878825,2.2089413715046618e-05
35,1.4544167488262908e-06,2.186743215962442e-06
36,0.0056552554039735106,4.168640079470202e-05
37,0.0077480957421874955,3.743228854166661e-05
38,0.005210875950520829,2.756377135416668e-05
39,0.0057713163200000025,2.6499419733333358e-05
40,1.7441021956521728e-06,3.170329847826086e-06
41,1.673123961038961e-06,3.1208161471861474e-06
42,1.2550629861751165e-06,3.057384055299537e-06
43,0.009616767376830902,3.3256516511318194e-05
44,1.9664942058212054e-06,3.7991016216216223e-06
45,1.7194978763557493e-06,3.848821626898049e-06
46,1.9107056728538284e-07,4.0105978306264505e-06
47,0.0033769551122853365,4.4128911096433306e-05
48,1.3206509829268283e-06,1.6367683195121948e-06
49,0.003473638292046938,1.9122415254237298e-05
50,0.0031341601712780017,1.544664861660079e-05
51,0.0026973814247669764,1.29415207723036e-05
52,0.00557854063002681,2.5632929222520125e-05
53,0.0043715389507772056,2.1615687305699484e-05
54,0.004390122068965512,1.9400854907161797e-05
55,0.00357584787037037,1.7245389814814822e-05
56,1.8939098511530384e-06,2.811805471698111e-06
57,0.004690783615894037,2.785393178807947e-05
58,0.005775208715231789,2.3875788476821206e-05
59,0.005669799327956996,2.1493001075268803e-05
60,1.830862278688524e-06,2.6888871516393463e-06
61,0.009204516644649942,4.0978471862615583e-05
62,0.008673435432756343,3.9408524367510004e-05
63,0.005584719142091149,3.410633686327077e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo19_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.776962757793766e-07,9.198584592326135e-07
1,1.859010899280574e-07,8.810096103117508e-07
2,1.9053408830548887e-07,9.087235727923633e-07
3,1.8539621194379368e-07,8.604079098360653e-07
4,2.4938443488649925e-07,8.675305663082433e-07
5,2.148626777570094e-06,7.370451831775701e-07
6,1.434543929782082e-06,6.926961041162221e-07
7,1.9592496506024096e-07,8.918388771084329e-07
8,1.8288554767441847e-07,8.766647825581396e-07
9,1.3644016064814818e-06,7.197841388888886e-07
10,1.95759481700118e-07,8.589411109799292e-07
11,1.6612899452954063e-06,6.724206498905907e-07
12,1.8307550237529702e-07,8.841368206650823e-07
13,1.1999130144927537e-06,7.000222173913041e-07
14,2.2846174320987673e-06,7.682318827160492e-07
15,6.532812399999995e-06,1.0485256152173909e-06
16,2.438093184782606e-06,9.58326426086956e-07
17,1.778065145359021e-06,7.68085760070053e-07
18,1.4460295059221662e-06,9.598637292724197e-07
19,1.2621934927066434e-06,8.850764246353319e-07
20,1.895007641509434e-07,8.7985833254717e-07
21,3.90257249850746e-06,9.83200788059702e-07
22,1.907216409638555e-07,9.130555481927714e-07
23,1.7133926933797901e-06,8.595347020905915e-07
24,1.7147381147186141e-06,8.143311450216451e-07
25,1.528665603559872e-06,9.645638009708738e-07
26,1.9544873953900733e-06,8.781397765957449e-07
27,1.7312336223175972e-06,7.447136201716739e-07
28,4.447152322775264e-06,1.021752291101057e-06
29,2.1255074854771783e-06,8.619982655601655e-07
30,1.7076866468646862e-06,8.454602953795388e-07
31,1.5638650114942537e-06,8.718620328407217e-07
32,1.4818251716247131e-06,2.076634347826089e-06
33,1.252354004555808e-06,2.098594510250569e-06
34,1.4151499412393166e-05,2.412715769230772e-06
35,0.0037295299601593623,2.17559507304117e-05
36,2.5318447389705883e-06,2.7625268198529404e-06
37,1.8487127276785728e-06,2.9093810267857163e-06
38,1.2720373311258283e-06,2.740215982339956e-06
39,0.006648556622516552,2.9137315629139065e-05
40,1.4985137505241104e-06,3.1044332704402526e-06
41,0.0038806121148825083,3.8870845822454325e-05
42,1.6198325500000003e-06,3.1402604545454542e-06
43,0.006567395746367244,3.0521248612945844e-05
44,0.009416192996108963,5.2746996108949387e-05
45,1.9919984841363108e-07,3.822799294947124e-06
46,1.7282860234042529e-06,3.8069895957446828e-06
47,1.4132226940133033e-06,3.500058070953436e-06
48,1.9143330586766528e-07,1.7065757727840225e-06
49,1.8382615911872706e-07,1.4978232949816416e-06
50,0.0029605123726541564,1.4067955495978563e-05
51,0.0027628589586114844,1.3131599198931912e-05
52,1.8845814541120416e-07,2.19266084624553e-06
53,9.572559521410583e-07,2.106199596977332e-06
54,0.006067105360000001,2.1408872800000007e-05
55,0.00382780703166227,1.830771952506598e-05
56,0.005824562798408487,2.79954173740053e-05
57,1.9204516033254164e-07,2.507133159144894e-06
58,0.006952506653645843,2.4059856119791688e-05
59,0.0061529272207446785,2.1368702792553214e-05
60,0.005416411613333336,3.8171892799999984e-05
61,0.008531886519410984,4.02371722891566e-05
62,0.007361662838370563,3.720192233902758e-05
63,0.005540323416886547,3.236309287598944e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo18_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.7550840214797132e-07,9.737684534606217e-07
1,6.81347718855219e-06,1.3404247525252544e-06
2,2.0851821689189173e-06,9.085147747747748e-07
3,6.637676378839593e-06,1.099639506825938e-06
4,1.1795122502127655e-05,1.5989855595744688e-06
5,7.934803845794394e-06,1.1987471004672882e-06
6,2.054412554216865e-07,9.877335421686741e-07
7,5.724258725925919e-06,1.1597947827160484e-06
8,1.8476211735941323e-07,9.733955207823962e-07
9,1.8751696991576405e-07,9.635524031287594e-07
10,1.8239657761194032e-06,8.402228912579963e-07
11,1.825657448359658e-07,9.866501093560153e-07
12,1.8894465542168677e-07,9.792476638554216e-07
13,1.1550156952965232e-05,1.4553175930470345e-06
14,1.8827673072360607e-07,9.720370260972724e-07
15,7.128512230588236e-06,1.0975110894117647e-06
16,1.855679206161137e-07,9.71211458530806e-07
17,1.6951480320404717e-06,9.852627166947735e-07
18,1.7777206232464903e-06,8.725781883767536e-07
19,2.018629311981023e-07,9.619803558718843e-07
20,1.2996952016000005e-06,9.57882387200001e-07
21,1.4431383402298845e-06,9.218738068965524e-07
22,1.7321041487964982e-06,8.022066717724295e-07
23,1.4079225539452499e-06,1.012121391304347e-06
24,1.4702375186385723e-06,9.575377163695304e-07
25,1.7061502465517242e-06,9.767101344827578e-07
26,1.8547411491935467e-06,9.833966169354846e-07
27,2.0681694422222223e-06,9.638034288888884e-07
28,1.5212215679824576e-06,8.602739956140352e-07
29,1.7114018450980393e-06,8.128463823529414e-07
30,1.7844090016286631e-06,9.458701156351795e-07
31,2.3739608966861573e-06,9.70605594541911e-07
32,1.8214798880597028e-07,1.9723117699004942e-06
33,1.7488792668067231e-06,2.0370825084033626e-06
34,1.8072572658227846e-07,1.981744608860758e-06
35,1.9010485047846883e-07,2.085668368421051e-06
36,1.9810302314410465e-06,2.3952513537117904e-06
37,2.028992679814385e-07,2.6985643503480322e-06
38,1.2975780651162784e-06,2.2805085116279073e-06
39,0.006622682881355934,2.2809131812255553e-05
40,0.006324647336884154,3.5774249400798956e-05
41,1.5029105669642865e-06,2.9275616741071452e-06
42,2.0817564712918657e-07,3.322312009569381e-06
43,0.0064742704515272234,2.735133625498009e-05
44,1.9056197281323865e-07,3.2309296335697373e-06
45,0.007480577566137574,4.19208338624338e-05
46,1.1877679780487812e-06,3.2702831951219477e-06
47,0.007446995825627466,3.763196842800531e-05
48,0.003595266835106382,1.706830159574468e-05
49,1.7603916181818154e-06,1.6287595386363642e-06
50,0.0025630960107095088,1.2573174297188742e-05
51,0.002106957252010722,1.0428056568364605e-05
52,1.9114648771929842e-07,2.400473672514617e-06
53,1.5922598412371132e-06,1.685653222680414e-06
54,1.8772031946144463e-07,1.9684534443084436e-06
55,0.0030846337150466038,1.5109835019973386e-05
56,2.225983885714286e-06,2.4808966734693866e-06
57,0.005277773723684212,2.190659921052629e-05
58,0.005039703970588237,2.0881764572192493e-05
59,0.0042041044575163375,1.998969607843135e-05
60,0.005566428920000007,3.4103221999999975e-05
61,1.4771403311258277e-06,7.7005123178808e-06
62,0.005741356547619051,3.189075119047619e-05
63,0.004861755884718504,2.9060110321715813e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo17_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.956683197826087e-06,8.398501434782609e-07
1,7.1599166915887806e-06,1.1744130018691591e-06
2,5.401831997264025e-06,1.1660328139534885e-06
3,5.367881594005451e-06,1.0923781675749327e-06
4,1.7028922714932132e-06,8.802544411764706e-07
5,1.8325679016786562e-07,9.529498453237422e-07
6,1.9674778373015863e-06,8.199272063492064e-07
7,8.578926143187064e-06,1.2394231778290994e-06
8,1.283488233518519e-05,1.0775763574074071e-06
9,1.1459210708695656e-05,9.6660509347826e-07
10,1.9796764755077638e-07,9.703516594982073e-07
11,7.362102550351289e-06,1.0597817798594853e-06
12,1.821908201438849e-07,9.845190503597124e-07
13,1.0363967545253866e-05,1.1461683576158944e-06
14,7.598015123486679e-06,1.0846845932203386e-06
15,7.3554424965197215e-06,1.0537258677494216e-06
16,1.8966268165137596e-06,7.641176490825683e-07
17,3.7308343440594077e-07,1.0056394715346543e-06
18,2.9978289176029978e-06,9.86153790262172e-07
19,1.7331303350000004e-06,9.508283783333337e-07
20,1.033460446031747e-06,9.517502365079356e-07
21,1.8939277715617732e-06,8.719168904428901e-07
22,2.200047786307053e-06,8.918173983402492e-07
23,1.9190421486486487e-06,9.093715926640932e-07
24,2.007849210526313e-07,9.170355873205745e-07
25,1.903459103813558e-06,8.453717584745765e-07
26,1.7514540751341675e-06,8.703757459749555e-07
27,2.032465681274902e-06,9.122399183266927e-07
28,1.508322342403629e-06,6.282336439909301e-07
29,3.930034584285717e-06,9.995165571428584e-07
30,1.8557063015873015e-06,8.87286478174604e-07
31,2.9348593989071053e-06,9.727230947176679e-07
32,1.8919761374999992e-07,2.0195042000000003e-06
33,0.005045311651254956,2.804803262879792e-05
34,0.004230882440318301,2.0987644297082233e-05
35,0.004151512526455022,2.0112802380952408e-05
36,1.5570793123732243e-06,2.4351993509127813e-06
37,1.9308958430913364e-07,2.779456709601876e-06
38,1.642415991416307e-06,2.601319527896997e-06
39,0.008110499243027883,2.831074116865868e-05
40,1.8716244843568945e-07,3.0255017728852843e-06
41,1.9952951293103455e-06,3.026571422413795e-06
42,0.001711591492734481,3.227680158520478e-05
43,0.0065403586515353765,2.9465213217623468e-05
44,1.877467920673075e-07,3.58646508413461e-06
45,1.9370161656804735e-07,3.5580167573964493e-06
46,2.4967220075614398e-06,3.692596351606805e-06
47,0.007678739619422571,4.1087907086614204e-05
48,1.5084213563218397e-06,1.5376393126436783e-06
49,0.003062133778371159,1.7138664753003997e-05
50,0.0026512988426527924,1.312881209362808e-05
51,0.0027308139973439565,1.3200622576361227e-05
52,1.3293671425233642e-06,2.031111901869158e-06
53,0.0009442750587301584,7.996387349206352e-06
54,0.004112422726063824,1.733700039893618e-05
55,0.0036430545250659627,1.7411914907651707e-05
56,0.004405891405835544,2.9085557029177683e-05
57,0.005631700736842112,2.711621394736846e-05
58,1.8659051409090891e-06,2.4732651818181816e-06
59,0.004113752572944296,1.967556087533155e-05
60,1.9712804183673476e-06,2.696370346938776e-06
61,0.005338947973333334,3.867452346666665e-05
62,0.005694601721854307,3.507812185430466e-05
63,0.0053467346405228775,3.0067667450980382e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo16_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.9828028724672228e-07,9.7581758045292e-07
1,7.854684208037816e-06,1.4022419574468077e-06
2,1.7936134126040443e-07,9.698359512485136e-07
3,6.379471634584013e-06,1.056237455138663e-06
4,1.3010340212631568e-05,1.2340787157894738e-06
5,8.422832167441867e-06,1.14079608139535e-06
6,8.060118856447686e-06,1.0941296520681277e-06
7,5.930116210769225e-06,1.1089959815384608e-06
8,1.8432460598802389e-07,9.321531053892218e-07
9,5.186033944839858e-06,1.2435472081850542e-06
10,6.713190032822758e-06,1.112805512035011e-06
11,9.91227855333334e-06,1.2781152822222225e-06
12,1.5487798558322406e-05,1.270515011795546e-06
13,1.4219316520467827e-05,1.1458010204678368e-06
14,1.6130540291262141e-06,8.15807910194175e-07
15,7.791157428904428e-06,1.3803012424242434e-06
16,2.885786027868851e-06,9.868042950819676e-07
17,1.6231794221748417e-06,8.389461023454156e-07
18,1.677860081967212e-06,8.219617889344259e-07
19,1.8761066531986549e-06,9.723404057239058e-07
20,1.6878376883333334e-06,9.021493299999995e-07
21,1.990680611235956e-06,7.824991685393253e-07
22,1.8935083847826086e-06,7.791098152173911e-07
23,1.9691077590090105e-06,8.107328626126127e-07
24,1.811263288676236e-06,1.1584197129186605e-06
25,1.514002401330378e-06,7.18033232815965e-07
26,1.7860531593495927e-06,9.301260585365858e-07
27,1.8783533218390794e-06,9.449980287356315e-07
28,1.576529727699532e-06,7.925291291079815e-07
29,1.8226404743326487e-06,8.794651252566736e-07
30,1.95834897005988e-07,9.310009772455102e-07
31,1.171030391025642e-06,1.0042997211538451e-06
32,0.005364614254215306,3.340695849546043e-05
33,1.8353110535331922e-06,2.2060008993576043e-06
34,0.005236594640957451,2.3526122340425525e-05
35,0.004910968390957447,2.1367091489361697e-05
36,1.1099551364705883e-06,4.671512705882349e-06
37,1.89250633213859e-07,2.894444038231778e-06
38,1.865084539007093e-07,2.583424196217496e-06
39,0.005483754071618037,2.4533920424403155e-05
40,1.696812279120879e-06,3.115157912087909e-06
41,0.005534021451398134,3.831282170439414e-05
42,7.394464766949156e-05,6.120771186440671e-06
43,1.8511098929845424e-07,3.6653958145065396e-06
44,1.957674290780144e-07,3.580318156028364e-06
45,0.009351870066225159,4.9822881986755e-05
46,1.7686628470588236e-07,3.522134329411764e-06
47,0.007042201864181101,4.06283902796272e-05
48,0.003826154561170211,1.9237172473404264e-05
49,1.9906750436590434e-06,1.6179571164241184e-06
50,0.0026872816973684197,1.3284238157894725e-05
51,0.002790308806366046,1.3297815119363408e-05
52,1.582038680387409e-06,2.077108886198547e-06
53,0.0045502817631224764,2.021452462987885e-05
54,1.6701708219178092e-06,2.1110392511415523e-06
55,0.003700181220472445,1.7424130052493403e-05
56,1.5916353750000005e-06,2.457549288793103e-06
57,0.007024349080000001,2.6873764133333328e-05
58,1.3577601632183896e-06,2.3917848735632187e-06
59,0.004952052589641434,2.115312921646748e-05
60,1.5811217172995796e-06,2.5968106751054845e-06
61,0.0035357750661375656,3.587380608465609e-05
62,0.006654370172872336,3.428667925531915e-05
63,0.00778384761968085,3.504061250000001e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo15_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.853489054824562e-06,9.384892434210526e-07
1,1.5687996462882094e-06,7.663797423580781e-07
2,5.251943303178477e-06,1.31120960391198e-06
3,1.8912840736342033e-07,1.0664769204275534e-06
4,1.9261705469678965e-07,1.0373733305588588e-06
5,1.8594333734939761e-07,9.946214554216864e-07
6,1.901525833333332e-07,1.0746605833333334e-06
7,1.3903278139676119e-05,1.2907630121457484e-06
8,1.83374617887931e-06,9.266176142241376e-07
9,1.8621430592503028e-07,1.0541562333736395e-06
10,1.6720588976744194e-06,1.0282417813953488e-06
11,1.5808576287262873e-05,1.2633913915989163e-06
12,1.4502486514161222e-06,8.433618649237481e-07
13,1.8376325177304924e-07,1.026773197399527e-06
14,1.6025762862985678e-06,8.952273517382411e-07
15,1.5476018083700437e-06,8.672924162995597e-07
16,2.0405248358208937e-06,1.0916798081023452e-06
17,3.963663585365856e-06,1.2350409110473459e-06
18,1.3951266677631587e-06,1.1171098963815781e-06
19,1.6680311845906894e-06,1.0571097512038513e-06
20,1.8786325419664284e-07,1.067096224220623e-06
21,2.9514187540394945e-06,1.1160038635547574e-06
22,2.338033992481203e-06,1.0027170432330821e-06
23,2.3040723574218763e-06,1.0812840292968742e-06
24,3.6176351022900757e-06,1.4139727832061068e-06
25,1.7731334824667464e-07,1.0386163857315596e-06
26,1.7324637542735052e-06,1.0373057713675213e-06
27,2.054515106090372e-06,9.93188481335953e-07
28,1.7424589208633083e-07,1.0297474904076735e-06
29,3.6450732899505802e-06,1.0452319769357494e-06
30,4.850553795727639e-06,1.2479669452603466e-06
31,1.963746732113145e-06,9.770978402662226e-07
32,1.861500398069964e-07,7.281193546441507e-06
33,0.008082487104913681,4.4291240106241686e-05
34,0.009517542098445606,3.60298169689119e-05
35,0.005360877165991898,3.222483225371119e-05
36,1.0736883060747669e-06,3.6220978037383165e-06
37,1.8543882453608248e-06,3.822151360824742e-06
38,0.010033103425559959,3.851400553359686e-05
39,0.0030748006781914886,4.198848311170208e-05
40,1.6537345857642922e-07,4.85462553092182e-06
41,1.8086729558498874e-06,4.847313509933777e-06
42,0.005542196098535293,4.733283528628492e-05
43,0.007544441573333333,4.7613599466666654e-05
44,1.4706457673913037e-06,5.2108311304347805e-06
45,0.005327697553191491,7.272148936170223e-05
46,0.00918303989431968,7.192920211360628e-05
47,0.008067417712765963,6.387137486702124e-05
48,0.005527067582128774,2.6741042969776605e-05
49,0.005965849424364123,2.7806430923694773e-05
50,0.00518026809018568,2.45347019893899e-05
51,0.0036819949542483657,1.7482676209150316e-05
52,1.9291409940828395e-07,3.1934775029585786e-06
53,1.8814542042755318e-07,3.3155547268408606e-06
54,0.005948414072096133,2.8089754472630162e-05
55,0.005100762139107616,2.3604808267716537e-05
56,0.006909587776298271,4.450922649800261e-05
57,0.008983506249999999,3.8411303324468084e-05
58,0.007361166693440433,3.3267406291833976e-05
59,0.005940898669354838,2.803161545698928e-05
60,1.1463645990990996e-06,3.3601516891891895e-06
61,1.867748453488372e-07,1.0698363953488373e-05
62,0.009270257067371189,4.969685482166445e-05
63,0.006965927370517922,4.244838857901727e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo14_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.8911187558139524e-07,8.246258139534885e-07
1,1.7572869466950951e-06,6.629338699360343e-07
2,2.0069155113871638e-06,7.095260724637684e-07
3,6.7021472346521245e-06,1.0783042892223736e-06
4,1.3089364803220033e-05,1.358450284436494e-06
5,1.7314703923766833e-07,8.088589372197308e-07
6,6.62809951162791e-06,1.0656001606765332e-06
7,6.593512056367431e-06,1.2311814237995826e-06
8,1.9965918274336302e-06,7.198395420353982e-07
9,1.928466095041322e-06,7.451942499999999e-07
10,1.9427732545045048e-07,8.4365602027027e-07
11,1.9849215681818204e-07,7.988703443181823e-07
12,1.8287380000000015e-07,8.341344847457621e-07
13,1.2710144247787599e-05,1.0467434926253692e-06
14,1.4672663463114763e-06,6.710195245901642e-07
15,6.105872919831221e-06,1.1197071751054854e-06
16,2.102545540412042e-06,8.241903106180673e-07
17,1.2957403275109159e-06,6.718697794759822e-07
18,2.4305653175257715e-06,8.304280927835046e-07
19,1.968540313893653e-06,7.864303138936526e-07
20,2.7405157838312854e-06,8.214591968365549e-07
21,1.6973249125560545e-06,7.149015829596406e-07
22,1.5174963082352935e-06,7.059889905882359e-07
23,1.8961679119638843e-07,8.135949695259595e-07
24,1.8089007745302693e-06,9.230903924843419e-07
25,1.8475063348946117e-07,8.29506326697893e-07
26,1.6657059915789462e-06,7.835513094736843e-07
27,1.7270997624190066e-06,7.216433110151186e-07
28,2.091076609341826e-06,7.132792101910828e-07
29,1.8801458096947977e-06,8.023789892280077e-07
30,1.7881567235494895e-07,8.017656712172921e-07
31,1.956316633603239e-06,8.46525623481781e-07
32,1.490393964444445e-06,1.947352217777779e-06
33,0.0032009379225806413,2.564626645161293e-05
34,0.004610935565669704,2.6760672951885573e-05
35,1.4642510110375267e-06,2.1180841898454734e-06
36,2.290448191446028e-06,2.715291344195517e-06
37,1.5543355946502046e-06,2.7407430864197557e-06
38,0.008299109636363634,2.8027399870129865e-05
39,1.8924617095516569e-06,3.1819055555555557e-06
40,1.996150800915333e-07,3.4239499427917654e-06
41,0.0006386367949790796,9.804586154811705e-06
42,1.5711461344902406e-06,3.0842008242950144e-06
43,0.009383993603133155,3.5065775587467396e-05
44,2.2144811210317453e-06,3.7873467658730155e-06
45,2.0797935555555566e-06,3.7032177979797995e-06
46,3.521968397476343e-06,4.629604321766558e-06
47,0.0077707520426065265,4.401818358395991e-05
48,1.5732696420824305e-06,1.7133444967462032e-06
49,2.1140012167689155e-06,1.757714981595092e-06
50,0.0030987624807197944,1.5059540231362469e-05
51,0.0027831996683673438,1.3151904081632652e-05
52,2.041063748633877e-07,2.2935975846994557e-06
53,0.005190318606138108,2.2947148465473137e-05
54,1.609353133479212e-06,1.993654512035011e-06
55,0.0036835883717948647,1.7508890384615385e-05
56,0.009259775686274502,3.138006705882355e-05
57,0.005726188359375005,2.7114926041666623e-05
58,0.007023879022556392,2.3048352130325834e-05
59,0.004846005714285714,2.2682450649350665e-05
60,0.002947522681992337,4.195597024265644e-05
61,1.3062575801354382e-06,2.697609977426637e-06
62,0.00909302364096081,4.111397863463973e-05
63,0.0056126934114583355,3.6859623958333305e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo13_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.9063179342723042e-07,1.1044671150234743e-06
1,9.30072161431871e-06,1.2865462401847577e-06
2,7.175031017341043e-06,1.2464804181117545e-06
3,1.8902150770925098e-06,9.171328788546252e-07
4,1.2972263638603706e-05,1.2813835236139635e-06
5,1.2520118320066329e-05,1.2961787844112755e-06
6,9.603747963718825e-06,1.2726125895691605e-06
7,8.778902843091337e-06,1.3494468735363002e-06
8,1.3523209356321832e-06,8.293021632183905e-07
9,1.0928441106090373e-05,1.2679267524557957e-06
10,8.776885535469108e-06,1.8184715903890148e-06
11,1.918132673378076e-07,1.1078877102908285e-06
12,1.4456472776280319e-05,1.2552455808625326e-06
13,1.9135331524249435e-07,1.082951057736721e-06
14,5.898532657980453e-06,1.1725521009771998e-06
15,7.84897096046511e-06,1.2263565604651168e-06
16,1.944752954545453e-06,9.656062568181815e-07
17,1.888027458149778e-06,1.0284943678414103e-06
18,1.8586704508670537e-07,1.0772435664739885e-06
19,1.7777052691082803e-06,1.124220883757961e-06
20,1.906954808362369e-07,1.0971759779326363e-06
21,3.5816197779329625e-06,1.1108929427374312e-06
22,2.236169937901499e-06,9.787423083511769e-07
23,1.8559700891472881e-06,9.562121937984488e-07
24,1.8885451844863723e-06,9.690134360586998e-07
25,1.8518083017543863e-06,1.350341982456142e-06
26,1.5928267869198303e-06,8.676194472573841e-07
27,2.1632194723183393e-06,1.0622623512110722e-06
28,1.9244051789709208e-07,1.0540465794183446e-06
29,1.7564353306451633e-06,1.067605277419355e-06
30,1.2197764572072071e-06,8.055811283783789e-07
31,2.027950664948452e-06,1.0565649467353951e-06
32,0.0033351138701298703,3.3929976753246766e-05
33,2.1481734872298632e-06,2.173412730844796e-06
34,1.5327935575221249e-06,2.091915663716813e-06
35,0.004149687464968156,2.0628868152866236e-05
36,1.7790783238312434e-07,2.58462007981756e-06
37,2.266286677103718e-06,2.616777181996082e-06
38,1.5854965053533189e-06,2.4609695717344784e-06
39,0.0049336586590038286,2.263475568326947e-05
40,1.7133820580357144e-06,4.150780327380949e-06
41,1.2645175326000012e-05,3.963271279999999e-06
42,1.9440392680000005e-06,3.236674739999999e-06
43,0.005673358478260858,2.8007488363171356e-05
44,1.8147891415313221e-07,3.5150231206496525e-06
45,2.0663696548117155e-06,3.5142805857740557e-06
46,2.128900893081761e-06,3.5631829140461227e-06
47,0.007782718075916232,3.7442437958115186e-05
48,1.373174941031941e-06,1.727566872235871e-06
49,0.003151385771725035,1.7035132166018153e-05
50,0.002255329884763126,1.3968490909090922e-05
51,1.778130070921986e-07,1.8944903061465714e-06
52,2.2999253104925055e-06,2.1998295117773023e-06
53,1.8784149842209077e-06,2.365851301775147e-06
54,0.00456531630379747,2.0643215063291146e-05
55,0.003740874955527321,1.7887111054637847e-05
56,0.006975425823605702,2.795567963683531e-05
57,1.8230636624569466e-07,2.570323731343278e-06
58,0.004516932806788507,2.0340770757180165e-05
59,0.004489164218749998,1.9131488802083333e-05
60,1.9596844879999993e-06,2.804112879999998e-06
61,0.0033058431016731006,3.7694973487773474e-05
62,0.005613840162907267,3.284699611528823e-05
63,0.004904181187096772,3.0161259354838693e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo12_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,1.7521957091722572e-06,8.151934474272929e-07
1,8.888357244186045e-06,1.0638253953488372e-06
2,1.5488363991130811e-06,7.093328181818187e-07
3,5.419811079611651e-06,1.011787234951456e-06
4,1.9619941454965354e-07,9.186541027713626e-07
5,1.5715235357967677e-06,7.752798406466504e-07
6,1.47120449090909e-06,8.646972454545454e-07
7,7.757204030232554e-06,1.0250019093023255e-06
8,4.8215034977777785e-06,1.2489333977777782e-06
9,2.488705270000001e-06,7.674177199999999e-07
10,1.7129589791666666e-06,8.152717800925928e-07
11,1.967519362186789e-07,9.08942913439636e-07
12,1.417642046632124e-05,1.0999405505181362e-06
13,1.937254511189634e-07,8.394213792697289e-07
14,1.1169542638297861e-05,1.1119583723404258e-06
15,7.170708661764705e-06,1.1926418627450987e-06
16,1.9348622535211267e-07,8.769584354460095e-07
17,1.4782449415730338e-06,6.799385999999996e-07
18,2.4322973300395254e-06,8.7305095652174e-07
19,1.815605291262133e-06,8.613410841423946e-07
20,6.166548298192775e-07,8.361881415662652e-07
21,1.964603439461884e-06,6.941111681614351e-07
22,1.80453612631579e-06,6.848068252631578e-07
23,1.7140454879227053e-06,8.278582995169082e-07
24,1.9447330105017506e-07,8.818981038506429e-07
25,4.568551945578233e-06,9.593518122448984e-07
26,1.9388587058823527e-06,9.311432499999997e-07
27,2.005954103969753e-06,7.925111304347823e-07
28,2.228062886904761e-06,7.167948571428564e-07
29,2.6213287431372528e-06,8.491227529411767e-07
30,2.0788121409168068e-06,7.939909117147704e-07
31,2.092628297520661e-06,9.268642033057843e-07
32,1.537766248306999e-06,1.9872386410835214e-06
33,1.5254812806236086e-06,2.0991471247216024e-06
34,1.4291699534883723e-06,1.9263112837209305e-06
35,0.004130443607843135,2.0770810980392164e-05
36,1.8157945365344453e-06,2.4875397912317333e-06
37,1.599611824675326e-06,2.622506515151515e-06
38,2.291517976878612e-06,2.462001464354526e-06
39,0.0077992387006369564,2.8133778089171974e-05
40,0.00021859801668806182,2.1608640821566124e-05
41,9.69439410926366e-07,3.957531971496433e-06
42,1.2807699689737474e-06,3.2465057995226754e-06
43,0.009230653954081628,3.061282346938781e-05
44,2.0100754295532661e-07,3.5411280297823596e-06
45,2.0295430180180174e-07,3.9523057432432395e-06
46,2.0186913431151233e-07,3.7706010270880313e-06
47,2.137465487854249e-06,3.569680263157893e-06
48,2.049462791519435e-07,1.7532823121319197e-06
49,1.5139728344226584e-06,1.3421592418300638e-06
50,0.0031258773180076658,1.510191966794381e-05
51,4.733804817320702e-05,2.5734239918809173e-06
52,2.0100756975381032e-07,2.1131081359906204e-06
53,0.0043064509999999985,2.104282453333335e-05
54,0.00436708696428572,1.8025964923469385e-05
55,0.003375335019556716,1.6499357235984364e-05
56,1.3604159760348589e-06,2.3616614596949887e-06
57,0.007511720535248053,2.525633798955616e-05
58,0.004957391709844561,2.22784419689119e-05
59,0.004853869452411993,2.0473162190352012e-05
60,0.004160287884130987,3.7763220528967264e-05
61,1.5557195010526333e-06,6.081288589473686e-06
62,0.00642069844647519,3.6265124934725847e-05
63,0.005324272043422737,3.2805123243933595e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo11_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,7.582945400943402e-06,1.362071415094339e-06
1,1.4972164965517235e-06,8.116935471264368e-07
2,6.404697650306744e-06,1.1597149263803674e-06
3,5.571894088235291e-06,1.2163624957983191e-06
4,1.7995716666666657e-07,1.0237501226190487e-06
5,1.333709339626168e-05,1.0874620841121496e-06
6,8.020031317241373e-06,1.292841845977012e-06
7,7.079875538283067e-06,1.1925733341067283e-06
8,1.5395216091954014e-06,9.638397885057468e-07
9,1.0734131073375258e-05,1.0906523731656194e-06
10,1.892636570438797e-07,1.0148999896073886e-06
11,7.899361927058827e-06,1.173472291764706e-06
12,1.9824298771551728e-06,7.692928771551722e-07
13,1.845197693208429e-07,9.958184332552687e-07
14,1.2408342285012283e-06,8.767429017199017e-07
15,1.3019079760286231e-05,1.2032518837209303e-06
16,1.7715639564315347e-06,8.507522904564318e-07
17,1.861278074245939e-07,9.919239535962872e-07
18,1.8401610104529609e-07,1.0140438757258996e-06
19,1.7736113551999996e-06,9.97646800000001e-07
20,1.9742279322429898e-07,1.01977298364486e-06
21,1.9561794942084954e-06,1.0419134073359074e-06
22,1.3423203842482098e-06,7.851926921241043e-07
23,1.8990970137299727e-07,1.0054908741418762e-06
24,1.6071379056974465e-06,9.895344891944992e-07
25,3.578218264550266e-06,1.111788276895943e-06
26,1.7257214887063671e-06,8.838860020533877e-07
27,2.0417618253012028e-06,9.412847409638557e-07
28,3.547165429197082e-06,1.1591342175182486e-06
29,1.7415937280858683e-06,9.812976976744183e-07
30,3.4809647448377544e-06,9.506775368731566e-07
31,1.919403384742953e-06,9.272271028192379e-07
32,0.0063236478160919535,3.772423001277139e-05
33,0.0033524616347381866,3.149480191570882e-05
34,1.4440155045454549e-06,2.2704327500000007e-06
35,1.904801344632769e-07,2.2698347344632773e-06
36,0.00533234166882277,3.7632760543337674e-05
37,1.4218633257403205e-06,3.0934341457858746e-06
38,2.0311359582417577e-06,2.9601012307692315e-06
39,0.006583012246753251,3.218793974025978e-05
40,1.8330876530612254e-07,3.906908979591835e-06
41,1.9671159159663875e-06,3.599778823529412e-06
42,0.010112335421994896,3.700466547314575e-05
43,0.006066778279430786,3.4814226131953416e-05
44,1.6678178198198213e-06,4.0079544144144155e-06
45,1.0693785952941176e-06,4.187503576470591e-06
46,4.131239426812587e-06,4.375893119015049e-06
47,0.00942021002570696,4.627796786632385e-05
48,0.0047357944035533025,2.2805994416243647e-05
49,1.5631844963855427e-06,1.7453399373493983e-06
50,1.7222216588983058e-06,1.5888031843220348e-06
51,1.7937201880141012e-07,1.872362534665099e-06
52,1.8633294152046792e-07,2.4838752631578973e-06
53,1.9240011877828053e-07,2.6090783031674193e-06
54,0.00503848631306598,2.2523834799482543e-05
55,0.004774129664516128,2.248325341935482e-05
56,0.008192927590206192,3.452610734536084e-05
57,0.004924361919060052,2.739301266318541e-05
58,0.008325275140664947,2.7541256905370817e-05
59,0.0055541243994778056,2.47790519582245e-05
60,1.6928408915187392e-06,2.9736913609467452e-06
61,1.1505240375586857e-06,2.8693551173708913e-06
62,0.008480083992042432,4.057712347480105e-05
63,0.006437015352480418,3.686389281984333e-05

tapeouts/mpw-1/testsetup/MeasResults/Power/Power_ChipNo10_Vdio3.0Vdd1.8_20C.csv METASEP
,Ivdd (A),Ivdd1v8 (A)
0,7.974009143171807e-06,1.2083697907488979e-06
1,1.0807418165948266e-05,1.2638106594827591e-06
2,6.809239900311524e-06,1.0310414408099682e-06
3,6.085732124172184e-06,1.0789758360927164e-06
4,2.845014221189591e-06,1.0599297862453525e-06
5,1.267713980848152e-05,1.1602797934336523e-06
6,6.424714644182122e-06,1.0307140303541311e-06
7,1.867317571090048e-07,8.474594857819906e-07
8,1.8240067710843365e-07,9.10579292771085e-07
9,4.5254559495351956e-07,9.61602561752987e-07
10,1.4580516402714927e-06,7.438609253393662e-07
11,6.4629303120567345e-06,1.0673586978723397e-06
12,1.1103031337748338e-05,1.0145343112582775e-06
13,8.125892460240964e-06,1.0806169783132523e-06
14,6.828837199999999e-06,9.285430289156634e-07
15,7.210298476744182e-06,1.1139072732558135e-06
16,1.8611335591506564e-07,8.74595912032356e-07
17,2.0181151800699304e-06,8.354332255244764e-07
18,2.031997888686133e-06,7.183686277372259e-07
19,2.1270456448467993e-06,8.271997493036208e-07
20,2.452505710037175e-06,8.384379944237914e-07
21,1.823457502016129e-06,7.441361754032264e-07
22,1.8983357543103474e-07,8.468664849137932e-07
23,2.1653609795918364e-06,8.674089529042379e-07
24,3.535309264900659e-06,9.155454966887424e-07
25,2.602221066810344e-07,8.575748017241372e-07
26,1.9178378458333373e-06,8.132225749999997e-07
27,2.0111334339360224e-06,8.12124927677329e-07
28,2.897464483065955e-06,8.454236024955439e-07
29,2.052589046204619e-06,7.90790226072607e-07
30,2.17539271012007e-06,8.121616740994853e-07
31,2.2392097874999994e-06,7.751720895833331e-07
32,2.0694633481012656e-06,1.833147362869199e-06
33,0.004685728010752693,2.4698333198924757e-05
34,1.8636607348314602e-06,1.8425889168539328e-06
35,0.005009391046357616,2.133853615894041e-05
36,0.0093126088,3.480209253333332e-05
37,1.6862978896103892e-06,2.6020579220779208e-06
38,0.006473981555851066,2.4722731382978718e-05
39,0.005768450337662337,2.384018168831168e-05
40,1.3338935527426158e-06,3.0742083966244726e-06
41,1.8194936611374415e-07,3.272737061611372e-06
42,1.8972324970273468e-07,3.306100439952444e-06
43,0.005766424289508631,2.9690770916334576e-05
44,1.8590971126760546e-07,3.6269131924882657e-06
45,1.8717354964539e-07,3.641488179669024e-06
46,1.2111782288888895e-06,3.144982577777777e-06
47,0.00800191733688416,4.029558042609857e-05
48,2.304469363453817e-06,1.4197851987951795e-06
49,0.0034835747663551422,1.7512389185580787e-05
50,0.002947631868421053,1.415320868421053e-05
51,0.0026271804862023655,1.2498658475689893e-05
52,1.5605004263392837e-06,1.8807405758928572e-06
53,1.6492509121951224e-06,1.7266975000000002e-06
54,1.9501136133909293e-06,1.7527795615550747e-06
55,0.0037978633039092023,1.797919546027743e-05
56,1.8131212118644065e-06,6.91770398305085e-06
57,0.000912960266387727,1.8044956345885644e-05
58,0.0048082809617612954,2.1218822595596737e-05
59,0.0046175558561643805,1.941270730593607e-05
60,1.8595286903553303e-07,2.754593258883247e-06
61,1.8098654962646732e-07,7.524974685165422e-06
62,0.005632086338535414,3.358833973589437e-05
63,0.005472286622754491,3.189450586826347e-05

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,1,0.016
1,90,0,0,1,6,32.768,28622,458.41200000000003
2,90,0,0,2,6,32.768,21459,342.891
3,90,0,0,3,6,32.768,18141,290.358
4,90,0,1,0,6,32.768,42949,687.909
5,90,0,1,1,6,32.768,32766,523.817
6,90,0,1,2,6,32.768,0,0.0
7,90,0,1,3,6,32.768,23868,381.414
8,90,0,2,0,6,32.768,38815,620.1320000000001
9,90,0,2,1,6,32.768,38987,624.649
10,90,0,2,2,6,32.768,1,0.016
11,90,0,2,3,6,32.768,25193,402.623
12,90,0,3,0,6,32.768,47547,761.344
13,90,0,3,1,6,32.768,643,10.496
14,90,0,3,2,6,32.768,1,0.016
15,90,0,3,3,6,32.768,29930,478.918
16,90,0,4,0,7,32.768,12063,96.4455
17,90,0,4,1,7,32.768,12616,100.891
18,90,0,4,2,7,32.768,9754,78.06700000000001
19,90,0,4,3,7,32.768,8652,69.259
20,90,0,5,0,7,32.768,15056,120.53
21,90,0,5,1,7,32.768,14579,116.6225
22,90,0,5,2,7,32.768,12394,99.092
23,90,0,5,3,7,32.768,9411,75.28
24,90,0,6,0,7,32.768,21835,174.7105
25,90,0,6,1,7,32.768,17780,142.306
26,90,0,6,2,7,32.768,14034,112.285
27,90,0,6,3,7,32.768,11181,89.3925
28,90,0,7,0,7,32.768,0,0.0
29,90,0,7,1,7,32.768,18461,147.752
30,90,0,7,2,7,32.768,14189,113.5745
31,90,0,7,3,7,32.768,13141,105.102
32,90,1,0,0,0,32.768,0,0.0
33,90,1,0,1,0,32.768,0,0.0
34,90,1,0,2,0,32.768,48983,50273.024
35,90,1,0,3,0,32.768,37652,38623.68
36,90,1,1,0,0,32.768,81086,82809.152
37,90,1,1,1,0,32.768,75677,77275.32800000001
38,90,1,1,2,0,32.768,61909,63245.696
39,90,1,1,3,0,32.768,57089,58548.352
40,90,1,2,0,0,32.768,1,1.024
41,90,1,2,1,0,32.768,87397,89446.592
42,90,1,2,2,0,32.768,81672,83760.064
43,90,1,2,3,0,32.768,69573,71409.408
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,106623,109006.912
46,90,1,3,2,0,32.768,91462,93841.728
47,90,1,3,3,0,32.768,86235,88500.16
48,90,1,4,0,0,32.768,1,1.024
49,90,1,4,1,0,32.768,36101,36932.864
50,90,1,4,2,0,32.768,30452,31093.568
51,90,1,4,3,0,32.768,26794,27443.2
52,90,1,5,0,0,32.768,61460,62777.984000000004
53,90,1,5,1,0,32.768,47912,49139.008
54,90,1,5,2,0,32.768,44998,46191.616
55,90,1,5,3,0,32.768,38383,39270.848
56,90,1,6,0,0,32.768,73825,75486.912
57,90,1,6,1,0,32.768,67174,68611.584
58,90,1,6,2,0,32.768,53727,54859.072
59,90,1,6,3,0,32.768,45317,46407.168
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,75095,77063.68000000001
62,90,1,7,2,0,32.768,64189,65906.432
63,90,1,7,3,0,32.768,55345,56770.688

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,1,0.016
1,80,0,0,1,6,32.768,19898,318.701
2,80,0,0,2,6,32.768,14960,239.261
3,80,0,0,3,6,32.768,8503,137.048
4,80,0,1,0,6,32.768,29938,478.322
5,80,0,1,1,6,32.768,22891,366.547
6,80,0,1,2,6,32.768,0,0.0
7,80,0,1,3,6,32.768,16614,265.891
8,80,0,2,0,6,32.768,26619,425.28700000000003
9,80,0,2,1,6,32.768,1501,23.683
10,80,0,2,2,6,32.768,1,0.016
11,80,0,2,3,6,32.768,17616,281.985
12,80,0,3,0,6,32.768,32736,523.657
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,1,0.016
15,80,0,3,3,6,32.768,20904,334.665
16,80,0,4,0,7,32.768,7812,62.462
17,80,0,4,1,7,32.768,8261,66.11
18,80,0,4,2,7,32.768,6321,50.5435
19,80,0,4,3,7,32.768,5632,45.0835
20,80,0,5,0,7,32.768,9752,77.9725
21,80,0,5,1,7,32.768,9322,74.6205
22,80,0,5,2,7,32.768,7955,63.5985
23,80,0,5,3,7,32.768,6063,48.5305
24,80,0,6,0,7,32.768,14318,114.483
25,80,0,6,1,7,32.768,11494,91.98700000000001
26,80,0,6,2,7,32.768,9027,72.172
27,80,0,6,3,7,32.768,7161,57.3135
28,80,0,7,0,7,32.768,0,0.0
29,80,0,7,1,7,32.768,12000,95.964
30,80,0,7,2,7,32.768,9160,73.327
31,80,0,7,3,7,32.768,8671,69.3275
32,80,1,0,0,0,32.768,0,0.0
33,80,1,0,1,0,32.768,0,0.0
34,80,1,0,2,0,32.768,43566,44472.96
35,80,1,0,3,0,32.768,33189,33896.512
36,80,1,1,0,0,32.768,71185,72727.296
37,80,1,1,1,0,32.768,66675,68104.064
38,80,1,1,2,0,32.768,54831,56008.832
39,80,1,1,3,0,32.768,50629,51736.512
40,80,1,2,0,0,32.768,1,1.024
41,80,1,2,1,0,32.768,77227,79000.192
42,80,1,2,2,0,32.768,72682,74331.456
43,80,1,2,3,0,32.768,61839,63190.592000000004
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,94136,96580.416
46,80,1,3,2,0,32.768,80904,82920.448
47,80,1,3,3,0,32.768,76990,78965.76
48,80,1,4,0,0,32.768,1,1.024
49,80,1,4,1,0,32.768,31239,31970.624
50,80,1,4,2,0,32.768,26223,26830.784
51,80,1,4,3,0,32.768,23114,23678.784
52,80,1,5,0,0,32.768,53155,54485.312
53,80,1,5,1,0,32.768,42861,43932.864
54,80,1,5,2,0,32.768,39239,40190.336
55,80,1,5,3,0,32.768,33392,34119.296
56,80,1,6,0,0,32.768,63805,65251.712
57,80,1,6,1,0,32.768,58528,59796.992
58,80,1,6,2,0,32.768,46739,47732.032
59,80,1,6,3,0,32.768,39453,40276.672
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,65661,67123.456
62,80,1,7,2,0,32.768,56189,57404.736000000004
63,80,1,7,3,0,32.768,48277,49495.936

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,1,0.016
1,70,0,0,1,6,32.768,13554,216.84
2,70,0,0,2,6,32.768,10240,163.732
3,70,0,0,3,6,32.768,0,0.003
4,70,0,1,0,6,32.768,20339,325.458
5,70,0,1,1,6,32.768,15726,251.828
6,70,0,1,2,6,32.768,0,0.0
7,70,0,1,3,6,32.768,0,0.0
8,70,0,2,0,6,32.768,17748,284.162
9,70,0,2,1,6,32.768,0,0.002
10,70,0,2,2,6,32.768,1,0.016
11,70,0,2,3,6,32.768,12076,193.08100000000002
12,70,0,3,0,6,32.768,21995,352.005
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,1,0.016
15,70,0,3,3,6,32.768,14298,228.921
16,70,0,4,0,7,32.768,4928,39.451
17,70,0,4,1,7,32.768,4786,38.6695
18,70,0,4,2,7,32.768,3983,31.8745
19,70,0,4,3,7,32.768,3575,28.594
20,70,0,5,0,7,32.768,6143,49.162
21,70,0,5,1,7,32.768,5827,46.606
22,70,0,5,2,7,32.768,4959,39.702
23,70,0,5,3,7,32.768,3810,30.461000000000002
24,70,0,6,0,7,32.768,9136,73.114
25,70,0,6,1,7,32.768,7252,57.9745
26,70,0,6,2,7,32.768,5643,45.171
27,70,0,6,3,7,32.768,4470,35.7405
28,70,0,7,0,7,32.768,0,0.0
29,70,0,7,1,7,32.768,7595,60.7535
30,70,0,7,2,7,32.768,5777,46.1815
31,70,0,7,3,7,32.768,5569,44.567
32,70,1,0,0,0,32.768,0,0.0
33,70,1,0,1,0,32.768,0,0.0
34,70,1,0,2,0,32.768,37969,38941.952
35,70,1,0,3,0,32.768,28700,29404.992000000002
36,70,1,1,0,0,32.768,61843,63229.376000000004
37,70,1,1,1,0,32.768,52797,54088.384
38,70,1,1,2,0,32.768,48080,49069.312
39,70,1,1,3,0,32.768,44269,45273.728
40,70,1,2,0,0,32.768,1,1.024
41,70,1,2,1,0,32.768,67172,68963.2
42,70,1,2,2,0,32.768,63586,65255.488000000005
43,70,1,2,3,0,32.768,53958,55331.776
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,82960,84717.888
46,70,1,3,2,0,32.768,71124,72618.176
47,70,1,3,3,0,32.768,17155,18906.688000000002
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,26684,27377.856
50,70,1,4,2,0,32.768,22282,22885.056
51,70,1,4,3,0,32.768,19682,20190.72
52,70,1,5,0,0,32.768,45676,46789.12
53,70,1,5,1,0,32.768,37180,38062.784
54,70,1,5,2,0,32.768,33854,34558.912000000004
55,70,1,5,3,0,32.768,28690,29293.824
56,70,1,6,0,0,32.768,54567,55838.016
57,70,1,6,1,0,32.768,35407,37817.536
58,70,1,6,2,0,32.768,40010,41024.256
59,70,1,6,3,0,32.768,33639,34526.08
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,56444,57814.784
62,70,1,7,2,0,32.768,48282,49402.688
63,70,1,7,3,0,32.768,41748,42668.48

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,1,0.016
1,60,0,0,1,6,32.768,8948,143.17000000000002
2,60,0,0,2,6,32.768,6797,108.94
3,60,0,0,3,6,32.768,0,0.001
4,60,0,1,0,6,32.768,13452,214.927
5,60,0,1,1,6,32.768,10473,167.732
6,60,0,1,2,6,32.768,0,0.0
7,60,0,1,3,6,32.768,0,0.001
8,60,0,2,0,6,32.768,11263,180.019
9,60,0,2,1,6,32.768,0,0.0
10,60,0,2,2,6,32.768,1,0.016
11,60,0,2,3,6,32.768,8019,128.141
12,60,0,3,0,6,32.768,14316,229.391
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,1,0.016
15,60,0,3,3,6,32.768,9476,151.768
16,60,0,4,0,7,32.768,3003,24.0535
17,60,0,4,1,7,32.768,160,1.347
18,60,0,4,2,7,32.768,2424,19.3775
19,60,0,4,3,7,32.768,2190,17.521
20,60,0,5,0,7,32.768,3743,29.953
21,60,0,5,1,7,32.768,3511,28.103
22,60,0,5,2,7,32.768,2986,23.901
23,60,0,5,3,7,32.768,2308,18.4525
24,60,0,6,0,7,32.768,999,7.3905
25,60,0,6,1,7,32.768,4417,35.329
26,60,0,6,2,7,32.768,3406,27.256
27,60,0,6,3,7,32.768,2683,21.4735
28,60,0,7,0,7,32.768,0,0.0
29,60,0,7,1,7,32.768,4649,37.176500000000004
30,60,0,7,2,7,32.768,3516,28.116500000000002
31,60,0,7,3,7,32.768,3467,27.753
32,60,1,0,0,0,32.768,0,0.0
33,60,1,0,1,0,32.768,0,0.0
34,60,1,0,2,0,32.768,32915,33666.048
35,60,1,0,3,0,32.768,24509,25164.8
36,60,1,1,0,0,32.768,52994,54260.8
37,60,1,1,1,0,32.768,1,1.088
38,60,1,1,2,0,32.768,41402,42388.672
39,60,1,1,3,0,32.768,38101,39057.6
40,60,1,2,0,0,32.768,1,1.024
41,60,1,2,1,0,32.768,58216,59476.8
42,60,1,2,2,0,32.768,55316,56688.064
43,60,1,2,3,0,32.768,46633,47886.912000000004
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,71427,73318.528
46,60,1,3,2,0,32.768,61327,62673.344000000005
47,60,1,3,3,0,32.768,4,3.008
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,22519,23088.704
50,60,1,4,2,0,32.768,18828,19220.096
51,60,1,4,3,0,32.768,16587,16958.528000000002
52,60,1,5,0,0,32.768,38516,39553.6
53,60,1,5,1,0,32.768,31618,32358.336
54,60,1,5,2,0,32.768,28689,29303.424
55,60,1,5,3,0,32.768,24184,24766.656
56,60,1,6,0,0,32.768,45979,47037.568
57,60,1,6,1,0,32.768,0,0.0
58,60,1,6,2,0,32.768,33894,34754.048
59,60,1,6,3,0,32.768,28593,29177.472
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,47946,49098.176
62,60,1,7,2,0,32.768,40833,41899.648
63,60,1,7,3,0,32.768,35439,36227.584

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,1,0.016
1,50,0,0,1,6,32.768,5823,93.06400000000001
2,50,0,0,2,6,32.768,4465,71.522
3,50,0,0,3,6,32.768,0,0.0
4,50,0,1,0,6,32.768,8744,139.742
5,50,0,1,1,6,32.768,6867,109.974
6,50,0,1,2,6,32.768,0,0.0
7,50,0,1,3,6,32.768,0,0.0
8,50,0,2,0,6,32.768,4770,76.43
9,50,0,2,1,6,32.768,0,0.0
10,50,0,2,2,6,32.768,1,0.016
11,50,0,2,3,6,32.768,5212,83.298
12,50,0,3,0,6,32.768,9169,146.901
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,1,0.016
15,50,0,3,3,6,32.768,6232,99.61
16,50,0,4,0,7,32.768,1794,14.376
17,50,0,4,1,7,32.768,11,0.0575
18,50,0,4,2,7,32.768,1442,11.5345
19,50,0,4,3,7,32.768,1314,10.5085
20,50,0,5,0,7,32.768,2232,17.868000000000002
21,50,0,5,1,7,32.768,2070,16.5615
22,50,0,5,2,7,32.768,1759,14.069
23,50,0,5,3,7,32.768,1367,10.933
24,50,0,6,0,7,32.768,3,0.0175
25,50,0,6,1,7,32.768,2634,21.081500000000002
26,50,0,6,2,7,32.768,2008,16.0655
27,50,0,6,3,7,32.768,1575,12.595
28,50,0,7,0,7,32.768,0,0.0
29,50,0,7,1,7,32.768,2783,22.278
30,50,0,7,2,7,32.768,2095,16.7655
31,50,0,7,3,7,32.768,2123,16.9755
32,50,1,0,0,0,32.768,0,0.0
33,50,1,0,1,0,32.768,0,0.0
34,50,1,0,2,0,32.768,28165,28781.824
35,50,1,0,3,0,32.768,20871,21305.472
36,50,1,1,0,0,32.768,44860,46070.912000000004
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,35445,36236.928
39,50,1,1,3,0,32.768,32549,33361.536
40,50,1,2,0,0,32.768,1,1.024
41,50,1,2,1,0,32.768,49446,50742.784
42,50,1,2,2,0,32.768,47459,48691.712
43,50,1,2,3,0,32.768,40153,41000.512
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,61359,62777.728
46,50,1,3,2,0,32.768,52245,53613.12
47,50,1,3,3,0,32.768,0,0.0
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,18734,19221.184
50,50,1,4,2,0,32.768,15585,15939.776
51,50,1,4,3,0,32.768,13767,14064.704
52,50,1,5,0,0,32.768,32221,33033.344
53,50,1,5,1,0,32.768,26468,27171.136000000002
54,50,1,5,2,0,32.768,24003,24508.224000000002
55,50,1,5,3,0,32.768,20261,20683.392
56,50,1,6,0,0,32.768,38028,39053.952
57,50,1,6,1,0,32.768,0,0.0
58,50,1,6,2,0,32.768,28304,29064.512
59,50,1,6,3,0,32.768,23839,24329.856
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,40050,41106.688
62,50,1,7,2,0,32.768,34149,35039.424
63,50,1,7,3,0,32.768,29714,30370.24

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,1,0.016
1,40,0,0,1,6,32.768,3633,58.160000000000004
2,40,0,0,2,6,32.768,2822,45.19
3,40,0,0,3,6,32.768,0,0.0
4,40,0,1,0,6,32.768,5461,87.493
5,40,0,1,1,6,32.768,177,2.848
6,40,0,1,2,6,32.768,0,0.0
7,40,0,1,3,6,32.768,0,0.0
8,40,0,2,0,6,32.768,432,6.489
9,40,0,2,1,6,32.768,0,0.0
10,40,0,2,2,6,32.768,1,0.016
11,40,0,2,3,6,32.768,3272,52.304
12,40,0,3,0,6,32.768,5652,90.444
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,1,0.016
15,40,0,3,3,6,32.768,3936,62.84
16,40,0,4,0,7,32.768,1021,8.171
17,40,0,4,1,7,32.768,1,0.008
18,40,0,4,2,7,32.768,820,6.5565
19,40,0,4,3,7,32.768,754,6.035
20,40,0,5,0,7,32.768,1277,10.212
21,40,0,5,1,7,32.768,1165,9.321
22,40,0,5,2,7,32.768,990,7.9315
23,40,0,5,3,7,32.768,774,6.192
24,40,0,6,0,7,32.768,1,0.008
25,40,0,6,1,7,32.768,1508,12.0385
26,40,0,6,2,7,32.768,1134,9.0725
27,40,0,6,3,7,32.768,882,7.0595
28,40,0,7,0,7,32.768,0,0.0
29,40,0,7,1,7,32.768,1606,12.8535
30,40,0,7,2,7,32.768,1202,9.621
31,40,0,7,3,7,32.768,1227,9.799
32,40,1,0,0,0,32.768,0,0.0
33,40,1,0,1,0,32.768,0,0.0
34,40,1,0,2,0,32.768,23564,24184.192
35,40,1,0,3,0,32.768,17336,17714.88
36,40,1,1,0,0,32.768,37379,38310.912000000004
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,29719,30460.736
39,40,1,1,3,0,32.768,27454,28021.440000000002
40,40,1,2,0,0,32.768,1,1.024
41,40,1,2,1,0,32.768,41760,42644.352
42,40,1,2,2,0,32.768,39784,40632.768000000004
43,40,1,2,3,0,32.768,33761,34534.08
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,51782,52916.928
46,40,1,3,2,0,32.768,43963,45122.432
47,40,1,3,3,0,32.768,0,0.0
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,15351,15688.64
50,40,1,4,2,0,32.768,12664,12973.12
51,40,1,4,3,0,32.768,11143,11441.024
52,40,1,5,0,0,32.768,26471,27050.88
53,40,1,5,1,0,32.768,21767,22364.096
54,40,1,5,2,0,32.768,19626,20134.144
55,40,1,5,3,0,32.768,16510,16944.704
56,40,1,6,0,0,32.768,31159,31811.968
57,40,1,6,1,0,32.768,0,0.0
58,40,1,6,2,0,32.768,23371,23853.696
59,40,1,6,3,0,32.768,19404,19916.352
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,32945,33828.416
62,40,1,7,2,0,32.768,28061,28796.096
63,40,1,7,3,0,32.768,24454,25008.96

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1,0.016
1,30,0,0,1,6,32.768,2208,35.329
2,30,0,0,2,6,32.768,1740,27.743000000000002
3,30,0,0,3,6,32.768,0,0.0
4,30,0,1,0,6,32.768,3326,53.154
5,30,0,1,1,6,32.768,2,0.023
6,30,0,1,2,6,32.768,0,0.0
7,30,0,1,3,6,32.768,0,0.0
8,30,0,2,0,6,32.768,57,1.0010000000000001
9,30,0,2,1,6,32.768,0,0.0
10,30,0,2,2,6,32.768,1,0.016
11,30,0,2,3,6,32.768,1993,31.901
12,30,0,3,0,6,32.768,3378,53.985
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,1,0.016
15,30,0,3,3,6,32.768,2419,38.757
16,30,0,4,0,7,32.768,365,2.8885
17,30,0,4,1,7,32.768,1,0.008
18,30,0,4,2,7,32.768,452,3.6065
19,30,0,4,3,7,32.768,419,3.352
20,30,0,5,0,7,32.768,706,5.647
21,30,0,5,1,7,32.768,633,5.0665000000000004
22,30,0,5,2,7,32.768,559,4.4535
23,30,0,5,3,7,32.768,424,3.3885
24,30,0,6,0,7,32.768,1,0.008
25,30,0,6,1,7,32.768,830,6.643
26,30,0,6,2,7,32.768,621,4.969
27,30,0,6,3,7,32.768,477,3.815
28,30,0,7,0,7,32.768,0,0.0
29,30,0,7,1,7,32.768,897,7.181
30,30,0,7,2,7,32.768,669,5.3535
31,30,0,7,3,7,32.768,22,0.169
32,30,1,0,0,0,32.768,0,0.0
33,30,1,0,1,0,32.768,0,0.0
34,30,1,0,2,0,32.768,19494,19904.704
35,30,1,0,3,0,32.768,14158,14500.544
36,30,1,1,0,0,32.768,6,6.08
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,24713,25222.912
39,30,1,1,3,0,32.768,22626,23207.36
40,30,1,2,0,0,32.768,1,1.024
41,30,1,2,1,0,32.768,34480,35288.256
42,30,1,2,2,0,32.768,1,1.024
43,30,1,2,3,0,32.768,27882,28614.208000000002
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,43088,44005.44
46,30,1,3,2,0,32.768,36537,37400.96
47,30,1,3,3,0,32.768,0,0.0
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,12317,12592.576000000001
50,30,1,4,2,0,32.768,10154,10376.576000000001
51,30,1,4,3,0,32.768,8918,9155.776
52,30,1,5,0,0,32.768,21334,21771.264
53,30,1,5,1,0,32.768,16855,17409.920000000002
54,30,1,5,2,0,32.768,15918,16252.48
55,30,1,5,3,0,32.768,13339,13658.816
56,30,1,6,0,0,32.768,24950,25471.872
57,30,1,6,1,0,32.768,0,0.0
58,30,1,6,2,0,32.768,18797,19231.232
59,30,1,6,3,0,32.768,15669,16008.192000000001
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,26815,27396.48
62,30,1,7,2,0,32.768,22677,23270.784
63,30,1,7,3,0,32.768,19775,20254.272

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1,0.016
1,20,0,0,1,6,32.768,1294,20.669
2,20,0,0,2,6,32.768,1025,16.368000000000002
3,20,0,0,3,6,32.768,0,0.0
4,20,0,1,0,6,32.768,1,0.016
5,20,0,1,1,6,32.768,2,0.022
6,20,0,1,2,6,32.768,0,0.0
7,20,0,1,3,6,32.768,0,0.0
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,0,0.0
10,20,0,2,2,6,32.768,1,0.016
11,20,0,2,3,6,32.768,1060,17.474
12,20,0,3,0,6,32.768,1934,30.995
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1,0.016
15,20,0,3,3,6,32.768,1445,23.067
16,20,0,4,0,7,32.768,137,1.0295
17,20,0,4,1,7,32.768,1,0.008
18,20,0,4,2,7,32.768,238,1.895
19,20,0,4,3,7,32.768,225,1.7985
20,20,0,5,0,7,32.768,374,2.9935
21,20,0,5,1,7,32.768,330,2.64
22,20,0,5,2,7,32.768,352,2.8120000000000003
23,20,0,5,3,7,32.768,223,1.7770000000000001
24,20,0,6,0,7,32.768,1,0.008
25,20,0,6,1,7,32.768,397,3.342
26,20,0,6,2,7,32.768,326,2.613
27,20,0,6,3,7,32.768,247,1.975
28,20,0,7,0,7,32.768,0,0.0
29,20,0,7,1,7,32.768,482,3.852
30,20,0,7,2,7,32.768,360,2.8755
31,20,0,7,3,7,32.768,13,0.08650000000000001
32,20,1,0,0,0,32.768,0,0.0
33,20,1,0,1,0,32.768,0,0.0
34,20,1,0,2,0,32.768,69,63.424
35,20,1,0,3,0,32.768,11409,11655.232
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,20071,20505.088
39,20,1,1,3,0,32.768,18471,18881.024
40,20,1,2,0,0,32.768,1,1.024
41,20,1,2,1,0,32.768,28181,28817.728
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,22778,23331.2
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,35165,35987.456
46,20,1,3,2,0,32.768,29837,30465.984
47,20,1,3,3,0,32.768,0,0.0
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,9708,9916.608
50,20,1,4,2,0,32.768,7929,8141.696
51,20,1,4,3,0,32.768,7031,7185.536
52,20,1,5,0,0,32.768,16735,17161.984
53,20,1,5,1,0,32.768,1509,2305.6
54,20,1,5,2,0,32.768,12587,12891.264000000001
55,20,1,5,3,0,32.768,10511,10790.016
56,20,1,6,0,0,32.768,19520,19969.472
57,20,1,6,1,0,32.768,0,0.0
58,20,1,6,2,0,32.768,14930,15243.712
59,20,1,6,3,0,32.768,12350,12610.880000000001
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,21220,21770.88
62,20,1,7,2,0,32.768,17974,18451.712
63,20,1,7,3,0,32.768,15694,16111.936

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,1,0.016
1,120,0,0,1,6,32.768,76080,1216.98
2,120,0,0,2,6,32.768,56720,907.389
3,120,0,0,3,6,32.768,47157,754.116
4,120,0,1,0,6,32.768,114137,1825.19
5,120,0,1,1,6,32.768,86436,1382.226
6,120,0,1,2,6,32.768,0,0.0
7,120,0,1,3,6,32.768,62433,997.9110000000001
8,120,0,2,0,6,32.768,107182,1712.82
9,120,0,2,1,6,32.768,110483,1765.747
10,120,0,2,2,6,32.768,1,0.016
11,120,0,2,3,6,32.768,66031,1055.358
12,120,0,3,0,6,32.768,129587,2070.899
13,120,0,3,1,6,32.768,112664,1801.49
14,120,0,3,2,6,32.768,766,11.857000000000001
15,120,0,3,3,6,32.768,78463,1255.767
16,120,0,4,0,7,32.768,38650,309.31
17,120,0,4,1,7,32.768,39252,314.0205
18,120,0,4,2,7,32.768,31113,248.7595
19,120,0,4,3,7,32.768,27279,218.3105
20,120,0,5,0,7,32.768,48491,387.7845
21,120,0,5,1,7,32.768,48282,386.45550000000003
22,120,0,5,2,7,32.768,40347,322.6515
23,120,0,5,3,7,32.768,30463,243.62300000000002
24,120,0,6,0,7,32.768,67951,543.811
25,120,0,6,1,7,32.768,57392,459.3235
26,120,0,6,2,7,32.768,45689,365.31850000000003
27,120,0,6,3,7,32.768,36488,291.8945
28,120,0,7,0,7,32.768,0,0.0
29,120,0,7,1,7,32.768,58592,468.6445
30,120,0,7,2,7,32.768,45883,366.9065
31,120,0,7,3,7,32.768,40150,321.276
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,75111,76822.592
34,120,1,0,2,0,32.768,67001,68772.672
35,120,1,0,3,0,32.768,52750,54136.896
36,120,1,1,0,0,32.768,112790,115451.456
37,120,1,1,1,0,32.768,104335,106617.984
38,120,1,1,2,0,32.768,84687,86595.456
39,120,1,1,3,0,32.768,78417,80511.104
40,120,1,2,0,0,32.768,1,1.024
41,120,1,2,1,0,32.768,120693,123358.016
42,120,1,2,2,0,32.768,111059,113658.176
43,120,1,2,3,0,32.768,95623,97826.496
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,145091,148647.36000000002
46,120,1,3,2,0,32.768,125190,128522.304
47,120,1,3,3,0,32.768,115571,118454.144
48,120,1,4,0,0,32.768,1,1.024
49,120,1,4,1,0,32.768,52277,53346.944
50,120,1,4,2,0,32.768,44227,45405.632
51,120,1,4,3,0,32.768,39174,40031.168
52,120,1,5,0,0,32.768,88004,90116.8
53,120,1,5,1,0,32.768,12,9.344
54,120,1,5,2,0,32.768,64668,66024.0
55,120,1,5,3,0,32.768,55231,56420.224
56,120,1,6,0,0,32.768,106557,109371.648
57,120,1,6,1,0,32.768,94827,97395.264
58,120,1,6,2,0,32.768,76516,78432.832
59,120,1,6,3,0,32.768,65090,66670.464
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,5,3.904
62,120,1,7,2,0,32.768,91553,94017.408
63,120,1,7,3,0,32.768,79094,80804.032

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,1,0.016
1,110,0,0,1,6,32.768,55890,893.748
2,110,0,0,2,6,32.768,41682,666.773
3,110,0,0,3,6,32.768,34825,557.385
4,110,0,1,0,6,32.768,83855,1341.8980000000001
5,110,0,1,1,6,32.768,63503,1016.4060000000001
6,110,0,1,2,6,32.768,0,0.0
7,110,0,1,3,6,32.768,45994,736.565
8,110,0,2,0,6,32.768,77598,1242.8600000000001
9,110,0,2,1,6,32.768,81578,1306.954
10,110,0,2,2,6,32.768,1,0.016
11,110,0,2,3,6,32.768,48641,779.36
12,110,0,3,0,6,32.768,94395,1512.3990000000001
13,110,0,3,1,6,32.768,83968,1345.375
14,110,0,3,2,6,32.768,192,2.826
15,110,0,3,3,6,32.768,57887,927.361
16,110,0,4,0,7,32.768,26796,214.2675
17,110,0,4,1,7,32.768,27442,219.4725
18,110,0,4,2,7,32.768,21602,172.873
19,110,0,4,3,7,32.768,19013,152.166
20,110,0,5,0,7,32.768,33567,268.44350000000003
21,110,0,5,1,7,32.768,33191,265.464
22,110,0,5,2,7,32.768,27863,222.937
23,110,0,5,3,7,32.768,21080,168.5505
24,110,0,6,0,7,32.768,47530,380.4595
25,110,0,6,1,7,32.768,39702,317.45
26,110,0,6,2,7,32.768,31538,252.3405
27,110,0,6,3,7,32.768,25170,201.4365
28,110,0,7,0,7,32.768,0,0.0
29,110,0,7,1,7,32.768,40749,326.0045
30,110,0,7,2,7,32.768,31730,253.76000000000002
31,110,0,7,3,7,32.768,28256,226.068
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,2550,2441.664
34,110,1,0,2,0,32.768,60937,62450.688
35,110,1,0,3,0,32.768,47538,48789.632
36,110,1,1,0,0,32.768,101824,104212.224
37,110,1,1,1,0,32.768,94367,96681.216
38,110,1,1,2,0,32.768,76549,78610.11200000001
39,110,1,1,3,0,32.768,71079,72964.736
40,110,1,2,0,0,32.768,1,1.024
41,110,1,2,1,0,32.768,109203,111736.384
42,110,1,2,2,0,32.768,101026,103492.60800000001
43,110,1,2,3,0,32.768,86731,88830.016
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,132064,135059.008
46,110,1,3,2,0,32.768,114144,116754.816
47,110,1,3,3,0,32.768,105649,108323.392
48,110,1,4,0,0,32.768,1,1.024
49,110,1,4,1,0,32.768,46652,47615.296
50,110,1,4,2,0,32.768,39564,40427.456
51,110,1,4,3,0,32.768,34814,35661.184
52,110,1,5,0,0,32.768,78494,80608.832
53,110,1,5,1,0,32.768,11748,11674.304
54,110,1,5,2,0,32.768,57937,59209.6
55,110,1,5,3,0,32.768,49358,50484.928
56,110,1,6,0,0,32.768,95528,97649.024
57,110,1,6,1,0,32.768,85433,87514.688
58,110,1,6,2,0,32.768,68423,70253.632
59,110,1,6,3,0,32.768,58101,59648.704
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,88135,78618.88
62,110,1,7,2,0,32.768,82601,84371.008
63,110,1,7,3,0,32.768,70985,72554.88

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,1,0.016
1,10,0,0,1,6,32.768,741,11.872
2,10,0,0,2,6,32.768,596,9.482
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,0,0.0
5,10,0,1,1,6,32.768,2,0.026000000000000002
6,10,0,1,2,6,32.768,0,0.0
7,10,0,1,3,6,32.768,0,0.0
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,0,0.0
10,10,0,2,2,6,32.768,1,0.016
11,10,0,2,3,6,32.768,12,0.094
12,10,0,3,0,6,32.768,1080,17.284
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,1,0.016
15,10,0,3,3,6,32.768,833,13.348
16,10,0,4,0,7,32.768,20,0.168
17,10,0,4,1,7,32.768,1,0.008
18,10,0,4,2,7,32.768,121,0.965
19,10,0,4,3,7,32.768,124,0.9715
20,10,0,5,0,7,32.768,192,1.539
21,10,0,5,1,7,32.768,166,1.3285
22,10,0,5,2,7,32.768,260,2.094
23,10,0,5,3,7,32.768,112,0.8975
24,10,0,6,0,7,32.768,1,0.008
25,10,0,6,1,7,32.768,2,0.0085
26,10,0,6,2,7,32.768,166,1.328
27,10,0,6,3,7,32.768,123,0.987
28,10,0,7,0,7,32.768,0,0.0
29,10,0,7,1,7,32.768,249,1.992
30,10,0,7,2,7,32.768,187,1.4975
31,10,0,7,3,7,32.768,1,0.008
32,10,1,0,0,0,32.768,0,0.0
33,10,1,0,1,0,32.768,0,0.0
34,10,1,0,2,0,32.768,20,18.112000000000002
35,10,1,0,3,0,32.768,9012,9202.368
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,15937,16340.736
39,10,1,1,3,0,32.768,14724,15031.104000000001
40,10,1,2,0,0,32.768,1,1.024
41,10,1,2,1,0,32.768,22540,23047.04
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,18168,18559.424
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,28084,28727.936
46,10,1,3,2,0,32.768,23719,24291.072
47,10,1,3,3,0,32.768,0,0.0
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,7437,7600.0
50,10,1,4,2,0,32.768,6083,6212.032
51,10,1,4,3,0,32.768,5340,5480.192
52,10,1,5,0,0,32.768,12817,13112.064
53,10,1,5,1,0,32.768,4,0.64
54,10,1,5,2,0,32.768,9690,9915.072
55,10,1,5,3,0,32.768,8061,8271.744
56,10,1,6,0,0,32.768,14842,15158.08
57,10,1,6,1,0,32.768,0,0.0
58,10,1,6,2,0,32.768,11456,11694.208
59,10,1,6,3,0,32.768,9395,9607.616
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,16307,16728.512
62,10,1,7,2,0,32.768,13825,14129.408
63,10,1,7,3,0,32.768,12077,12400.448

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,1,0.016
1,100,0,0,1,6,32.768,40681,650.879
2,100,0,0,2,6,32.768,30344,485.969
3,100,0,0,3,6,32.768,25569,408.632
4,100,0,1,0,6,32.768,61140,977.229
5,100,0,1,1,6,32.768,46325,741.748
6,100,0,1,2,6,32.768,0,0.0
7,100,0,1,3,6,32.768,33677,538.982
8,100,0,2,0,6,32.768,55766,893.302
9,100,0,2,1,6,32.768,59883,957.6750000000001
10,100,0,2,2,6,32.768,1,0.016
11,100,0,2,3,6,32.768,35606,569.515
12,100,0,3,0,6,32.768,68359,1092.3310000000001
13,100,0,3,1,6,32.768,61602,985.9200000000001
14,100,0,3,2,6,32.768,1,0.016
15,100,0,3,3,6,32.768,42360,677.919
16,100,0,4,0,7,32.768,18342,146.681
17,100,0,4,1,7,32.768,18957,151.684
18,100,0,4,2,7,32.768,14820,118.6185
19,100,0,4,3,7,32.768,13097,104.7525
20,100,0,5,0,7,32.768,22956,183.555
21,100,0,5,1,7,32.768,22455,179.732
22,100,0,5,2,7,32.768,18976,151.806
23,100,0,5,3,7,32.768,14382,114.99900000000001
24,100,0,6,0,7,32.768,32883,262.9345
25,100,0,6,1,7,32.768,27103,216.9035
26,100,0,6,2,7,32.768,21471,171.84300000000002
27,100,0,6,3,7,32.768,17139,137.068
28,100,0,7,0,7,32.768,0,0.0
29,100,0,7,1,7,32.768,27985,223.9005
30,100,0,7,2,7,32.768,21638,173.1925
31,100,0,7,3,7,32.768,19648,157.14000000000001
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,0,0.0
34,100,1,0,2,0,32.768,55081,56394.304000000004
35,100,1,0,3,0,32.768,42756,43723.904
36,100,1,1,0,0,32.768,91416,93545.92
37,100,1,1,1,0,32.768,85011,87032.32
38,100,1,1,2,0,32.768,69130,70985.024
39,100,1,1,3,0,32.768,64282,65772.096
40,100,1,2,0,0,32.768,1,1.024
41,100,1,2,1,0,32.768,98581,100633.664
42,100,1,2,2,0,32.768,91302,93683.2
43,100,1,2,3,0,32.768,78185,80186.944
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,119409,122153.6
46,100,1,3,2,0,32.768,103125,105407.872
47,100,1,3,3,0,32.768,96316,98505.728
48,100,1,4,0,0,32.768,1,1.024
49,100,1,4,1,0,32.768,41195,42260.864
50,100,1,4,2,0,32.768,34903,35720.192
51,100,1,4,3,0,32.768,30836,31506.688000000002
52,100,1,5,0,0,32.768,69745,71637.056
53,100,1,5,1,0,32.768,48749,50233.984000000004
54,100,1,5,2,0,32.768,51417,52671.68
55,100,1,5,3,0,32.768,43765,44833.152
56,100,1,6,0,0,32.768,84733,86518.272
57,100,1,6,1,0,32.768,76146,78037.504
58,100,1,6,2,0,32.768,61212,62517.12
59,100,1,6,3,0,32.768,51872,53026.432
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,84656,86514.304
62,100,1,7,2,0,32.768,73461,75128.704
63,100,1,7,3,0,32.768,63285,64617.344000000005

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,1,0.016
1,0,0,0,1,6,32.768,424,6.791
2,0,0,0,2,6,32.768,344,5.455
3,0,0,0,3,6,32.768,0,0.0
4,0,0,1,0,6,32.768,0,0.0
5,0,0,1,1,6,32.768,2,0.03
6,0,0,1,2,6,32.768,0,0.0
7,0,0,1,3,6,32.768,0,0.0
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,0,0.0
10,0,0,2,2,6,32.768,1,0.016
11,0,0,2,3,6,32.768,2,0.025
12,0,0,3,0,6,32.768,591,9.472
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,1,0.016
15,0,0,3,3,6,32.768,474,7.582
16,0,0,4,0,7,32.768,88,0.6475
17,0,0,4,1,7,32.768,1,0.0085
18,0,0,4,2,7,32.768,63,0.502
19,0,0,4,3,7,32.768,78,0.583
20,0,0,5,0,7,32.768,97,0.7765
21,0,0,5,1,7,32.768,83,0.654
22,0,0,5,2,7,32.768,17,0.115
23,0,0,5,3,7,32.768,56,0.446
24,0,0,6,0,7,32.768,1,0.008
25,0,0,6,1,7,32.768,1,0.008
26,0,0,6,2,7,32.768,81,0.6525
27,0,0,6,3,7,32.768,59,0.47700000000000004
28,0,0,7,0,7,32.768,0,0.0
29,0,0,7,1,7,32.768,126,0.9995
30,0,0,7,2,7,32.768,101,0.811
31,0,0,7,3,7,32.768,1,0.008
32,0,1,0,0,0,32.768,0,0.0
33,0,1,0,1,0,32.768,0,0.0
34,0,1,0,2,0,32.768,3,3.648
35,0,1,0,3,0,32.768,6983,7149.12
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,12514,12821.632
39,0,1,1,3,0,32.768,11598,11835.968
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,17771,18251.712
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,4410,5150.400000000001
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,17949,18227.136
46,0,1,3,2,0,32.768,18834,19198.016
47,0,1,3,3,0,32.768,0,0.0
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,5680,5809.6
50,0,1,4,2,0,32.768,4619,4718.912
51,0,1,4,3,0,32.768,4060,4166.336
52,0,1,5,0,0,32.768,9758,9981.824
53,0,1,5,1,0,32.768,0,0.0
54,0,1,5,2,0,32.768,7437,7613.76
55,0,1,5,3,0,32.768,6165,6331.584
56,0,1,6,0,0,32.768,11233,11473.216
57,0,1,6,1,0,32.768,0,0.0
58,0,1,6,2,0,32.768,8738,8978.752
59,0,1,6,3,0,32.768,7169,7340.8
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,12603,12864.768
62,0,1,7,2,0,32.768,10588,10869.504
63,0,1,7,3,0,32.768,9333,9578.368

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,1,0.016
1,-40,0,0,1,6,32.768,26,0.443
2,-40,0,0,2,6,32.768,22,0.382
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,0,0.0
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,0,0.0
7,-40,0,1,3,6,32.768,0,0.0
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,1,0.015
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,29,0.434
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,0,0.0
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,1,0.0175
18,-40,0,4,2,7,32.768,10,0.147
19,-40,0,4,3,7,32.768,39,0.3015
20,-40,0,5,0,7,32.768,21,0.17450000000000002
21,-40,0,5,1,7,32.768,6,0.09
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,5,0.0655
24,-40,0,6,0,7,32.768,1,0.008
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,4,0.0405
27,-40,0,6,3,7,32.768,3,0.0185
28,-40,0,7,0,7,32.768,0,0.0
29,-40,0,7,1,7,32.768,4,0.033
30,-40,0,7,2,7,32.768,2,0.01
31,-40,0,7,3,7,32.768,1,0.008
32,-40,1,0,0,0,32.768,0,0.0
33,-40,1,0,1,0,32.768,0,0.0
34,-40,1,0,2,0,32.768,0,0.0
35,-40,1,0,3,0,32.768,1855,1898.944
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,3433,3523.328
39,-40,1,1,3,0,32.768,3255,3334.656
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,0,0.0
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,6273,6438.912
46,-40,1,3,2,0,32.768,1,1.536
47,-40,1,3,3,0,32.768,0,0.0
48,-40,1,4,0,0,32.768,1,1.024
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,1061,1090.048
51,-40,1,4,3,0,32.768,954,973.568
52,-40,1,5,0,0,32.768,2225,2284.352
53,-40,1,5,1,0,32.768,420,512.7040000000001
54,-40,1,5,2,0,32.768,1766,1808.704
55,-40,1,5,3,0,32.768,1454,1494.976
56,-40,1,6,0,0,32.768,2467,2529.408
57,-40,1,6,1,0,32.768,0,0.0
58,-40,1,6,2,0,32.768,0,0.0
59,-40,1,6,3,0,32.768,1651,1686.528
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,3020,3088.0
62,-40,1,7,2,0,32.768,2542,2606.656
63,-40,1,7,3,0,32.768,2297,2345.664

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.016
1,-30,0,0,1,6,32.768,52,0.86
2,-30,0,0,2,6,32.768,69,1.117
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,0,0.0
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,0,0.0
7,-30,0,1,3,6,32.768,0,0.0
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,1,0.016
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,63,1.012
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,0,0.0
16,-30,0,4,0,7,32.768,12,0.0825
17,-30,0,4,1,7,32.768,2,0.0135
18,-30,0,4,2,7,32.768,23,0.177
19,-30,0,4,3,7,32.768,19,0.306
20,-30,0,5,0,7,32.768,23,0.245
21,-30,0,5,1,7,32.768,16,0.108
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,20,0.0845
24,-30,0,6,0,7,32.768,1,0.008
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,6,0.08750000000000001
27,-30,0,6,3,7,32.768,5,0.0415
28,-30,0,7,0,7,32.768,0,0.0
29,-30,0,7,1,7,32.768,12,0.0835
30,-30,0,7,2,7,32.768,2,0.0135
31,-30,0,7,3,7,32.768,1,0.008
32,-30,1,0,0,0,32.768,0,0.0
33,-30,1,0,1,0,32.768,0,0.0
34,-30,1,0,2,0,32.768,0,0.0
35,-30,1,0,3,0,32.768,2701,2766.784
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,4982,5086.592000000001
39,-30,1,1,3,0,32.768,4665,4778.752
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,0,0.0
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,9053,9148.928
46,-30,1,3,2,0,32.768,6,9.088000000000001
47,-30,1,3,3,0,32.768,0,0.0
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,120,53.248000000000005
50,-30,1,4,2,0,32.768,1610,1648.32
51,-30,1,4,3,0,32.768,1426,1463.1680000000001
52,-30,1,5,0,0,32.768,3408,3481.28
53,-30,1,5,1,0,32.768,0,0.0
54,-30,1,5,2,0,32.768,2661,2721.408
55,-30,1,5,3,0,32.768,2193,2250.112
56,-30,1,6,0,0,32.768,3822,3920.192
57,-30,1,6,1,0,32.768,0,0.0
58,-30,1,6,2,0,32.768,0,0.0
59,-30,1,6,3,0,32.768,2505,2565.376
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,4533,4637.4400000000005
62,-30,1,7,2,0,32.768,3809,3909.568
63,-30,1,7,3,0,32.768,3422,3503.04

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.016
1,-20,0,0,1,6,32.768,110,1.7710000000000001
2,-20,0,0,2,6,32.768,92,1.585
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,0,0.0
5,-20,0,1,1,6,32.768,21,0.244
6,-20,0,1,2,6,32.768,0,0.0
7,-20,0,1,3,6,32.768,0,0.0
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,1,0.016
11,-20,0,2,3,6,32.768,270,4.045
12,-20,0,3,0,6,32.768,143,2.2560000000000002
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,1,0.016
15,-20,0,3,3,6,32.768,342,3.613
16,-20,0,4,0,7,32.768,18,0.145
17,-20,0,4,1,7,32.768,2,0.014
18,-20,0,4,2,7,32.768,28,0.20750000000000002
19,-20,0,4,3,7,32.768,44,0.34900000000000003
20,-20,0,5,0,7,32.768,29,0.2735
21,-20,0,5,1,7,32.768,18,0.148
22,-20,0,5,2,7,32.768,1,0.0105
23,-20,0,5,3,7,32.768,20,0.127
24,-20,0,6,0,7,32.768,1,0.008
25,-20,0,6,1,7,32.768,1,0.008
26,-20,0,6,2,7,32.768,23,0.1585
27,-20,0,6,3,7,32.768,12,0.097
28,-20,0,7,0,7,32.768,0,0.0
29,-20,0,7,1,7,32.768,25,0.20350000000000001
30,-20,0,7,2,7,32.768,3,0.0275
31,-20,0,7,3,7,32.768,1,0.008
32,-20,1,0,0,0,32.768,0,0.0
33,-20,1,0,1,0,32.768,0,0.0
34,-20,1,0,2,0,32.768,0,0.0
35,-20,1,0,3,0,32.768,3807,3908.16
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,6957,7137.28
39,-20,1,1,3,0,32.768,6515,6651.904
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,6,7.36
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,1,1.024
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,53,71.552
46,-20,1,3,2,0,32.768,10386,10637.248
47,-20,1,3,3,0,32.768,0,0.0
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,2,2.56
50,-20,1,4,2,0,32.768,2360,2414.4
51,-20,1,4,3,0,32.768,2084,2140.608
52,-20,1,5,0,0,32.768,4977,5108.544
53,-20,1,5,1,0,32.768,0,0.0
54,-20,1,5,2,0,32.768,3858,3961.088
55,-20,1,5,3,0,32.768,3205,3279.4880000000003
56,-20,1,6,0,0,32.768,5660,5805.6320000000005
57,-20,1,6,1,0,32.768,0,0.0
58,-20,1,6,2,0,32.768,0,0.0
59,-20,1,6,3,0,32.768,3671,3761.472
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,6559,6726.848
62,-20,1,7,2,0,32.768,5548,5673.152
63,-20,1,7,3,0,32.768,4951,5061.568

tapeouts/mpw-1/testsetup/MeasResults/ChipNo24/Meas_ChipNo24_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.016
1,-10,0,0,1,6,32.768,220,3.54
2,-10,0,0,2,6,32.768,182,2.915
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,0,0.0
5,-10,0,1,1,6,32.768,1,0.025
6,-10,0,1,2,6,32.768,0,0.0
7,-10,0,1,3,6,32.768,0,0.0
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,1,0.016
11,-10,0,2,3,6,32.768,1,0.03
12,-10,0,3,0,6,32.768,297,4.731
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,1,0.016
15,-10,0,3,3,6,32.768,247,3.974
16,-10,0,4,0,7,32.768,42,0.32
17,-10,0,4,1,7,32.768,1,0.011
18,-10,0,4,2,7,32.768,41,0.2765
19,-10,0,4,3,7,32.768,56,0.458
20,-10,0,5,0,7,32.768,46,0.3695
21,-10,0,5,1,7,32.768,36,0.2945
22,-10,0,5,2,7,32.768,1,0.01
23,-10,0,5,3,7,32.768,26,0.2115
24,-10,0,6,0,7,32.768,1,0.008
25,-10,0,6,1,7,32.768,1,0.008
26,-10,0,6,2,7,32.768,36,0.301
27,-10,0,6,3,7,32.768,26,0.2125
28,-10,0,7,0,7,32.768,0,0.0
29,-10,0,7,1,7,32.768,57,0.46
30,-10,0,7,2,7,32.768,35,0.2265
31,-10,0,7,3,7,32.768,1,0.008
32,-10,1,0,0,0,32.768,0,0.0
33,-10,1,0,1,0,32.768,0,0.0
34,-10,1,0,2,0,32.768,7785,7960.768
35,-10,1,0,3,0,32.768,5226,5356.736
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,9497,9704.128
39,-10,1,1,3,0,32.768,8806,8994.304
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,8906,9114.880000000001
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,1,1.024
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,323,374.016
46,-10,1,3,2,0,32.768,14310,14610.048
47,-10,1,3,3,0,32.768,0,0.0
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,279,254.976
50,-10,1,4,2,0,32.768,3340,3424.192
51,-10,1,4,3,0,32.768,2955,3025.6
52,-10,1,5,0,0,32.768,7085,7241.344
53,-10,1,5,1,0,32.768,0,0.064
54,-10,1,5,2,0,32.768,5430,5568.896
55,-10,1,5,3,0,32.768,4501,4620.4800000000005
56,-10,1,6,0,0,32.768,8073,8275.776
57,-10,1,6,1,0,32.768,0,0.0
58,-10,1,6,2,0,32.768,0,0.192
59,-10,1,6,3,0,32.768,5192,5330.688
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,9233,9424.512
62,-10,1,7,2,0,32.768,7803,7964.8640000000005
63,-10,1,7,3,0,32.768,6871,7053.12

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,29931,479.882
1,90,0,0,1,6,32.768,0,0.0
2,90,0,0,2,6,32.768,17378,277.772
3,90,0,0,3,6,32.768,20839,333.894
4,90,0,1,0,6,32.768,31905,509.88
5,90,0,1,1,6,32.768,25534,409.132
6,90,0,1,2,6,32.768,22972,367.359
7,90,0,1,3,6,32.768,20700,331.04900000000004
8,90,0,2,0,6,32.768,30107,481.182
9,90,0,2,1,6,32.768,247,3.721
10,90,0,2,2,6,32.768,32106,514.1510000000001
11,90,0,2,3,6,32.768,23416,374.507
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,0,0.0
14,90,0,3,2,6,32.768,32090,513.908
15,90,0,3,3,6,32.768,25680,410.865
16,90,0,4,0,7,32.768,10828,86.6335
17,90,0,4,1,7,32.768,12659,101.2395
18,90,0,4,2,7,32.768,10027,80.156
19,90,0,4,3,7,32.768,7536,60.312000000000005
20,90,0,5,0,7,32.768,16154,129.276
21,90,0,5,1,7,32.768,14260,114.0855
22,90,0,5,2,7,32.768,11291,90.2245
23,90,0,5,3,7,32.768,9602,76.7995
24,90,0,6,0,7,32.768,20765,166.168
25,90,0,6,1,7,32.768,16277,130.279
26,90,0,6,2,7,32.768,13573,108.62
27,90,0,6,3,7,32.768,12662,101.2675
28,90,0,7,0,7,32.768,20899,167.101
29,90,0,7,1,7,32.768,19059,152.4635
30,90,0,7,2,7,32.768,14950,119.658
31,90,0,7,3,7,32.768,14096,112.776
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,1,1.024
34,90,1,0,2,0,32.768,38539,39486.08
35,90,1,0,3,0,32.768,38061,38868.992
36,90,1,1,0,0,32.768,74174,75734.784
37,90,1,1,1,0,32.768,72863,74567.232
38,90,1,1,2,0,32.768,52649,53951.936
39,90,1,1,3,0,32.768,54060,55211.648
40,90,1,2,0,0,32.768,95061,97181.568
41,90,1,2,1,0,32.768,82442,84172.8
42,90,1,2,2,0,32.768,1,1.024
43,90,1,2,3,0,32.768,62670,64200.384
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,103387,105679.36
46,90,1,3,2,0,32.768,84963,86962.11200000001
47,90,1,3,3,0,32.768,75744,77708.16
48,90,1,4,0,0,32.768,40165,41227.136
49,90,1,4,1,0,32.768,31693,32399.424
50,90,1,4,2,0,32.768,27243,27980.288
51,90,1,4,3,0,32.768,23933,24448.448
52,90,1,5,0,0,32.768,19628,19398.528000000002
53,90,1,5,1,0,32.768,51415,52788.16
54,90,1,5,2,0,32.768,43528,44678.4
55,90,1,5,3,0,32.768,35324,36053.632
56,90,1,6,0,0,32.768,1,1.024
57,90,1,6,1,0,32.768,56680,57882.368
58,90,1,6,2,0,32.768,52613,54039.424
59,90,1,6,3,0,32.768,44412,45499.584
60,90,1,7,0,0,32.768,85396,87694.464
61,90,1,7,1,0,32.768,36332,39485.888
62,90,1,7,2,0,32.768,57350,58843.136
63,90,1,7,3,0,32.768,50493,51658.496

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,20731,332.432
1,80,0,0,1,6,32.768,0,0.0
2,80,0,0,2,6,32.768,12004,191.918
3,80,0,0,3,6,32.768,14626,234.317
4,80,0,1,0,6,32.768,22080,353.073
5,80,0,1,1,6,32.768,17679,282.563
6,80,0,1,2,6,32.768,15976,255.868
7,80,0,1,3,6,32.768,14455,231.05700000000002
8,80,0,2,0,6,32.768,20649,330.144
9,80,0,2,1,6,32.768,0,0.0
10,80,0,2,2,6,32.768,22527,359.777
11,80,0,2,3,6,32.768,16212,259.677
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,22391,358.695
15,80,0,3,3,6,32.768,17798,284.60200000000003
16,80,0,4,0,7,32.768,6964,55.742000000000004
17,80,0,4,1,7,32.768,8204,65.654
18,80,0,4,2,7,32.768,6558,52.441
19,80,0,4,3,7,32.768,4883,39.044000000000004
20,80,0,5,0,7,32.768,10563,84.512
21,80,0,5,1,7,32.768,9448,75.605
22,80,0,5,2,7,32.768,818,6.5635
23,80,0,5,3,7,32.768,6313,50.4825
24,80,0,6,0,7,32.768,13468,107.7095
25,80,0,6,1,7,32.768,10645,85.1615
26,80,0,6,2,7,32.768,8945,71.59
27,80,0,6,3,7,32.768,8268,66.143
28,80,0,7,0,7,32.768,13683,109.419
29,80,0,7,1,7,32.768,12473,99.78150000000001
30,80,0,7,2,7,32.768,9771,78.2035
31,80,0,7,3,7,32.768,9334,74.6225
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,1,1.024
34,80,1,0,2,0,32.768,33709,34592.32
35,80,1,0,3,0,32.768,33631,34356.608
36,80,1,1,0,0,32.768,64519,66188.864
37,80,1,1,1,0,32.768,64123,65676.736
38,80,1,1,2,0,32.768,46238,47411.328
39,80,1,1,3,0,32.768,47843,48846.08
40,80,1,2,0,0,32.768,83012,85247.424
41,80,1,2,1,0,32.768,72463,73985.472
42,80,1,2,2,0,32.768,1,1.024
43,80,1,2,3,0,32.768,55076,56296.192
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,2592,1903.3600000000001
46,80,1,3,2,0,32.768,74723,76758.72
47,80,1,3,3,0,32.768,67302,68745.408
48,80,1,4,0,0,32.768,34706,35531.648
49,80,1,4,1,0,32.768,27077,27801.088
50,80,1,4,2,0,32.768,23558,24075.2
51,80,1,4,3,0,32.768,20548,21054.464
52,80,1,5,0,0,32.768,1,1.024
53,80,1,5,1,0,32.768,45160,46150.976
54,80,1,5,2,0,32.768,38047,38939.200000000004
55,80,1,5,3,0,32.768,30353,31129.792
56,80,1,6,0,0,32.768,1,1.024
57,80,1,6,1,0,32.768,48477,49748.032
58,80,1,6,2,0,32.768,46042,47195.776
59,80,1,6,3,0,32.768,38453,39484.608
60,80,1,7,0,0,32.768,74702,76303.424
61,80,1,7,1,0,32.768,62599,64030.08
62,80,1,7,2,0,32.768,49696,51036.672
63,80,1,7,3,0,32.768,43701,44779.072

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,14070,225.24200000000002
1,70,0,0,1,6,32.768,0,0.0
2,70,0,0,2,6,32.768,8104,129.71
3,70,0,0,3,6,32.768,10084,161.144
4,70,0,1,0,6,32.768,15009,239.918
5,70,0,1,1,6,32.768,11940,190.977
6,70,0,1,2,6,32.768,10917,174.49
7,70,0,1,3,6,32.768,9844,157.717
8,70,0,2,0,6,32.768,13869,221.633
9,70,0,2,1,6,32.768,0,0.0
10,70,0,2,2,6,32.768,15428,246.857
11,70,0,2,3,6,32.768,11026,176.21
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,15313,245.272
15,70,0,3,3,6,32.768,12061,192.886
16,70,0,4,0,7,32.768,4366,34.914500000000004
17,70,0,4,1,7,32.768,5185,41.503
18,70,0,4,2,7,32.768,4183,33.465
19,70,0,4,3,7,32.768,3080,24.635
20,70,0,5,0,7,32.768,6754,54.0025
21,70,0,5,1,7,32.768,6096,48.755
22,70,0,5,2,7,32.768,0,0.0025
23,70,0,5,3,7,32.768,4051,32.3945
24,70,0,6,0,7,32.768,8545,68.3205
25,70,0,6,1,7,32.768,6791,54.356
26,70,0,6,2,7,32.768,5741,45.932
27,70,0,6,3,7,32.768,5263,42.0875
28,70,0,7,0,7,32.768,8729,69.8015
29,70,0,7,1,7,32.768,7959,63.655
30,70,0,7,2,7,32.768,6227,49.8225
31,70,0,7,3,7,32.768,6013,48.1345
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,1,1.024
34,70,1,0,2,0,32.768,29236,29935.104
35,70,1,0,3,0,32.768,29456,30089.600000000002
36,70,1,1,0,0,32.768,55904,57277.632
37,70,1,1,1,0,32.768,54866,56007.936
38,70,1,1,2,0,32.768,40223,41232.448000000004
39,70,1,1,3,0,32.768,41659,42722.496
40,70,1,2,0,0,32.768,72333,73956.032
41,70,1,2,1,0,32.768,62833,64254.848
42,70,1,2,2,0,32.768,1,1.024
43,70,1,2,3,0,32.768,47663,48853.504
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,1,1.408
46,70,1,3,2,0,32.768,65247,66981.312
47,70,1,3,3,0,32.768,58672,60244.672
48,70,1,4,0,0,32.768,29562,30205.888
49,70,1,4,1,0,32.768,23046,23592.576
50,70,1,4,2,0,32.768,19988,20496.0
51,70,1,4,3,0,32.768,17541,17908.032
52,70,1,5,0,0,32.768,1,1.024
53,70,1,5,1,0,32.768,38743,39687.488
54,70,1,5,2,0,32.768,32632,33402.752
55,70,1,5,3,0,32.768,25909,26537.856
56,70,1,6,0,0,32.768,1,1.024
57,70,1,6,1,0,32.768,41370,42218.24
58,70,1,6,2,0,32.768,39694,40658.752
59,70,1,6,3,0,32.768,33038,33841.6
60,70,1,7,0,0,32.768,63876,65530.368
61,70,1,7,1,0,32.768,53720,55020.224
62,70,1,7,2,0,32.768,42834,43720.512
63,70,1,7,3,0,32.768,37439,38314.752

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,9253,148.17600000000002
1,60,0,0,1,6,32.768,0,0.0
2,60,0,0,2,6,32.768,5321,85.08800000000001
3,60,0,0,3,6,32.768,6726,107.681
4,60,0,1,0,6,32.768,9908,158.387
5,60,0,1,1,6,32.768,7827,125.385
6,60,0,1,2,6,32.768,7219,115.614
7,60,0,1,3,6,32.768,6535,104.652
8,60,0,2,0,6,32.768,9063,144.949
9,60,0,2,1,6,32.768,0,0.0
10,60,0,2,2,6,32.768,10280,164.317
11,60,0,2,3,6,32.768,7254,116.07000000000001
12,60,0,3,0,6,32.768,0,0.002
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,10211,163.30700000000002
15,60,0,3,3,6,32.768,7946,126.986
16,60,0,4,0,7,32.768,2637,21.107
17,60,0,4,1,7,32.768,3167,25.343
18,60,0,4,2,7,32.768,2586,20.68
19,60,0,4,3,7,32.768,1876,15.019
20,60,0,5,0,7,32.768,4176,33.4265
21,60,0,5,1,7,32.768,34,0.3205
22,60,0,5,2,7,32.768,1,0.001
23,60,0,5,3,7,32.768,2522,20.17
24,60,0,6,0,7,32.768,4932,39.528
25,60,0,6,1,7,32.768,4211,33.692
26,60,0,6,2,7,32.768,3563,28.489
27,60,0,6,3,7,32.768,3244,25.9385
28,60,0,7,0,7,32.768,5406,43.2395
29,60,0,7,1,7,32.768,4916,39.346000000000004
30,60,0,7,2,7,32.768,3847,30.7845
31,60,0,7,3,7,32.768,3768,30.116
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,1,1.024
34,60,1,0,2,0,32.768,24984,25578.048
35,60,1,0,3,0,32.768,0,0.064
36,60,1,1,0,0,32.768,47724,48899.776
37,60,1,1,1,0,32.768,36,24.32
38,60,1,1,2,0,32.768,34456,35345.536
39,60,1,1,3,0,32.768,36032,36879.552
40,60,1,2,0,0,32.768,61697,63347.776
41,60,1,2,1,0,32.768,53869,55267.328
42,60,1,2,2,0,32.768,1,1.024
43,60,1,2,3,0,32.768,40982,41904.256
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,1,1.024
46,60,1,3,2,0,32.768,40743,39796.416
47,60,1,3,3,0,32.768,50888,52224.832
48,60,1,4,0,0,32.768,24659,25295.68
49,60,1,4,1,0,32.768,19297,19724.096
50,60,1,4,2,0,32.768,16880,17236.928
51,60,1,4,3,0,32.768,14638,15014.848
52,60,1,5,0,0,32.768,1,1.024
53,60,1,5,1,0,32.768,274,567.36
54,60,1,5,2,0,32.768,27721,28282.368000000002
55,60,1,5,3,0,32.768,21881,22336.704
56,60,1,6,0,0,32.768,1,1.024
57,60,1,6,1,0,32.768,34606,35304.32
58,60,1,6,2,0,32.768,33645,34555.392
59,60,1,6,3,0,32.768,28025,28594.112
60,60,1,7,0,0,32.768,54178,55650.752
61,60,1,7,1,0,32.768,45752,46708.928
62,60,1,7,2,0,32.768,36007,36968.96
63,60,1,7,3,0,32.768,31598,32330.624

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,5928,95.178
1,50,0,0,1,6,32.768,0,0.0
2,50,0,0,2,6,32.768,3409,54.505
3,50,0,0,3,6,32.768,4373,70.03
4,50,0,1,0,6,32.768,5943,95.21300000000001
5,50,0,1,1,6,32.768,5024,80.318
6,50,0,1,2,6,32.768,4667,74.781
7,50,0,1,3,6,32.768,4241,67.761
8,50,0,2,0,6,32.768,5920,94.548
9,50,0,2,1,6,32.768,0,0.0
10,50,0,2,2,6,32.768,6685,106.94800000000001
11,50,0,2,3,6,32.768,4657,74.61
12,50,0,3,0,6,32.768,1197,18.311
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,6620,106.012
15,50,0,3,3,6,32.768,5103,81.561
16,50,0,4,0,7,32.768,1544,12.363
17,50,0,4,1,7,32.768,1875,14.989
18,50,0,4,2,7,32.768,1553,12.42
19,50,0,4,3,7,32.768,1111,8.881
20,50,0,5,0,7,32.768,2509,20.0725
21,50,0,5,1,7,32.768,1,0.008
22,50,0,5,2,7,32.768,0,0.0025
23,50,0,5,3,7,32.768,1522,12.1675
24,50,0,6,0,7,32.768,653,5.484
25,50,0,6,1,7,32.768,2541,20.333000000000002
26,50,0,6,2,7,32.768,69,0.538
27,50,0,6,3,7,32.768,1938,15.494
28,50,0,7,0,7,32.768,3258,26.052
29,50,0,7,1,7,32.768,2946,23.561
30,50,0,7,2,7,32.768,2305,18.445
31,50,0,7,3,7,32.768,2284,18.252
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,1,1.024
34,50,1,0,2,0,32.768,21048,21570.048
35,50,1,0,3,0,32.768,0,0.0
36,50,1,1,0,0,32.768,40260,41160.0
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,29278,29901.440000000002
39,50,1,1,3,0,32.768,30567,31400.448
40,50,1,2,0,0,32.768,52461,53544.32
41,50,1,2,1,0,32.768,45809,46803.392
42,50,1,2,2,0,32.768,1,1.024
43,50,1,2,3,0,32.768,34705,35456.96
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,1,1.024
46,50,1,3,2,0,32.768,11,11.52
47,50,1,3,3,0,32.768,43625,44740.8
48,50,1,4,0,0,32.768,20361,20882.048
49,50,1,4,1,0,32.768,15865,16216.640000000001
50,50,1,4,2,0,32.768,13903,14238.016
51,50,1,4,3,0,32.768,12076,12396.608
52,50,1,5,0,0,32.768,1,1.024
53,50,1,5,1,0,32.768,0,0.0
54,50,1,5,2,0,32.768,23075,23582.144
55,50,1,5,3,0,32.768,18060,18483.2
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,28421,29041.28
58,50,1,6,2,0,32.768,28138,28879.616
59,50,1,6,3,0,32.768,23333,23821.12
60,50,1,7,0,0,32.768,45333,46453.44
61,50,1,7,1,0,32.768,38162,39040.96
62,50,1,7,2,0,32.768,29962,30785.664
63,50,1,7,3,0,32.768,26303,26843.648

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,3717,59.508
1,40,0,0,1,6,32.768,0,0.0
2,40,0,0,2,6,32.768,2122,33.948
3,40,0,0,3,6,32.768,2757,44.171
4,40,0,1,0,6,32.768,1,0.016
5,40,0,1,1,6,32.768,3125,50.038000000000004
6,40,0,1,2,6,32.768,2936,46.992000000000004
7,40,0,1,3,6,32.768,2665,42.678000000000004
8,40,0,2,0,6,32.768,6982,111.391
9,40,0,2,1,6,32.768,0,0.0
10,40,0,2,2,6,32.768,4230,67.709
11,40,0,2,3,6,32.768,2918,46.614000000000004
12,40,0,3,0,6,32.768,5671,91.21000000000001
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,4183,66.97200000000001
15,40,0,3,3,6,32.768,3183,50.907000000000004
16,40,0,4,0,7,32.768,872,6.9955
17,40,0,4,1,7,32.768,1069,8.5535
18,40,0,4,2,7,32.768,901,7.2115
19,40,0,4,3,7,32.768,634,5.0665000000000004
20,40,0,5,0,7,32.768,1457,11.6555
21,40,0,5,1,7,32.768,1,0.008
22,40,0,5,2,7,32.768,0,0.003
23,40,0,5,3,7,32.768,888,7.104
24,40,0,6,0,7,32.768,0,0.0005
25,40,0,6,1,7,32.768,1486,11.893
26,40,0,6,2,7,32.768,2,0.0095
27,40,0,6,3,7,32.768,1120,8.9555
28,40,0,7,0,7,32.768,1901,15.2075
29,40,0,7,1,7,32.768,1704,13.64
30,40,0,7,2,7,32.768,1336,10.6915
31,40,0,7,3,7,32.768,1335,10.6785
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,1,1.024
34,40,1,0,2,0,32.768,17460,17897.088
35,40,1,0,3,0,32.768,0,0.0
36,40,1,1,0,0,32.768,33246,34120.384
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,24393,24895.616
39,40,1,1,3,0,32.768,1,1.024
40,40,1,2,0,0,32.768,43424,44527.808000000005
41,40,1,2,1,0,32.768,22460,21157.056
42,40,1,2,2,0,32.768,1,1.024
43,40,1,2,3,0,32.768,28926,29521.792
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,1,1.024
46,40,1,3,2,0,32.768,7,5.696
47,40,1,3,3,0,32.768,36995,37855.616
48,40,1,4,0,0,32.768,16492,16928.96
49,40,1,4,1,0,32.768,12841,13110.4
50,40,1,4,2,0,32.768,11268,11547.264000000001
51,40,1,4,3,0,32.768,9796,10044.736
52,40,1,5,0,0,32.768,1,1.024
53,40,1,5,1,0,32.768,0,0.0
54,40,1,5,2,0,32.768,18815,19301.184
55,40,1,5,3,0,32.768,14645,15038.336000000001
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,22870,23441.792
58,40,1,6,2,0,32.768,19749,20752.576
59,40,1,6,3,0,32.768,19005,19488.896
60,40,1,7,0,0,32.768,37288,38197.504
61,40,1,7,1,0,32.768,31208,32047.68
62,40,1,7,2,0,32.768,24690,25216.128
63,40,1,7,3,0,32.768,21464,21913.856

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,2239,35.835
1,30,0,0,1,6,32.768,0,0.0
2,30,0,0,2,6,32.768,1276,20.438
3,30,0,0,3,6,32.768,208,3.734
4,30,0,1,0,6,32.768,1,0.016
5,30,0,1,1,6,32.768,1874,30.016000000000002
6,30,0,1,2,6,32.768,943,14.942
7,30,0,1,3,6,32.768,1621,25.912
8,30,0,2,0,6,32.768,4667,74.18900000000001
9,30,0,2,1,6,32.768,0,0.0
10,30,0,2,2,6,32.768,1451,23.481
11,30,0,2,3,6,32.768,1756,28.073
12,30,0,3,0,6,32.768,3622,57.9
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,2557,40.828
15,30,0,3,3,6,32.768,1914,30.657
16,30,0,4,0,7,32.768,474,3.7815
17,30,0,4,1,7,32.768,583,4.664
18,30,0,4,2,7,32.768,501,4.0120000000000005
19,30,0,4,3,7,32.768,345,2.766
20,30,0,5,0,7,32.768,811,6.4855
21,30,0,5,1,7,32.768,1,0.008
22,30,0,5,2,7,32.768,0,0.0025
23,30,0,5,3,7,32.768,497,3.9865
24,30,0,6,0,7,32.768,0,0.0
25,30,0,6,1,7,32.768,838,6.6850000000000005
26,30,0,6,2,7,32.768,2,0.009000000000000001
27,30,0,6,3,7,32.768,621,4.9675
28,30,0,7,0,7,32.768,1060,8.477500000000001
29,30,0,7,1,7,32.768,946,7.5675
30,30,0,7,2,7,32.768,752,6.0325
31,30,0,7,3,7,32.768,750,5.9955
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,1,1.024
34,30,1,0,2,0,32.768,14291,14582.592
35,30,1,0,3,0,32.768,0,0.0
36,30,1,1,0,0,32.768,14772,15512.384
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,19839,20299.84
39,30,1,1,3,0,32.768,1,1.024
40,30,1,2,0,0,32.768,35490,36385.728
41,30,1,2,1,0,32.768,1,2.688
42,30,1,2,2,0,32.768,1,1.024
43,30,1,2,3,0,32.768,23526,24156.544
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,1,1.024
46,30,1,3,2,0,32.768,1,1.024
47,30,1,3,3,0,32.768,30782,31414.528000000002
48,30,1,4,0,0,32.768,13075,13433.92
49,30,1,4,1,0,32.768,10161,10379.52
50,30,1,4,2,0,32.768,8958,9160.064
51,30,1,4,3,0,32.768,7761,7967.04
52,30,1,5,0,0,32.768,1,1.024
53,30,1,5,1,0,32.768,0,0.0
54,30,1,5,2,0,32.768,15103,15487.168
55,30,1,5,3,0,32.768,11683,11998.272
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,18136,18535.104
58,30,1,6,2,0,32.768,1,1.088
59,30,1,6,3,0,32.768,15296,15649.728000000001
60,30,1,7,0,0,32.768,30114,30791.616
61,30,1,7,1,0,32.768,25128,25807.232
62,30,1,7,2,0,32.768,19801,20254.72
63,30,1,7,3,0,32.768,17160,17517.568

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1305,20.885
1,20,0,0,1,6,32.768,0,0.0
2,20,0,0,2,6,32.768,750,11.923
3,20,0,0,3,6,32.768,0,0.0
4,20,0,1,0,6,32.768,1,0.016
5,20,0,1,1,6,32.768,1090,17.435
6,20,0,1,2,6,32.768,0,0.0
7,20,0,1,3,6,32.768,951,15.225
8,20,0,2,0,6,32.768,5152,81.162
9,20,0,2,1,6,32.768,0,0.0
10,20,0,2,2,6,32.768,1,0.016
11,20,0,2,3,6,32.768,1023,16.367
12,20,0,3,0,6,32.768,2104,33.709
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1506,24.093
15,20,0,3,3,6,32.768,1117,17.891000000000002
16,20,0,4,0,7,32.768,246,1.9725000000000001
17,20,0,4,1,7,32.768,306,2.447
18,20,0,4,2,7,32.768,268,2.1445
19,20,0,4,3,7,32.768,182,1.451
20,20,0,5,0,7,32.768,444,3.561
21,20,0,5,1,7,32.768,1,0.008
22,20,0,5,2,7,32.768,1,0.0035
23,20,0,5,3,7,32.768,249,2.1045000000000003
24,20,0,6,0,7,32.768,0,0.0
25,20,0,6,1,7,32.768,453,3.6275
26,20,0,6,2,7,32.768,1,0.0085
27,20,0,6,3,7,32.768,333,2.66
28,20,0,7,0,7,32.768,198,1.6115
29,20,0,7,1,7,32.768,506,4.0465
30,20,0,7,2,7,32.768,406,3.254
31,20,0,7,3,7,32.768,405,3.249
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,11392,11691.072
35,20,1,0,3,0,32.768,0,0.0
36,20,1,1,0,0,32.768,1,1.28
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,3,1.6
39,20,1,1,3,0,32.768,1,1.024
40,20,1,2,0,0,32.768,28700,29260.672000000002
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,19045,19453.824
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,1,1.024
46,20,1,3,2,0,32.768,1,1.024
47,20,1,3,3,0,32.768,25046,25672.64
48,20,1,4,0,0,32.768,10255,10476.672
49,20,1,4,1,0,32.768,7870,8079.04
50,20,1,4,2,0,32.768,6952,7125.0560000000005
51,20,1,4,3,0,32.768,6054,6198.848
52,20,1,5,0,0,32.768,1,1.024
53,20,1,5,1,0,32.768,0,0.0
54,20,1,5,2,0,32.768,1212,1330.176
55,20,1,5,3,0,32.768,9177,9396.224
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,14021,14380.992
58,20,1,6,2,0,32.768,1,1.024
59,20,1,6,3,0,32.768,12122,12360.960000000001
60,20,1,7,0,0,32.768,23821,24399.04
61,20,1,7,1,0,32.768,19888,20409.344
62,20,1,7,2,0,32.768,15612,15957.824
63,20,1,7,3,0,32.768,13431,13747.584

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,81690,1309.252
1,120,0,0,1,6,32.768,0,0.0
2,120,0,0,2,6,32.768,47664,762.51
3,120,0,0,3,6,32.768,54805,876.413
4,120,0,1,0,6,32.768,87629,1400.884
5,120,0,1,1,6,32.768,70309,1125.807
6,120,0,1,2,6,32.768,61578,983.982
7,120,0,1,3,6,32.768,55027,880.84
8,120,0,2,0,6,32.768,83927,1341.548
9,120,0,2,1,6,32.768,85591,1370.876
10,120,0,2,2,6,32.768,84823,1355.054
11,120,0,2,3,6,32.768,63193,1011.442
12,120,0,3,0,6,32.768,0,0.0
13,120,0,3,1,6,32.768,0,0.0
14,120,0,3,2,6,32.768,85444,1368.127
15,120,0,3,3,6,32.768,69565,1112.1970000000001
16,120,0,4,0,7,32.768,35691,285.454
17,120,0,4,1,7,32.768,40801,326.5195
18,120,0,4,2,7,32.768,31574,252.726
19,120,0,4,3,7,32.768,24536,196.2185
20,120,0,5,0,7,32.768,51728,413.7135
21,120,0,5,1,7,32.768,43344,346.901
22,120,0,5,2,7,32.768,37383,299.2445
23,120,0,5,3,7,32.768,29941,239.6275
24,120,0,6,0,7,32.768,67217,537.4485
25,120,0,6,1,7,32.768,51584,412.54
26,120,0,6,2,7,32.768,41741,334.0475
27,120,0,6,3,7,32.768,39748,318.11150000000004
28,120,0,7,0,7,32.768,66179,529.429
29,120,0,7,1,7,32.768,59815,478.3265
30,120,0,7,2,7,32.768,47332,378.4895
31,120,0,7,3,7,32.768,43232,345.99
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,1,1.024
34,120,1,0,2,0,32.768,54462,55878.528
35,120,1,0,3,0,32.768,52669,53756.16
36,120,1,1,0,0,32.768,104771,107058.496
37,120,1,1,1,0,32.768,100886,103349.632
38,120,1,1,2,0,32.768,73655,75514.688
39,120,1,1,3,0,32.768,74245,75813.248
40,120,1,2,0,0,32.768,132914,136113.088
41,120,1,2,1,0,32.768,114003,117084.224
42,120,1,2,2,0,32.768,105953,108152.89600000001
43,120,1,2,3,0,32.768,87895,89764.928
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,141367,144744.32
46,120,1,3,2,0,32.768,117396,119876.032
47,120,1,3,3,0,32.768,103723,106531.264
48,120,1,4,0,0,32.768,59096,60615.168
49,120,1,4,1,0,32.768,47026,48008.576
50,120,1,4,2,0,32.768,40269,41357.568
51,120,1,4,3,0,32.768,35219,36142.336
52,120,1,5,0,0,32.768,82260,84088.64
53,120,1,5,1,0,32.768,73045,74681.408
54,120,1,5,2,0,32.768,62406,64064.0
55,120,1,5,3,0,32.768,51530,52639.168
56,120,1,6,0,0,32.768,1,1.024
57,120,1,6,1,0,32.768,83304,85335.104
58,120,1,6,2,0,32.768,75177,77090.944
59,120,1,6,3,0,32.768,64101,65617.216
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,12,49.152
62,120,1,7,2,0,32.768,82819,84967.936
63,120,1,7,3,0,32.768,72886,74618.24

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,59290,949.086
1,110,0,0,1,6,32.768,0,0.0
2,110,0,0,2,6,32.768,34491,552.282
3,110,0,0,3,6,32.768,40222,644.457
4,110,0,1,0,6,32.768,63408,1013.08
5,110,0,1,1,6,32.768,50890,814.839
6,110,0,1,2,6,32.768,44945,719.0020000000001
7,110,0,1,3,6,32.768,40372,645.027
8,110,0,2,0,6,32.768,60478,968.173
9,110,0,2,1,6,32.768,62054,992.652
10,110,0,2,2,6,32.768,62150,995.4920000000001
11,110,0,2,3,6,32.768,46099,737.36
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,0,0.0
14,110,0,3,2,6,32.768,62695,1001.594
15,110,0,3,3,6,32.768,50691,810.4780000000001
16,110,0,4,0,7,32.768,24436,195.47
17,110,0,4,1,7,32.768,28160,225.18550000000002
18,110,0,4,2,7,32.768,21925,175.4515
19,110,0,4,3,7,32.768,16848,134.8415
20,110,0,5,0,7,32.768,35722,285.685
21,110,0,5,1,7,32.768,30485,243.775
22,110,0,5,2,7,32.768,26005,208.052
23,110,0,5,3,7,32.768,20836,166.7585
24,110,0,6,0,7,32.768,46278,370.3685
25,110,0,6,1,7,32.768,35737,285.924
26,110,0,6,2,7,32.768,29229,233.7275
27,110,0,6,3,7,32.768,27697,221.46450000000002
28,110,0,7,0,7,32.768,45752,366.0715
29,110,0,7,1,7,32.768,41601,332.9345
30,110,0,7,2,7,32.768,32833,262.5045
31,110,0,7,3,7,32.768,30310,242.3985
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,1,1.024
34,110,1,0,2,0,32.768,48975,50192.896
35,110,1,0,3,0,32.768,47355,48566.144
36,110,1,1,0,0,32.768,94042,96115.072
37,110,1,1,1,0,32.768,91356,93408.512
38,110,1,1,2,0,32.768,66564,68022.336
39,110,1,1,3,0,32.768,66939,68645.12
40,110,1,2,0,0,32.768,120140,122643.136
41,110,1,2,1,0,32.768,103248,105751.872
42,110,1,2,2,0,32.768,96015,98210.432
43,110,1,2,3,0,32.768,78922,80923.008
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,128260,131465.728
46,110,1,3,2,0,32.768,105686,108534.016
47,110,1,3,3,0,32.768,94174,96552.768
48,110,1,4,0,0,32.768,52750,53869.184
49,110,1,4,1,0,32.768,41618,42484.352
50,110,1,4,2,0,32.768,35700,36632.576
51,110,1,4,3,0,32.768,31344,32042.112
52,110,1,5,0,0,32.768,72974,74831.36
53,110,1,5,1,0,32.768,65368,67034.624
54,110,1,5,2,0,32.768,56092,57279.36
55,110,1,5,3,0,32.768,45606,46822.976
56,110,1,6,0,0,32.768,1,1.024
57,110,1,6,1,0,32.768,73664,75618.176
58,110,1,6,2,0,32.768,67535,68992.512
59,110,1,6,3,0,32.768,57363,58643.264
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,73931,75846.40000000001
63,110,1,7,3,0,32.768,65169,66616.768

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,744,11.901
1,10,0,0,1,6,32.768,0,0.0
2,10,0,0,2,6,32.768,423,6.756
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,1,0.016
5,10,0,1,1,6,32.768,619,9.892
6,10,0,1,2,6,32.768,0,0.001
7,10,0,1,3,6,32.768,545,8.705
8,10,0,2,0,6,32.768,5629,88.01
9,10,0,2,1,6,32.768,0,0.0
10,10,0,2,2,6,32.768,1,0.016
11,10,0,2,3,6,32.768,580,9.281
12,10,0,3,0,6,32.768,1191,19.031
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,864,13.825000000000001
15,10,0,3,3,6,32.768,636,10.154
16,10,0,4,0,7,32.768,110,0.9145
17,10,0,4,1,7,32.768,158,1.2670000000000001
18,10,0,4,2,7,32.768,139,1.1075
19,10,0,4,3,7,32.768,91,0.7335
20,10,0,5,0,7,32.768,6,0.069
21,10,0,5,1,7,32.768,1,0.008
22,10,0,5,2,7,32.768,1,0.0015
23,10,0,5,3,7,32.768,53,0.449
24,10,0,6,0,7,32.768,0,0.0
25,10,0,6,1,7,32.768,239,1.9065
26,10,0,6,2,7,32.768,1,0.008
27,10,0,6,3,7,32.768,172,1.3685
28,10,0,7,0,7,32.768,1,0.011
29,10,0,7,1,7,32.768,261,2.083
30,10,0,7,2,7,32.768,213,1.7185000000000001
31,10,0,7,3,7,32.768,213,1.6985000000000001
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,9014,9194.368
35,10,1,0,3,0,32.768,0,0.0
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,1,1.024
40,10,1,2,0,0,32.768,22471,23038.272
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,15051,15395.712
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,1,1.024
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,20073,20580.8
48,10,1,4,0,0,32.768,7770,7978.048
49,10,1,4,1,0,32.768,5981,6139.584
50,10,1,4,2,0,32.768,2,2.048
51,10,1,4,3,0,32.768,4599,4712.0
52,10,1,5,0,0,32.768,1,1.024
53,10,1,5,1,0,32.768,0,0.0
54,10,1,5,2,0,32.768,1,1.024
55,10,1,5,3,0,32.768,7029,7201.792
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,10716,10932.928
58,10,1,6,2,0,32.768,1,1.024
59,10,1,6,3,0,32.768,9367,9562.304
60,10,1,7,0,0,32.768,18446,18903.104
61,10,1,7,1,0,32.768,15451,15788.416000000001
62,10,1,7,2,0,32.768,11978,12271.168
63,10,1,7,3,0,32.768,10266,10541.056

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,42676,682.514
1,100,0,0,1,6,32.768,0,0.0
2,100,0,0,2,6,32.768,24744,396.101
3,100,0,0,3,6,32.768,29336,468.987
4,100,0,1,0,6,32.768,45423,725.91
5,100,0,1,1,6,32.768,36429,583.649
6,100,0,1,2,6,32.768,32505,519.6610000000001
7,100,0,1,3,6,32.768,29191,467.254
8,100,0,2,0,6,32.768,43166,690.011
9,100,0,2,1,6,32.768,43987,704.844
10,100,0,2,2,6,32.768,45225,723.452
11,100,0,2,3,6,32.768,33167,531.409
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,0,0.0
14,100,0,3,2,6,32.768,45246,724.868
15,100,0,3,3,6,32.768,36470,583.424
16,100,0,4,0,7,32.768,16476,131.87
17,100,0,4,1,7,32.768,19119,152.9565
18,100,0,4,2,7,32.768,15018,120.0895
19,100,0,4,3,7,32.768,11421,91.3255
20,100,0,5,0,7,32.768,24303,194.50900000000001
21,100,0,5,1,7,32.768,21112,168.95850000000002
22,100,0,5,2,7,32.768,17821,142.548
23,100,0,5,3,7,32.768,14320,114.508
24,100,0,6,0,7,32.768,31414,251.26250000000002
25,100,0,6,1,7,32.768,24412,195.3525
26,100,0,6,2,7,32.768,20176,161.373
27,100,0,6,3,7,32.768,18973,151.698
28,100,0,7,0,7,32.768,31265,250.11950000000002
29,100,0,7,1,7,32.768,28499,228.096
30,100,0,7,2,7,32.768,22414,179.382
31,100,0,7,3,7,32.768,20905,167.213
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,1,1.024
34,100,1,0,2,0,32.768,43680,44771.008
35,100,1,0,3,0,32.768,42498,43631.488
36,100,1,1,0,0,32.768,83544,85719.872
37,100,1,1,1,0,32.768,82093,83823.744
38,100,1,1,2,0,32.768,59397,60842.816
39,100,1,1,3,0,32.768,60247,61760.704
40,100,1,2,0,0,32.768,106849,109684.8
41,100,1,2,1,0,32.768,92692,94743.61600000001
42,100,1,2,2,0,32.768,85549,87705.6
43,100,1,2,3,0,32.768,70721,72393.088
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,115632,118490.816
46,100,1,3,2,0,32.768,95586,97572.416
47,100,1,3,3,0,32.768,84725,87039.168
48,100,1,4,0,0,32.768,46362,47413.696
49,100,1,4,1,0,32.768,36517,37283.648
50,100,1,4,2,0,32.768,31383,32181.312
51,100,1,4,3,0,32.768,27544,28137.920000000002
52,100,1,5,0,0,32.768,64176,65907.072
53,100,1,5,1,0,32.768,58558,59786.752
54,100,1,5,2,0,32.768,49565,50913.6
55,100,1,5,3,0,32.768,40374,41300.8
56,100,1,6,0,0,32.768,1,1.024
57,100,1,6,1,0,32.768,65120,66501.632
58,100,1,6,2,0,32.768,60087,61349.824
59,100,1,6,3,0,32.768,50589,51908.544
60,100,1,7,0,0,32.768,234,263.744
61,100,1,7,1,0,32.768,123,132.928
62,100,1,7,2,0,32.768,65374,67142.336
63,100,1,7,3,0,32.768,57413,58937.728

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,407,6.5120000000000005
1,0,0,0,1,6,32.768,0,0.0
2,0,0,0,2,6,32.768,235,3.708
3,0,0,0,3,6,32.768,0,0.0
4,0,0,1,0,6,32.768,1,0.016
5,0,0,1,1,6,32.768,334,5.347
6,0,0,1,2,6,32.768,0,0.0
7,0,0,1,3,6,32.768,298,4.76
8,0,0,2,0,6,32.768,6368,101.10300000000001
9,0,0,2,1,6,32.768,0,0.0
10,0,0,2,2,6,32.768,1,0.016
11,0,0,2,3,6,32.768,314,5.027
12,0,0,3,0,6,32.768,642,10.27
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,475,7.634
15,0,0,3,3,6,32.768,344,5.509
16,0,0,4,0,7,32.768,45,0.4575
17,0,0,4,1,7,32.768,102,0.765
18,0,0,4,2,7,32.768,68,0.5445
19,0,0,4,3,7,32.768,44,0.3545
20,0,0,5,0,7,32.768,0,0.003
21,0,0,5,1,7,32.768,1,0.008
22,0,0,5,2,7,32.768,0,0.0
23,0,0,5,3,7,32.768,1,0.01
24,0,0,6,0,7,32.768,0,0.0
25,0,0,6,1,7,32.768,119,0.9505
26,0,0,6,2,7,32.768,1,0.008
27,0,0,6,3,7,32.768,83,0.6625
28,0,0,7,0,7,32.768,1,0.0105
29,0,0,7,1,7,32.768,126,0.9995
30,0,0,7,2,7,32.768,118,0.91
31,0,0,7,3,7,32.768,106,0.839
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,1,1.024
34,0,1,0,2,0,32.768,6852,6995.968
35,0,1,0,3,0,32.768,0,0.0
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,1,1.024
40,0,1,2,0,0,32.768,17141,17497.408
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,11776,12020.032000000001
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,27,94.592
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,1,1.024
48,0,1,4,0,0,32.768,5691,5809.6
49,0,1,4,1,0,32.768,4354,4465.984
50,0,1,4,2,0,32.768,1,1.024
51,0,1,4,3,0,32.768,3344,3423.616
52,0,1,5,0,0,32.768,1,1.024
53,0,1,5,1,0,32.768,0,0.0
54,0,1,5,2,0,32.768,1,1.024
55,0,1,5,3,0,32.768,5175,5284.992
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,7739,7930.496
58,0,1,6,2,0,32.768,1,1.024
59,0,1,6,3,0,32.768,6888,7076.6720000000005
60,0,1,7,0,0,32.768,45,54.912
61,0,1,7,1,0,32.768,1,1.024
62,0,1,7,2,0,32.768,8782,9014.208
63,0,1,7,3,0,32.768,7574,7729.408

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,0,0.0
2,-40,0,0,2,6,32.768,18,0.35000000000000003
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,21,0.311
6,-40,0,1,2,6,32.768,0,0.0
7,-40,0,1,3,6,32.768,32,0.34400000000000003
8,-40,0,2,0,6,32.768,1914,31.542
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,1,0.016
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,1,0.016
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,174,1.969
15,-40,0,3,3,6,32.768,31,0.448
16,-40,0,4,0,7,32.768,4,0.04
17,-40,0,4,1,7,32.768,53,0.3305
18,-40,0,4,2,7,32.768,2,0.0325
19,-40,0,4,3,7,32.768,2,0.019
20,-40,0,5,0,7,32.768,0,0.0
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,0,0.0
23,-40,0,5,3,7,32.768,0,0.051000000000000004
24,-40,0,6,0,7,32.768,0,0.0
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,1,0.008
27,-40,0,6,3,7,32.768,2,0.034
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,7,0.049
30,-40,0,7,2,7,32.768,32,0.365
31,-40,0,7,3,7,32.768,10,0.179
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1,1.024
34,-40,1,0,2,0,32.768,0,0.0
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,1,1.024
40,-40,1,2,0,0,32.768,1,1.088
41,-40,1,2,1,0,32.768,4027,4112.448
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,0,0.0
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,1,1.024
48,-40,1,4,0,0,32.768,1279,1311.68
49,-40,1,4,1,0,32.768,964,988.8000000000001
50,-40,1,4,2,0,32.768,1,1.024
51,-40,1,4,3,0,32.768,1,1.024
52,-40,1,5,0,0,32.768,1594,1742.912
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,1,1.024
55,-40,1,5,3,0,32.768,1185,1214.464
56,-40,1,6,0,0,32.768,1,1.024
57,-40,1,6,1,0,32.768,1722,1768.0
58,-40,1,6,2,0,32.768,1,1.024
59,-40,1,6,3,0,32.768,1642,1679.296
60,-40,1,7,0,0,32.768,0,0.0
61,-40,1,7,1,0,32.768,1,1.024
62,-40,1,7,2,0,32.768,2052,2102.4
63,-40,1,7,3,0,32.768,1732,1770.048

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,0,0.0
2,-30,0,0,2,6,32.768,34,0.59
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,40,0.638
6,-30,0,1,2,6,32.768,0,0.0
7,-30,0,1,3,6,32.768,43,0.678
8,-30,0,2,0,6,32.768,3489,54.724000000000004
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,1,0.016
11,-30,0,2,3,6,32.768,51,0.788
12,-30,0,3,0,6,32.768,1,0.016
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,101,1.692
15,-30,0,3,3,6,32.768,49,0.745
16,-30,0,4,0,7,32.768,1,0.0175
17,-30,0,4,1,7,32.768,86,0.4935
18,-30,0,4,2,7,32.768,5,0.051000000000000004
19,-30,0,4,3,7,32.768,4,0.035
20,-30,0,5,0,7,32.768,0,0.0
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,0,0.0
23,-30,0,5,3,7,32.768,7,0.0415
24,-30,0,6,0,7,32.768,0,0.0
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,1,0.008
27,-30,0,6,3,7,32.768,8,0.0655
28,-30,0,7,0,7,32.768,1,0.01
29,-30,0,7,1,7,32.768,12,0.0995
30,-30,0,7,2,7,32.768,68,0.543
31,-30,0,7,3,7,32.768,94,0.337
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,0,0.0
35,-30,1,0,3,0,32.768,0,0.0
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,1,1.024
40,-30,1,2,0,0,32.768,6912,7069.376
41,-30,1,2,1,0,32.768,5885,6029.376
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,1,1.024
48,-30,1,4,0,0,32.768,1970,2020.672
49,-30,1,4,1,0,32.768,1490,1528.128
50,-30,1,4,2,0,32.768,1,1.024
51,-30,1,4,3,0,32.768,1,1.024
52,-30,1,5,0,0,32.768,1,1.024
53,-30,1,5,1,0,32.768,0,0.0
54,-30,1,5,2,0,32.768,1,1.024
55,-30,1,5,3,0,32.768,1826,1865.7920000000001
56,-30,1,6,0,0,32.768,1,1.024
57,-30,1,6,1,0,32.768,2668,2734.016
58,-30,1,6,2,0,32.768,1,1.024
59,-30,1,6,3,0,32.768,2504,2560.32
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,1,1.024
62,-30,1,7,2,0,32.768,3126,3207.232
63,-30,1,7,3,0,32.768,2654,2723.264

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,0,0.0
2,-20,0,0,2,6,32.768,65,1.032
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,1,0.016
5,-20,0,1,1,6,32.768,87,1.393
6,-20,0,1,2,6,32.768,0,0.0
7,-20,0,1,3,6,32.768,80,1.292
8,-20,0,2,0,6,32.768,6286,94.58
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,1,0.016
11,-20,0,2,3,6,32.768,82,1.309
12,-20,0,3,0,6,32.768,8,0.076
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,135,2.19
15,-20,0,3,3,6,32.768,95,1.48
16,-20,0,4,0,7,32.768,3,0.0365
17,-20,0,4,1,7,32.768,84,0.6940000000000001
18,-20,0,4,2,7,32.768,14,0.114
19,-20,0,4,3,7,32.768,9,0.073
20,-20,0,5,0,7,32.768,0,0.0
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,0,0.0
23,-20,0,5,3,7,32.768,0,0.018000000000000002
24,-20,0,6,0,7,32.768,0,0.0
25,-20,0,6,1,7,32.768,36,0.28450000000000003
26,-20,0,6,2,7,32.768,1,0.008
27,-20,0,6,3,7,32.768,18,0.14
28,-20,0,7,0,7,32.768,1,0.011
29,-20,0,7,1,7,32.768,26,0.211
30,-20,0,7,2,7,32.768,75,0.5835
31,-20,0,7,3,7,32.768,33,0.2585
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,1,1.024
34,-20,1,0,2,0,32.768,0,0.0
35,-20,1,0,3,0,32.768,0,0.0
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,1,1.024
40,-20,1,2,0,0,32.768,9508,9746.048
41,-20,1,2,1,0,32.768,8189,8339.072
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,1,1.024
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,1,1.024
48,-20,1,4,0,0,32.768,2908,2983.68
49,-20,1,4,1,0,32.768,2208,2268.288
50,-20,1,4,2,0,32.768,1,1.024
51,-20,1,4,3,0,32.768,973,1021.248
52,-20,1,5,0,0,32.768,1,1.024
53,-20,1,5,1,0,32.768,0,0.0
54,-20,1,5,2,0,32.768,1,1.024
55,-20,1,5,3,0,32.768,2679,2746.688
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,3951,4055.552
58,-20,1,6,2,0,32.768,1,1.024
59,-20,1,6,3,0,32.768,3641,3737.152
60,-20,1,7,0,0,32.768,0,0.0
61,-20,1,7,1,0,32.768,1,1.024
62,-20,1,7,2,0,32.768,4587,4705.28
63,-20,1,7,3,0,32.768,3930,4013.952

tapeouts/mpw-1/testsetup/MeasResults/ChipNo23/Meas_ChipNo23_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,75,1.2710000000000001
1,-10,0,0,1,6,32.768,0,0.0
2,-10,0,0,2,6,32.768,134,2.109
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,1,0.016
5,-10,0,1,1,6,32.768,176,2.835
6,-10,0,1,2,6,32.768,0,0.0
7,-10,0,1,3,6,32.768,159,2.5500000000000003
8,-10,0,2,0,6,32.768,5505,86.33200000000001
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,1,0.016
11,-10,0,2,3,6,32.768,166,2.6590000000000003
12,-10,0,3,0,6,32.768,341,5.444
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,264,4.308
15,-10,0,3,3,6,32.768,184,2.9330000000000003
16,-10,0,4,0,7,32.768,16,0.1325
17,-10,0,4,1,7,32.768,93,0.7085
18,-10,0,4,2,7,32.768,33,0.264
19,-10,0,4,3,7,32.768,20,0.1655
20,-10,0,5,0,7,32.768,0,0.0
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,0,0.0
23,-10,0,5,3,7,32.768,1,0.005
24,-10,0,6,0,7,32.768,0,0.0
25,-10,0,6,1,7,32.768,59,0.47750000000000004
26,-10,0,6,2,7,32.768,1,0.008
27,-10,0,6,3,7,32.768,40,0.3135
28,-10,0,7,0,7,32.768,1,0.0095
29,-10,0,7,1,7,32.768,60,0.47600000000000003
30,-10,0,7,2,7,32.768,81,0.6535
31,-10,0,7,3,7,32.768,104,0.741
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,1,1.024
34,-10,1,0,2,0,32.768,4425,4551.04
35,-10,1,0,3,0,32.768,0,0.0
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,1,1.024
40,-10,1,2,0,0,32.768,13016,13291.968
41,-10,1,2,1,0,32.768,1,1.216
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,9338,9579.776
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,1,1.024
48,-10,1,4,0,0,32.768,4179,4272.256
49,-10,1,4,1,0,32.768,3196,3268.544
50,-10,1,4,2,0,32.768,1,1.024
51,-10,1,4,3,0,32.768,2455,2508.8
52,-10,1,5,0,0,32.768,1,1.024
53,-10,1,5,1,0,32.768,0,0.0
54,-10,1,5,2,0,32.768,1,1.024
55,-10,1,5,3,0,32.768,3808,3909.696
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,5686,5822.976000000001
58,-10,1,6,2,0,32.768,1,1.024
59,-10,1,6,3,0,32.768,5148,5276.736
60,-10,1,7,0,0,32.768,0,0.0
61,-10,1,7,1,0,32.768,1,1.024
62,-10,1,7,2,0,32.768,6549,6689.024
63,-10,1,7,3,0,32.768,5613,5731.264

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,33355,534.191
1,90,0,0,1,6,32.768,32962,526.588
2,90,0,0,2,6,32.768,23238,372.009
3,90,0,0,3,6,32.768,24897,398.865
4,90,0,1,0,6,32.768,36868,589.069
5,90,0,1,1,6,32.768,0,0.0
6,90,0,1,2,6,32.768,30994,495.52000000000004
7,90,0,1,3,6,32.768,23351,373.978
8,90,0,2,0,6,32.768,3,0.036000000000000004
9,90,0,2,1,6,32.768,49310,788.495
10,90,0,2,2,6,32.768,34484,551.7520000000001
11,90,0,2,3,6,32.768,33755,539.645
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,39577,632.189
14,90,0,3,2,6,32.768,38867,621.774
15,90,0,3,3,6,32.768,37168,594.163
16,90,0,4,0,7,32.768,17858,142.933
17,90,0,4,1,7,32.768,14010,112.081
18,90,0,4,2,7,32.768,13349,106.7305
19,90,0,4,3,7,32.768,11565,92.544
20,90,0,5,0,7,32.768,18279,146.25650000000002
21,90,0,5,1,7,32.768,18181,145.2005
22,90,0,5,2,7,32.768,16649,133.281
23,90,0,5,3,7,32.768,12115,96.92150000000001
24,90,0,6,0,7,32.768,24010,191.9655
25,90,0,6,1,7,32.768,21785,174.354
26,90,0,6,2,7,32.768,16805,134.424
27,90,0,6,3,7,32.768,14748,117.911
28,90,0,7,0,7,32.768,31400,251.2525
29,90,0,7,1,7,32.768,20302,162.411
30,90,0,7,2,7,32.768,0,0.0
31,90,0,7,3,7,32.768,15125,120.9965
32,90,1,0,0,0,32.768,60281,61651.200000000004
33,90,1,0,1,0,32.768,55058,56263.872
34,90,1,0,2,0,32.768,52831,54069.632
35,90,1,0,3,0,32.768,44721,45637.824
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,68545,70319.168
39,90,1,1,3,0,32.768,63916,65281.024000000005
40,90,1,2,0,0,32.768,1,1.024
41,90,1,2,1,0,32.768,100144,102456.0
42,90,1,2,2,0,32.768,96236,98386.56
43,90,1,2,3,0,32.768,78306,80270.848
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,0,0.0
46,90,1,3,2,0,32.768,104875,107717.696
47,90,1,3,3,0,32.768,93786,95734.016
48,90,1,4,0,0,32.768,1,1.024
49,90,1,4,1,0,32.768,38958,39975.104
50,90,1,4,2,0,32.768,36200,37011.776
51,90,1,4,3,0,32.768,28276,29017.408
52,90,1,5,0,0,32.768,0,0.0
53,90,1,5,1,0,32.768,53823,55113.792
54,90,1,5,2,0,32.768,48758,49933.888
55,90,1,5,3,0,32.768,39531,40584.32
56,90,1,6,0,0,32.768,1,1.024
57,90,1,6,1,0,32.768,70499,72299.84
58,90,1,6,2,0,32.768,57517,58741.952000000005
59,90,1,6,3,0,32.768,51062,52206.208
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,68612,70437.952
63,90,1,7,3,0,32.768,59297,60653.888

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,23342,374.399
1,80,0,0,1,6,32.768,23189,370.646
2,80,0,0,2,6,32.768,16121,258.287
3,80,0,0,3,6,32.768,0,0.001
4,80,0,1,0,6,32.768,25359,406.266
5,80,0,1,1,6,32.768,0,0.0
6,80,0,1,2,6,32.768,21590,345.461
7,80,0,1,3,6,32.768,16213,259.788
8,80,0,2,0,6,32.768,0,0.0
9,80,0,2,1,6,32.768,34771,557.067
10,80,0,2,2,6,32.768,24198,386.652
11,80,0,2,3,6,32.768,23920,382.604
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,27532,440.012
14,80,0,3,2,6,32.768,26921,430.94100000000003
15,80,0,3,3,6,32.768,26321,421.074
16,80,0,4,0,7,32.768,11516,92.108
17,80,0,4,1,7,32.768,9128,73.045
18,80,0,4,2,7,32.768,8721,69.7305
19,80,0,4,3,7,32.768,7702,61.600500000000004
20,80,0,5,0,7,32.768,11859,94.9115
21,80,0,5,1,7,32.768,12020,96.2135
22,80,0,5,2,7,32.768,10862,86.9195
23,80,0,5,3,7,32.768,7941,63.541000000000004
24,80,0,6,0,7,32.768,15214,121.637
25,80,0,6,1,7,32.768,14164,113.334
26,80,0,6,2,7,32.768,10964,87.738
27,80,0,6,3,7,32.768,9678,77.38
28,80,0,7,0,7,32.768,20991,168.005
29,80,0,7,1,7,32.768,13302,106.35900000000001
30,80,0,7,2,7,32.768,0,0.0
31,80,0,7,3,7,32.768,9904,79.268
32,80,1,0,0,0,32.768,53091,54247.36
33,80,1,0,1,0,32.768,48440,49742.208
34,80,1,0,2,0,32.768,40549,41406.016
35,80,1,0,3,0,32.768,39772,40698.048
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,60886,62508.864
39,80,1,1,3,0,32.768,56936,58126.72
40,80,1,2,0,0,32.768,1,1.024
41,80,1,2,1,0,32.768,88938,91100.224
42,80,1,2,2,0,32.768,86050,88188.416
43,80,1,2,3,0,32.768,70258,71926.592
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,0,0.0
46,80,1,3,2,0,32.768,93883,96234.816
47,80,1,3,3,0,32.768,84060,85817.408
48,80,1,4,0,0,32.768,1,1.024
49,80,1,4,1,0,32.768,34033,34836.096
50,80,1,4,2,0,32.768,31595,32269.12
51,80,1,4,3,0,32.768,24664,25192.704
52,80,1,5,0,0,32.768,0,0.0
53,80,1,5,1,0,32.768,46999,48233.728
54,80,1,5,2,0,32.768,42721,43779.328
55,80,1,5,3,0,32.768,34369,35291.968
56,80,1,6,0,0,32.768,1,1.024
57,80,1,6,1,0,32.768,61765,63187.648
58,80,1,6,2,0,32.768,50158,51250.496
59,80,1,6,3,0,32.768,44401,45611.648
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,60177,61751.552
63,80,1,7,3,0,32.768,51619,52989.056000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,15994,256.424
1,70,0,0,1,6,32.768,15927,254.81
2,70,0,0,2,6,32.768,10951,175.405
3,70,0,0,3,6,32.768,0,0.0
4,70,0,1,0,6,32.768,17141,273.928
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,14708,235.512
7,70,0,1,3,6,32.768,11036,176.314
8,70,0,2,0,6,32.768,0,0.0
9,70,0,2,1,6,32.768,18933,302.837
10,70,0,2,2,6,32.768,16605,265.271
11,70,0,2,3,6,32.768,16615,265.687
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,18725,299.589
14,70,0,3,2,6,32.768,18106,289.865
15,70,0,3,3,6,32.768,18274,292.423
16,70,0,4,0,7,32.768,7208,57.6725
17,70,0,4,1,7,32.768,5799,46.3875
18,70,0,4,2,7,32.768,5542,44.3075
19,70,0,4,3,7,32.768,4997,39.997
20,70,0,5,0,7,32.768,7521,60.186
21,70,0,5,1,7,32.768,4948,39.748
22,70,0,5,2,7,32.768,6900,55.158
23,70,0,5,3,7,32.768,5063,40.521
24,70,0,6,0,7,32.768,9362,74.904
25,70,0,6,1,7,32.768,8960,71.6285
26,70,0,6,2,7,32.768,6972,55.795500000000004
27,70,0,6,3,7,32.768,6180,49.4225
28,70,0,7,0,7,32.768,11988,96.413
29,70,0,7,1,7,32.768,8485,67.904
30,70,0,7,2,7,32.768,0,0.0
31,70,0,7,3,7,32.768,6326,50.573
32,70,1,0,0,0,32.768,46196,47271.168
33,70,1,0,1,0,32.768,42667,43566.144
34,70,1,0,2,0,32.768,13,14.08
35,70,1,0,3,0,32.768,35017,35911.936
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,53688,55100.928
39,70,1,1,3,0,32.768,50029,51278.592000000004
40,70,1,2,0,0,32.768,1,1.024
41,70,1,2,1,0,32.768,78298,80151.232
42,70,1,2,2,0,32.768,76480,78375.68000000001
43,70,1,2,3,0,32.768,62386,63814.144
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,0,0.0
46,70,1,3,2,0,32.768,83407,85189.376
47,70,1,3,3,0,32.768,74642,76216.768
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,29279,30024.192
50,70,1,4,2,0,32.768,27102,27759.808
51,70,1,4,3,0,32.768,21173,21630.08
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,40978,41843.008
54,70,1,5,2,0,32.768,37175,38021.312
55,70,1,5,3,0,32.768,29680,30306.624
56,70,1,6,0,0,32.768,1,1.024
57,70,1,6,1,0,32.768,53498,54638.912000000004
58,70,1,6,2,0,32.768,43327,44259.584
59,70,1,6,3,0,32.768,38339,39365.12
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,52481,53598.144
63,70,1,7,3,0,32.768,44590,45801.344

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,10761,172.529
1,60,0,0,1,6,32.768,10722,171.794
2,60,0,0,2,6,32.768,7299,116.875
3,60,0,0,3,6,32.768,0,0.0
4,60,0,1,0,6,32.768,11298,180.984
5,60,0,1,1,6,32.768,0,0.0
6,60,0,1,2,6,32.768,9851,157.529
7,60,0,1,3,6,32.768,7319,117.285
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,362,5.992
10,60,0,2,2,6,32.768,11145,178.566
11,60,0,2,3,6,32.768,11317,180.934
12,60,0,3,0,6,32.768,0,0.0
13,60,0,3,1,6,32.768,12520,200.443
14,60,0,3,2,6,32.768,11423,182.597
15,60,0,3,3,6,32.768,12461,199.398
16,60,0,4,0,7,32.768,4405,35.247
17,60,0,4,1,7,32.768,3595,28.7395
18,60,0,4,2,7,32.768,3428,27.4385
19,60,0,4,3,7,32.768,471,3.6275
20,60,0,5,0,7,32.768,4674,37.381
21,60,0,5,1,7,32.768,604,5.518
22,60,0,5,2,7,32.768,4260,34.094500000000004
23,60,0,5,3,7,32.768,3148,25.171
24,60,0,6,0,7,32.768,5637,45.094500000000004
25,60,0,6,1,7,32.768,5513,44.113
26,60,0,6,2,7,32.768,4325,34.5875
27,60,0,6,3,7,32.768,3847,30.761
28,60,0,7,0,7,32.768,1,0.0085
29,60,0,7,1,7,32.768,5292,42.332
30,60,0,7,2,7,32.768,0,0.0
31,60,0,7,3,7,32.768,3931,31.465500000000002
32,60,1,0,0,0,32.768,39879,40714.496
33,60,1,0,1,0,32.768,36813,37748.352
34,60,1,0,2,0,32.768,1,1.1520000000000001
35,60,1,0,3,0,32.768,30556,31361.344
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,47046,48052.864
39,60,1,1,3,0,32.768,43766,44822.656
40,60,1,2,0,0,32.768,1,1.024
41,60,1,2,1,0,32.768,68102,69799.872
42,60,1,2,2,0,32.768,67210,68929.53600000001
43,60,1,2,3,0,32.768,54845,56148.928
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,0,0.0
46,60,1,3,2,0,32.768,72729,74597.82400000001
47,60,1,3,3,0,32.768,65696,67070.656
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,24910,25546.496
50,60,1,4,2,0,32.768,23076,23607.552
51,60,1,4,3,0,32.768,17869,18338.688000000002
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,34929,35835.136
54,60,1,5,2,0,32.768,31909,32598.016
55,60,1,5,3,0,32.768,25168,25732.48
56,60,1,6,0,0,32.768,1,1.024
57,60,1,6,1,0,32.768,45716,46678.016
58,60,1,6,2,0,32.768,36731,37707.264
59,60,1,6,3,0,32.768,32713,33555.904
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,0,0.0
62,60,1,7,2,0,32.768,44762,45934.72
63,60,1,7,3,0,32.768,38052,39059.520000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,7061,112.991
1,50,0,0,1,6,32.768,7036,112.601
2,50,0,0,2,6,32.768,4727,75.801
3,50,0,0,3,6,32.768,0,0.0
4,50,0,1,0,6,32.768,7257,116.23100000000001
5,50,0,1,1,6,32.768,0,0.0
6,50,0,1,2,6,32.768,6396,102.345
7,50,0,1,3,6,32.768,4725,75.71300000000001
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,93,1.512
10,50,0,2,2,6,32.768,7303,116.89
11,50,0,2,3,6,32.768,7493,119.83800000000001
12,50,0,3,0,6,32.768,0,0.0
13,50,0,3,1,6,32.768,8139,130.44
14,50,0,3,2,6,32.768,1872,28.885
15,50,0,3,3,6,32.768,8253,132.217
16,50,0,4,0,7,32.768,2614,20.928
17,50,0,4,1,7,32.768,2146,17.167
18,50,0,4,2,7,32.768,2044,16.366500000000002
19,50,0,4,3,7,32.768,0,0.003
20,50,0,5,0,7,32.768,2810,22.4665
21,50,0,5,1,7,32.768,34,0.2635
22,50,0,5,2,7,32.768,2539,20.3015
23,50,0,5,3,7,32.768,1882,15.064
24,50,0,6,0,7,32.768,3274,26.1825
25,50,0,6,1,7,32.768,3273,26.1715
26,50,0,6,2,7,32.768,2583,20.67
27,50,0,6,3,7,32.768,2308,18.4685
28,50,0,7,0,7,32.768,1,0.009000000000000001
29,50,0,7,1,7,32.768,3187,25.491500000000002
30,50,0,7,2,7,32.768,0,0.0
31,50,0,7,3,7,32.768,2360,18.878
32,50,1,0,0,0,32.768,33829,34532.928
33,50,1,0,1,0,32.768,31503,32279.488
34,50,1,0,2,0,32.768,1,1.024
35,50,1,0,3,0,32.768,26500,27048.064000000002
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,40235,41305.6
39,50,1,1,3,0,32.768,37811,38671.488
40,50,1,2,0,0,32.768,1,1.024
41,50,1,2,1,0,32.768,58541,59911.232
42,50,1,2,2,0,32.768,58666,59900.608
43,50,1,2,3,0,32.768,47675,48847.296
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,0,0.0
46,50,1,3,2,0,32.768,62847,64473.728
47,50,1,3,3,0,32.768,56896,58313.472
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,20929,21406.016
50,50,1,4,2,0,32.768,19285,19749.056
51,50,1,4,3,0,32.768,15001,15327.104000000001
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,29639,30257.344
54,50,1,5,2,0,32.768,26905,27515.84
55,50,1,5,3,0,32.768,21024,21474.432
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,38329,39236.928
58,50,1,6,2,0,32.768,30899,31639.168
59,50,1,6,3,0,32.768,27437,28163.904000000002
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,0,0.0
62,50,1,7,2,0,32.768,37810,38782.592000000004
63,50,1,7,3,0,32.768,32102,32788.288

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,4462,71.409
1,40,0,0,1,6,32.768,4424,70.726
2,40,0,0,2,6,32.768,2959,47.417
3,40,0,0,3,6,32.768,0,0.0
4,40,0,1,0,6,32.768,4497,71.88
5,40,0,1,1,6,32.768,0,0.0
6,40,0,1,2,6,32.768,4025,64.346
7,40,0,1,3,6,32.768,2937,47.045
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,11,0.112
10,40,0,2,2,6,32.768,4624,73.947
11,40,0,2,3,6,32.768,4795,76.70400000000001
12,40,0,3,0,6,32.768,0,0.0
13,40,0,3,1,6,32.768,5127,82.056
14,40,0,3,2,6,32.768,308,4.9430000000000005
15,40,0,3,3,6,32.768,896,15.454
16,40,0,4,0,7,32.768,1452,11.6395
17,40,0,4,1,7,32.768,1229,9.8295
18,40,0,4,2,7,32.768,1169,9.353
19,40,0,4,3,7,32.768,0,0.0
20,40,0,5,0,7,32.768,1622,12.975
21,40,0,5,1,7,32.768,21,0.17400000000000002
22,40,0,5,2,7,32.768,1474,11.798
23,40,0,5,3,7,32.768,1082,8.6525
24,40,0,6,0,7,32.768,1833,14.663
25,40,0,6,1,7,32.768,1865,14.9225
26,40,0,6,2,7,32.768,1487,11.894
27,40,0,6,3,7,32.768,1332,10.6605
28,40,0,7,0,7,32.768,1,0.008
29,40,0,7,1,7,32.768,1851,14.803
30,40,0,7,2,7,32.768,0,0.0
31,40,0,7,3,7,32.768,1363,10.905
32,40,1,0,0,0,32.768,28116,28844.864
33,40,1,0,1,0,32.768,26610,27209.536
34,40,1,0,2,0,32.768,1,1.024
35,40,1,0,3,0,32.768,22426,22978.688000000002
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,34124,35024.064
39,40,1,1,3,0,32.768,32259,32930.24
40,40,1,2,0,0,32.768,1,1.024
41,40,1,2,1,0,32.768,32843,34863.872
42,40,1,2,2,0,32.768,50282,51377.152
43,40,1,2,3,0,32.768,40763,41844.544
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,0,0.0
46,40,1,3,2,0,32.768,53636,55064.576
47,40,1,3,3,0,32.768,48800,50120.704
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,17211,17629.632
50,40,1,4,2,0,32.768,15806,16220.992
51,40,1,4,3,0,32.768,12302,12592.448
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,24680,25177.792
54,40,1,5,2,0,32.768,22290,22878.08
55,40,1,5,3,0,32.768,17168,17622.272
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,31724,32471.232
58,40,1,6,2,0,32.768,25469,26113.536
59,40,1,6,3,0,32.768,22772,23274.368000000002
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,0,0.0
62,40,1,7,2,0,32.768,31506,32248.384000000002
63,40,1,7,3,0,32.768,26436,27080.512

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,2760,44.208
1,30,0,0,1,6,32.768,2720,43.499
2,30,0,0,2,6,32.768,1820,29.068
3,30,0,0,3,6,32.768,0,0.0
4,30,0,1,0,6,32.768,2719,43.512
5,30,0,1,1,6,32.768,0,0.0
6,30,0,1,2,6,32.768,2416,38.595
7,30,0,1,3,6,32.768,1781,28.521
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,18,0.307
10,30,0,2,2,6,32.768,2860,45.731
11,30,0,2,3,6,32.768,2997,47.978
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,3155,50.49
14,30,0,3,2,6,32.768,103,1.643
15,30,0,3,3,6,32.768,7,0.242
16,30,0,4,0,7,32.768,21,0.2085
17,30,0,4,1,7,32.768,682,5.4575000000000005
18,30,0,4,2,7,32.768,649,5.18
19,30,0,4,3,7,32.768,0,0.0
20,30,0,5,0,7,32.768,911,7.282
21,30,0,5,1,7,32.768,17,0.135
22,30,0,5,2,7,32.768,840,6.727
23,30,0,5,3,7,32.768,602,4.8195
24,30,0,6,0,7,32.768,1000,7.9965
25,30,0,6,1,7,32.768,1031,8.244
26,30,0,6,2,7,32.768,831,6.6375
27,30,0,6,3,7,32.768,745,5.9585
28,30,0,7,0,7,32.768,1,0.008
29,30,0,7,1,7,32.768,1044,8.35
30,30,0,7,2,7,32.768,0,0.0
31,30,0,7,3,7,32.768,763,6.1085
32,30,1,0,0,0,32.768,23282,23794.944
33,30,1,0,1,0,32.768,22187,22656.448
34,30,1,0,2,0,32.768,1,1.024
35,30,1,0,3,0,32.768,18817,19312.704
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,23886,24208.832000000002
39,30,1,1,3,0,32.768,27071,27687.68
40,30,1,2,0,0,32.768,1,1.024
41,30,1,2,1,0,32.768,14592,15375.232
42,30,1,2,2,0,32.768,1,1.216
43,30,1,2,3,0,32.768,34487,35379.776
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,0,0.0
46,30,1,3,2,0,32.768,45301,46374.208
47,30,1,3,3,0,32.768,22537,24153.088
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,14010,14306.176
50,30,1,4,2,0,32.768,12783,13114.624
51,30,1,4,3,0,32.768,9975,10200.512
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,20136,20622.016
54,30,1,5,2,0,32.768,18314,18745.600000000002
55,30,1,5,3,0,32.768,13881,14217.6
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,25739,26403.52
58,30,1,6,2,0,32.768,20798,21242.368000000002
59,30,1,6,3,0,32.768,18493,18918.72
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,2,3.392
62,30,1,7,2,0,32.768,25841,26468.672000000002
63,30,1,7,3,0,32.768,21556,22000.448

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1638,26.27
1,20,0,0,1,6,32.768,1611,25.722
2,20,0,0,2,6,32.768,1065,17.091
3,20,0,0,3,6,32.768,0,0.0
4,20,0,1,0,6,32.768,1583,25.310000000000002
5,20,0,1,1,6,32.768,0,0.0
6,20,0,1,2,6,32.768,5,0.109
7,20,0,1,3,6,32.768,1039,16.593
8,20,0,2,0,6,32.768,1,0.016
9,20,0,2,1,6,32.768,454,8.191
10,20,0,2,2,6,32.768,1701,27.234
11,20,0,2,3,6,32.768,1817,28.986
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,1868,29.902
14,20,0,3,2,6,32.768,0,0.0
15,20,0,3,3,6,32.768,0,0.0
16,20,0,4,0,7,32.768,0,0.0
17,20,0,4,1,7,32.768,361,2.8915
18,20,0,4,2,7,32.768,342,2.7395
19,20,0,4,3,7,32.768,0,0.0
20,20,0,5,0,7,32.768,490,3.919
21,20,0,5,1,7,32.768,17,0.14150000000000001
22,20,0,5,2,7,32.768,458,3.6225
23,20,0,5,3,7,32.768,322,2.5705
24,20,0,6,0,7,32.768,521,4.1610000000000005
25,20,0,6,1,7,32.768,545,4.358
26,20,0,6,2,7,32.768,444,3.543
27,20,0,6,3,7,32.768,399,3.1895000000000002
28,20,0,7,0,7,32.768,1,0.008
29,20,0,7,1,7,32.768,565,4.5195
30,20,0,7,2,7,32.768,0,0.0
31,20,0,7,3,7,32.768,409,3.2755
32,20,1,0,0,0,32.768,18803,19270.272
33,20,1,0,1,0,32.768,18157,18534.208
34,20,1,0,2,0,32.768,1,1.024
35,20,1,0,3,0,32.768,15602,15966.720000000001
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,2,3.072
39,20,1,1,3,0,32.768,22513,22964.864
40,20,1,2,0,0,32.768,1,1.024
41,20,1,2,1,0,32.768,20,22.464000000000002
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,5,5.824
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,0,0.0
46,20,1,3,2,0,32.768,37434,38385.856
47,20,1,3,3,0,32.768,0,0.0
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,11133,11373.056
50,20,1,4,2,0,32.768,10177,10390.592
51,20,1,4,3,0,32.768,7896,8101.76
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,16193,16589.568
54,20,1,5,2,0,32.768,14677,15062.144
55,20,1,5,3,0,32.768,11029,11267.328
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,20659,21084.48
58,20,1,6,2,0,32.768,16498,16930.816
59,20,1,6,3,0,32.768,14706,15069.76
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,24641,25207.424
62,20,1,7,2,0,32.768,20791,21340.736
63,20,1,7,3,0,32.768,17053,17506.24

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,87383,1396.895
1,120,0,0,1,6,32.768,84422,1350.436
2,120,0,0,2,6,32.768,62221,995.3580000000001
3,120,0,0,3,6,32.768,63237,1010.77
4,120,0,1,0,6,32.768,99329,1591.297
5,120,0,1,1,6,32.768,0,0.0
6,120,0,1,2,6,32.768,81388,1301.347
7,120,0,1,3,6,32.768,61894,991.3100000000001
8,120,0,2,0,6,32.768,150672,2410.07
9,120,0,2,1,6,32.768,123154,1967.905
10,120,0,2,2,6,32.768,89424,1432.232
11,120,0,2,3,6,32.768,84892,1357.205
12,120,0,3,0,6,32.768,0,0.0
13,120,0,3,1,6,32.768,104889,1679.231
14,120,0,3,2,6,32.768,103338,1651.478
15,120,0,3,3,6,32.768,93912,1502.355
16,120,0,4,0,7,32.768,57368,459.01800000000003
17,120,0,4,1,7,32.768,44216,353.522
18,120,0,4,2,7,32.768,41231,329.96
19,120,0,4,3,7,32.768,34375,275.0445
20,120,0,5,0,7,32.768,58535,468.0405
21,120,0,5,1,7,32.768,54247,433.9445
22,120,0,5,2,7,32.768,52003,416.0845
23,120,0,5,3,7,32.768,37090,296.567
24,120,0,6,0,7,32.768,79641,637.236
25,120,0,6,1,7,32.768,68294,546.3395
26,120,0,6,2,7,32.768,52670,421.205
27,120,0,6,3,7,32.768,45361,362.9725
28,120,0,7,0,7,32.768,93918,751.111
29,120,0,7,1,7,32.768,63297,506.3395
30,120,0,7,2,7,32.768,2,0.0225
31,120,0,7,3,7,32.768,46703,373.5135
32,120,1,0,0,0,32.768,83668,85833.344
33,120,1,0,1,0,32.768,75265,77254.272
34,120,1,0,2,0,32.768,71278,72972.352
35,120,1,0,3,0,32.768,60024,61516.416000000005
36,120,1,1,0,0,32.768,130632,133709.50400000002
37,120,1,1,1,0,32.768,1,1.024
38,120,1,1,2,0,32.768,92642,94746.88
39,120,1,1,3,0,32.768,85782,88032.064
40,120,1,2,0,0,32.768,1,1.024
41,120,1,2,1,0,32.768,89175,91707.648
42,120,1,2,2,0,32.768,127221,129880.25600000001
43,120,1,2,3,0,32.768,104231,106771.136
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,0,0.0
46,120,1,3,2,0,32.768,140228,143389.12
47,120,1,3,3,0,32.768,123736,126944.192
48,120,1,4,0,0,32.768,69076,70302.528
49,120,1,4,1,0,32.768,55722,57091.712
50,120,1,4,2,0,32.768,51283,52688.576
51,120,1,4,3,0,32.768,40614,41712.256
52,120,1,5,0,0,32.768,0,0.0
53,120,1,5,1,0,32.768,75762,77404.992
54,120,1,5,2,0,32.768,68310,70011.2
55,120,1,5,3,0,32.768,56654,58034.56
56,120,1,6,0,0,32.768,1,1.024
57,120,1,6,1,0,32.768,99540,101888.96
58,120,1,6,2,0,32.768,81331,83064.384
59,120,1,6,3,0,32.768,72103,73816.064
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,96361,98690.944
63,120,1,7,3,0,32.768,83712,85528.64

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,64348,1029.646
1,110,0,0,1,6,32.768,62741,1002.724
2,110,0,0,2,6,32.768,45533,728.4590000000001
3,110,0,0,3,6,32.768,47002,752.557
4,110,0,1,0,6,32.768,72523,1161.6870000000001
5,110,0,1,1,6,32.768,0,0.0
6,110,0,1,2,6,32.768,59839,958.501
7,110,0,1,3,6,32.768,45470,728.274
8,110,0,2,0,6,32.768,93253,1476.566
9,110,0,2,1,6,32.768,92008,1474.111
10,110,0,2,2,6,32.768,66189,1058.4950000000001
11,110,0,2,3,6,32.768,63340,1013.056
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,77099,1231.943
14,110,0,3,2,6,32.768,75706,1212.911
15,110,0,3,3,6,32.768,69903,1119.051
16,110,0,4,0,7,32.768,39753,317.9305
17,110,0,4,1,7,32.768,30697,245.6725
18,110,0,4,2,7,32.768,28885,231.1835
19,110,0,4,3,7,32.768,24355,194.76500000000001
20,110,0,5,0,7,32.768,40441,323.6065
21,110,0,5,1,7,32.768,38354,306.8455
22,110,0,5,2,7,32.768,36337,290.588
23,110,0,5,3,7,32.768,26072,208.562
24,110,0,6,0,7,32.768,54671,437.5675
25,110,0,6,1,7,32.768,47692,381.325
26,110,0,6,2,7,32.768,36653,293.30400000000003
27,110,0,6,3,7,32.768,31763,254.159
28,110,0,7,0,7,32.768,66336,530.363
29,110,0,7,1,7,32.768,44104,353.002
30,110,0,7,2,7,32.768,0,0.0
31,110,0,7,3,7,32.768,32731,261.6975
32,110,1,0,0,0,32.768,75454,77518.40000000001
33,110,1,0,1,0,32.768,68394,70003.456
34,110,1,0,2,0,32.768,65180,66544.768
35,110,1,0,3,0,32.768,54762,56048.768000000004
36,110,1,1,0,0,32.768,118827,121497.28
37,110,1,1,1,0,32.768,1,1.024
38,110,1,1,2,0,32.768,84309,86375.232
39,110,1,1,3,0,32.768,78624,80276.352
40,110,1,2,0,0,32.768,1,1.024
41,110,1,2,1,0,32.768,88307,90250.56
42,110,1,2,2,0,32.768,116483,119224.32
43,110,1,2,3,0,32.768,95371,97750.528
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,0,0.0
46,110,1,3,2,0,32.768,128618,131346.56
47,110,1,3,3,0,32.768,113959,116402.944
48,110,1,4,0,0,32.768,204,193.28
49,110,1,4,1,0,32.768,50024,51066.944
50,110,1,4,2,0,32.768,46004,47256.896
51,110,1,4,3,0,32.768,36484,37295.168
52,110,1,5,0,0,32.768,0,0.0
53,110,1,5,1,0,32.768,67832,69649.984
54,110,1,5,2,0,32.768,61638,63029.824
55,110,1,5,3,0,32.768,50900,51982.144
56,110,1,6,0,0,32.768,1,1.024
57,110,1,6,1,0,32.768,89324,91655.872
58,110,1,6,2,0,32.768,73020,74668.032
59,110,1,6,3,0,32.768,64944,66309.248
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,87074,88983.232
63,110,1,7,3,0,32.768,75370,76960.064

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,951,15.231
1,10,0,0,1,6,32.768,925,14.715
2,10,0,0,2,6,32.768,612,9.817
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,897,14.322000000000001
5,10,0,1,1,6,32.768,0,0.0
6,10,0,1,2,6,32.768,0,0.004
7,10,0,1,3,6,32.768,587,9.377
8,10,0,2,0,6,32.768,1,0.016
9,10,0,2,1,6,32.768,2543,40.327
10,10,0,2,2,6,32.768,985,15.795
11,10,0,2,3,6,32.768,2147,34.388
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,1077,17.226
14,10,0,3,2,6,32.768,0,0.0
15,10,0,3,3,6,32.768,0,0.0
16,10,0,4,0,7,32.768,0,0.0
17,10,0,4,1,7,32.768,185,1.481
18,10,0,4,2,7,32.768,174,1.3975
19,10,0,4,3,7,32.768,0,0.0
20,10,0,5,0,7,32.768,254,2.0315
21,10,0,5,1,7,32.768,26,0.23700000000000002
22,10,0,5,2,7,32.768,234,1.8615
23,10,0,5,3,7,32.768,175,1.3760000000000001
24,10,0,6,0,7,32.768,261,2.092
25,10,0,6,1,7,32.768,279,2.23
26,10,0,6,2,7,32.768,228,1.825
27,10,0,6,3,7,32.768,198,1.5875000000000001
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,296,2.366
30,10,0,7,2,7,32.768,0,0.0
31,10,0,7,3,7,32.768,212,1.703
32,10,1,0,0,0,32.768,15030,15346.304
33,10,1,0,1,0,32.768,14559,14927.424
34,10,1,0,2,0,32.768,1,1.024
35,10,1,0,3,0,32.768,12683,13008.256
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,18331,18816.512
40,10,1,2,0,0,32.768,1,1.024
41,10,1,2,1,0,32.768,11,10.24
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,1,1.024
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,0,0.0
46,10,1,3,2,0,32.768,30446,31233.856
47,10,1,3,3,0,32.768,0,0.0
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,8679,8878.08
50,10,1,4,2,0,32.768,7882,8061.888
51,10,1,4,3,0,32.768,6151,6316.224
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,12791,13089.92
54,10,1,5,2,0,32.768,716,779.52
55,10,1,5,3,0,32.768,8523,8709.248
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,16049,16409.472
58,10,1,6,2,0,32.768,12891,13169.216
59,10,1,6,3,0,32.768,11419,11731.712
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,19275,19742.4
62,10,1,7,2,0,32.768,16430,16780.032
63,10,1,7,3,0,32.768,13255,13570.880000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,46644,747.4730000000001
1,100,0,0,1,6,32.768,45814,732.773
2,100,0,0,2,6,32.768,32841,524.846
3,100,0,0,3,6,32.768,34473,552.32
4,100,0,1,0,6,32.768,52166,834.463
5,100,0,1,1,6,32.768,0,0.0
6,100,0,1,2,6,32.768,43476,695.207
7,100,0,1,3,6,32.768,32864,526.52
8,100,0,2,0,6,32.768,2268,36.836
9,100,0,2,1,6,32.768,68015,1087.273
10,100,0,2,2,6,32.768,48234,770.575
11,100,0,2,3,6,32.768,46614,745.331
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,55663,890.0550000000001
14,100,0,3,2,6,32.768,54835,876.457
15,100,0,3,3,6,32.768,51391,821.927
16,100,0,4,0,7,32.768,26963,215.6655
17,100,0,4,1,7,32.768,20948,167.6605
18,100,0,4,2,7,32.768,19870,158.858
19,100,0,4,3,7,32.768,16947,135.581
20,100,0,5,0,7,32.768,27462,219.781
21,100,0,5,1,7,32.768,26679,213.3285
22,100,0,5,2,7,32.768,24883,199.03050000000002
23,100,0,5,3,7,32.768,17965,143.776
24,100,0,6,0,7,32.768,36726,293.689
25,100,0,6,1,7,32.768,32602,260.829
26,100,0,6,2,7,32.768,25085,200.75300000000001
27,100,0,6,3,7,32.768,21861,174.921
28,100,0,7,0,7,32.768,46057,368.385
29,100,0,7,1,7,32.768,30216,241.852
30,100,0,7,2,7,32.768,0,0.0
31,100,0,7,3,7,32.768,22487,179.915
32,100,1,0,0,0,32.768,67794,69386.816
33,100,1,0,1,0,32.768,61359,63019.776
34,100,1,0,2,0,32.768,58963,60206.4
35,100,1,0,3,0,32.768,49562,50765.312
36,100,1,1,0,0,32.768,48100,42103.36
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,76201,78258.688
39,100,1,1,3,0,32.768,71139,72680.128
40,100,1,2,0,0,32.768,1,1.024
41,100,1,2,1,0,32.768,111733,114130.75200000001
42,100,1,2,2,0,32.768,106074,108679.68000000001
43,100,1,2,3,0,32.768,87065,88907.456
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,0,0.0
46,100,1,3,2,0,32.768,116608,119442.11200000001
47,100,1,3,3,0,32.768,103136,105914.304
48,100,1,4,0,0,32.768,1,1.024
49,100,1,4,1,0,32.768,44221,45372.032
50,100,1,4,2,0,32.768,41074,42035.712
51,100,1,4,3,0,32.768,32343,33045.696
52,100,1,5,0,0,32.768,0,0.0
53,100,1,5,1,0,32.768,60832,62201.856
54,100,1,5,2,0,32.768,54952,56350.592000000004
55,100,1,5,3,0,32.768,45202,46151.68
56,100,1,6,0,0,32.768,1,1.024
57,100,1,6,1,0,32.768,80096,81794.688
58,100,1,6,2,0,32.768,64750,66496.128
59,100,1,6,3,0,32.768,57875,59122.112
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,77681,79544.128
63,100,1,7,3,0,32.768,66790,68587.008

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.001
1,0,0,0,1,6,32.768,268,4.001
2,0,0,0,2,6,32.768,340,5.44
3,0,0,0,3,6,32.768,0,0.0
4,0,0,1,0,6,32.768,483,7.719
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,0,0.0
7,0,0,1,3,6,32.768,317,5.05
8,0,0,2,0,6,32.768,1,0.016
9,0,0,2,1,6,32.768,28,0.28500000000000003
10,0,0,2,2,6,32.768,547,8.759
11,0,0,2,3,6,32.768,760,12.58
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,592,9.483
14,0,0,3,2,6,32.768,0,0.0
15,0,0,3,3,6,32.768,0,0.0
16,0,0,4,0,7,32.768,0,0.0
17,0,0,4,1,7,32.768,89,0.7175
18,0,0,4,2,7,32.768,85,0.677
19,0,0,4,3,7,32.768,0,0.0
20,0,0,5,0,7,32.768,124,0.9915
21,0,0,5,1,7,32.768,1,0.009000000000000001
22,0,0,5,2,7,32.768,113,0.893
23,0,0,5,3,7,32.768,107,0.8260000000000001
24,0,0,6,0,7,32.768,122,0.98
25,0,0,6,1,7,32.768,133,1.067
26,0,0,6,2,7,32.768,109,0.8725
27,0,0,6,3,7,32.768,77,0.6055
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,143,1.1505
30,0,0,7,2,7,32.768,0,0.0
31,0,0,7,3,7,32.768,110,0.8835000000000001
32,0,1,0,0,0,32.768,11500,11805.056
33,0,1,0,1,0,32.768,11341,11638.912
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,1,1.088
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,14553,14931.84
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,5,7.296
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,1,1.024
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,10004,11000.832
47,0,1,3,3,0,32.768,0,0.0
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,6423,6564.0960000000005
50,0,1,4,2,0,32.768,5843,5993.856
51,0,1,4,3,0,32.768,4630,4734.528
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,9680,9933.76
54,0,1,5,2,0,32.768,1,1.024
55,0,1,5,3,0,32.768,6327,6476.736
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,12048,12309.824
58,0,1,6,2,0,32.768,9658,9862.848
59,0,1,6,3,0,32.768,8566,8795.456
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,14597,14944.384
62,0,1,7,2,0,32.768,12446,12747.52
63,0,1,7,3,0,32.768,9970,10183.744

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.001
1,-40,0,0,1,6,32.768,1,0.023
2,-40,0,0,2,6,32.768,0,0.0
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,32,0.47800000000000004
5,-40,0,1,1,6,32.768,2,0.032
6,-40,0,1,2,6,32.768,0,0.0
7,-40,0,1,3,6,32.768,26,0.486
8,-40,0,2,0,6,32.768,1,0.016
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,34,0.579
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,34,0.562
14,-40,0,3,2,6,32.768,0,0.0
15,-40,0,3,3,6,32.768,0,0.0
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,4,0.0375
18,-40,0,4,2,7,32.768,4,0.0455
19,-40,0,4,3,7,32.768,0,0.0
20,-40,0,5,0,7,32.768,7,0.039
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,46,0.5745
24,-40,0,6,0,7,32.768,5,0.0535
25,-40,0,6,1,7,32.768,13,0.0805
26,-40,0,6,2,7,32.768,1,0.008
27,-40,0,6,3,7,32.768,0,0.006
28,-40,0,7,0,7,32.768,1,0.405
29,-40,0,7,1,7,32.768,16,0.09
30,-40,0,7,2,7,32.768,0,0.052000000000000005
31,-40,0,7,3,7,32.768,32,0.2615
32,-40,1,0,0,0,32.768,3248,3304.512
33,-40,1,0,1,0,32.768,3454,3516.096
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,1,1.024
36,-40,1,1,0,0,32.768,0,0.0
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,4865,4980.928
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,1,3.2
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,2838,2382.848
47,-40,1,3,3,0,32.768,0,0.0
48,-40,1,4,0,0,32.768,1,1.024
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,1444,1477.5040000000001
51,-40,1,4,3,0,32.768,1191,1223.68
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,1,1.024
55,-40,1,5,3,0,32.768,1555,1590.784
56,-40,1,6,0,0,32.768,1,1.024
57,-40,1,6,1,0,32.768,3031,3113.024
58,-40,1,6,2,0,32.768,2419,2477.696
59,-40,1,6,3,0,32.768,2199,2244.288
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,3758,3850.0480000000002
62,-40,1,7,2,0,32.768,1,1.024
63,-40,1,7,3,0,32.768,2473,2533.632

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.002
1,-30,0,0,1,6,32.768,1,0.022
2,-30,0,0,2,6,32.768,7,0.063
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,63,0.9460000000000001
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,0,0.0
7,-30,0,1,3,6,32.768,42,0.798
8,-30,0,2,0,6,32.768,1,0.016
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,71,1.1460000000000001
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,75,1.194
14,-30,0,3,2,6,32.768,0,0.0
15,-30,0,3,3,6,32.768,0,0.0
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,8,0.067
18,-30,0,4,2,7,32.768,13,0.0805
19,-30,0,4,3,7,32.768,0,0.0
20,-30,0,5,0,7,32.768,14,0.091
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,1,0.0185
23,-30,0,5,3,7,32.768,51,0.433
24,-30,0,6,0,7,32.768,14,0.1095
25,-30,0,6,1,7,32.768,13,0.1265
26,-30,0,6,2,7,32.768,1,0.008
27,-30,0,6,3,7,32.768,1,0.0085
28,-30,0,7,0,7,32.768,1,0.3435
29,-30,0,7,1,7,32.768,15,0.132
30,-30,0,7,2,7,32.768,0,0.0155
31,-30,0,7,3,7,32.768,44,0.3535
32,-30,1,0,0,0,32.768,4655,4777.216
33,-30,1,0,1,0,32.768,4833,4934.336
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,1,1.024
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,6680,6824.128
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,1,2.24
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,28,20.032
47,-30,1,3,3,0,32.768,0,0.0
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,2158,2209.216
51,-30,1,4,3,0,32.768,1763,1804.928
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,3830,3927.6800000000003
54,-30,1,5,2,0,32.768,1,1.024
55,-30,1,5,3,0,32.768,2326,2385.216
56,-30,1,6,0,0,32.768,1,1.024
57,-30,1,6,1,0,32.768,4536,4634.112
58,-30,1,6,2,0,32.768,3607,3697.088
59,-30,1,6,3,0,32.768,3243,3328.32
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,5600,5722.624
62,-30,1,7,2,0,32.768,4941,5047.168
63,-30,1,7,3,0,32.768,3700,3794.4320000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,1,0.023
2,-20,0,0,2,6,32.768,93,1.557
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,126,2.0060000000000002
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,0,0.0
7,-20,0,1,3,6,32.768,94,1.576
8,-20,0,2,0,6,32.768,1,0.016
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,148,2.378
11,-20,0,2,3,6,32.768,0,0.0
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,158,2.519
14,-20,0,3,2,6,32.768,0,0.0
15,-20,0,3,3,6,32.768,0,0.0
16,-20,0,4,0,7,32.768,0,0.0
17,-20,0,4,1,7,32.768,18,0.1475
18,-20,0,4,2,7,32.768,17,0.1475
19,-20,0,4,3,7,32.768,0,0.0
20,-20,0,5,0,7,32.768,25,0.20500000000000002
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,84,0.68
23,-20,0,5,3,7,32.768,67,0.634
24,-20,0,6,0,7,32.768,27,0.221
25,-20,0,6,1,7,32.768,31,0.23500000000000001
26,-20,0,6,2,7,32.768,19,0.158
27,-20,0,6,3,7,32.768,2,0.012
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,34,0.2535
30,-20,0,7,2,7,32.768,0,0.0
31,-20,0,7,3,7,32.768,53,0.427
32,-20,1,0,0,0,32.768,6499,6666.432
33,-20,1,0,1,0,32.768,6559,6704.64
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,1,1.024
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,8911,9104.896
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,0,2.3040000000000003
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,1,1.024
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,25,18.112000000000002
47,-20,1,3,3,0,32.768,0,0.0
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,3122,3193.216
51,-20,1,4,3,0,32.768,2512,2575.552
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,5391,5533.12
54,-20,1,5,2,0,32.768,1,1.024
55,-20,1,5,3,0,32.768,3376,3450.4320000000002
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,6522,6656.64
58,-20,1,6,2,0,32.768,5212,5320.896
59,-20,1,6,3,0,32.768,4663,4771.2
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,7986,8190.784000000001
62,-20,1,7,2,0,32.768,6963,7108.2880000000005
63,-20,1,7,3,0,32.768,5355,5476.992

tapeouts/mpw-1/testsetup/MeasResults/ChipNo22/Meas_ChipNo22_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,2,0.032
2,-10,0,0,2,6,32.768,186,3.013
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,257,4.099
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,0,0.0
7,-10,0,1,3,6,32.768,248,3.806
8,-10,0,2,0,6,32.768,1,0.016
9,-10,0,2,1,6,32.768,0,0.015
10,-10,0,2,2,6,32.768,295,4.735
11,-10,0,2,3,6,32.768,7,0.026000000000000002
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,318,5.079
14,-10,0,3,2,6,32.768,0,0.0
15,-10,0,3,3,6,32.768,0,0.0
16,-10,0,4,0,7,32.768,0,0.0
17,-10,0,4,1,7,32.768,42,0.337
18,-10,0,4,2,7,32.768,41,0.316
19,-10,0,4,3,7,32.768,0,0.0
20,-10,0,5,0,7,32.768,58,0.467
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,56,0.4555
23,-10,0,5,3,7,32.768,101,0.752
24,-10,0,6,0,7,32.768,58,0.47250000000000003
25,-10,0,6,1,7,32.768,65,0.5205
26,-10,0,6,2,7,32.768,52,0.41600000000000004
27,-10,0,6,3,7,32.768,22,0.1955
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,69,0.5565
30,-10,0,7,2,7,32.768,0,0.0
31,-10,0,7,3,7,32.768,71,0.5845
32,-10,1,0,0,0,32.768,8869,9053.504
33,-10,1,0,1,0,32.768,8831,9056.32
34,-10,1,0,2,0,32.768,1,1.024
35,-10,1,0,3,0,32.768,1,1.024
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,11645,11887.424
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,6,4.672
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,1,1.024
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,110,103.744
47,-10,1,3,3,0,32.768,0,0.0
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,39,27.264
50,-10,1,4,2,0,32.768,4390,4479.936
51,-10,1,4,3,0,32.768,3497,3572.352
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,7412,7592.896
54,-10,1,5,2,0,32.768,1,1.024
55,-10,1,5,3,0,32.768,4727,4847.04
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,9066,9289.088
58,-10,1,6,2,0,32.768,7270,7421.8240000000005
59,-10,1,6,3,0,32.768,6482,6640.832
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,11109,11347.968
62,-10,1,7,2,0,32.768,9492,9737.984
63,-10,1,7,3,0,32.768,7489,7662.144

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,23405,374.663
1,90,0,0,1,6,32.768,0,0.0
2,90,0,0,2,6,32.768,19157,306.85200000000003
3,90,0,0,3,6,32.768,53,0.7010000000000001
4,90,0,1,0,6,32.768,0,0.0
5,90,0,1,1,6,32.768,19753,315.32
6,90,0,1,2,6,32.768,16710,267.413
7,90,0,1,3,6,32.768,19109,305.841
8,90,0,2,0,6,32.768,0,0.0
9,90,0,2,1,6,32.768,0,0.0
10,90,0,2,2,6,32.768,21289,340.432
11,90,0,2,3,6,32.768,1,0.016
12,90,0,3,0,6,32.768,34826,556.7040000000001
13,90,0,3,1,6,32.768,32538,521.067
14,90,0,3,2,6,32.768,0,0.002
15,90,0,3,3,6,32.768,22001,352.547
16,90,0,4,0,7,32.768,10746,85.931
17,90,0,4,1,7,32.768,9659,77.257
18,90,0,4,2,7,32.768,7747,62.001000000000005
19,90,0,4,3,7,32.768,7384,59.071
20,90,0,5,0,7,32.768,10874,86.9635
21,90,0,5,1,7,32.768,11074,88.617
22,90,0,5,2,7,32.768,9166,73.3645
23,90,0,5,3,7,32.768,9077,72.5865
24,90,0,6,0,7,32.768,122,1.284
25,90,0,6,1,7,32.768,13760,110.142
26,90,0,6,2,7,32.768,14185,113.44500000000001
27,90,0,6,3,7,32.768,9172,73.3365
28,90,0,7,0,7,32.768,19199,153.6265
29,90,0,7,1,7,32.768,1,0.0085
30,90,0,7,2,7,32.768,12833,102.6225
31,90,0,7,3,7,32.768,10700,85.6255
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,41937,42787.776
34,90,1,0,2,0,32.768,34991,35771.456
35,90,1,0,3,0,32.768,32310,33163.968
36,90,1,1,0,0,32.768,67217,69012.864
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,48728,50034.24
39,90,1,1,3,0,32.768,48042,49039.872
40,90,1,2,0,0,32.768,0,0.0
41,90,1,2,1,0,32.768,1,1.024
42,90,1,2,2,0,32.768,59680,61153.024000000005
43,90,1,2,3,0,32.768,52730,53811.584
44,90,1,3,0,0,32.768,99583,101958.016
45,90,1,3,1,0,32.768,83016,84753.792
46,90,1,3,2,0,32.768,76339,78421.888
47,90,1,3,3,0,32.768,67530,69067.456
48,90,1,4,0,0,32.768,38039,38982.592000000004
49,90,1,4,1,0,32.768,0,0.0
50,90,1,4,2,0,32.768,25502,26091.392
51,90,1,4,3,0,32.768,23598,24099.648
52,90,1,5,0,0,32.768,11981,14738.816
53,90,1,5,1,0,32.768,40353,41180.992
54,90,1,5,2,0,32.768,36231,37147.712
55,90,1,5,3,0,32.768,32450,33201.408
56,90,1,6,0,0,32.768,60938,62267.520000000004
57,90,1,6,1,0,32.768,52080,53162.752
58,90,1,6,2,0,32.768,45144,46274.176
59,90,1,6,3,0,32.768,39261,40312.576
60,90,1,7,0,0,32.768,73405,75383.808
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,52749,53896.64
63,90,1,7,3,0,32.768,43649,44758.208

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,15919,255.40200000000002
1,80,0,0,1,6,32.768,0,0.0
2,80,0,0,2,6,32.768,13258,212.067
3,80,0,0,3,6,32.768,0,0.0
4,80,0,1,0,6,32.768,0,0.0
5,80,0,1,1,6,32.768,9393,150.654
6,80,0,1,2,6,32.768,11398,182.461
7,80,0,1,3,6,32.768,13206,211.386
8,80,0,2,0,6,32.768,0,0.0
9,80,0,2,1,6,32.768,0,0.0
10,80,0,2,2,6,32.768,14584,233.67600000000002
11,80,0,2,3,6,32.768,1,0.016
12,80,0,3,0,6,32.768,23588,376.81
13,80,0,3,1,6,32.768,22457,359.849
14,80,0,3,2,6,32.768,0,0.0
15,80,0,3,3,6,32.768,15189,243.315
16,80,0,4,0,7,32.768,6863,54.8785
17,80,0,4,1,7,32.768,6193,49.56
18,80,0,4,2,7,32.768,4971,39.779
19,80,0,4,3,7,32.768,4780,38.2205
20,80,0,5,0,7,32.768,6793,54.359500000000004
21,80,0,5,1,7,32.768,7116,56.941
22,80,0,5,2,7,32.768,5883,47.04
23,80,0,5,3,7,32.768,5901,47.205
24,80,0,6,0,7,32.768,79,0.586
25,80,0,6,1,7,32.768,8804,70.397
26,80,0,6,2,7,32.768,9223,73.7955
27,80,0,6,3,7,32.768,5864,46.894
28,80,0,7,0,7,32.768,12335,98.626
29,80,0,7,1,7,32.768,1,0.008
30,80,0,7,2,7,32.768,8292,66.3425
31,80,0,7,3,7,32.768,6872,54.9445
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,36416,37284.032
34,80,1,0,2,0,32.768,30135,30906.432
35,80,1,0,3,0,32.768,28288,28869.184
36,80,1,1,0,0,32.768,58363,59715.904
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,42626,43565.952
39,80,1,1,3,0,32.768,41827,42897.6
40,80,1,2,0,0,32.768,0,0.0
41,80,1,2,1,0,32.768,1,1.024
42,80,1,2,2,0,32.768,52023,53174.08
43,80,1,2,3,0,32.768,45544,46763.200000000004
44,80,1,3,0,0,32.768,18447,17803.52
45,80,1,3,1,0,32.768,71912,73775.488
46,80,1,3,2,0,32.768,67197,68662.976
47,80,1,3,3,0,32.768,59348,60691.776
48,80,1,4,0,0,32.768,32823,33604.288
49,80,1,4,1,0,32.768,0,0.0
50,80,1,4,2,0,32.768,21745,22312.896
51,80,1,4,3,0,32.768,20100,20621.696
52,80,1,5,0,0,32.768,1,0.896
53,80,1,5,1,0,32.768,34645,35379.776
54,80,1,5,2,0,32.768,31068,31828.288
55,80,1,5,3,0,32.768,27818,28561.216
56,80,1,6,0,0,32.768,51925,53236.352
57,80,1,6,1,0,32.768,44554,45482.944
58,80,1,6,2,0,32.768,38750,39778.304000000004
59,80,1,6,3,0,32.768,33806,34690.624
60,80,1,7,0,0,32.768,63062,64762.624
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,45450,46438.336
63,80,1,7,3,0,32.768,37586,38425.536

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,7747,125.73400000000001
1,70,0,0,1,6,32.768,0,0.0
2,70,0,0,2,6,32.768,8952,143.262
3,70,0,0,3,6,32.768,0,0.0
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,4022,65.24
6,70,0,1,2,6,32.768,7622,121.784
7,70,0,1,3,6,32.768,8926,142.854
8,70,0,2,0,6,32.768,0,0.0
9,70,0,2,1,6,32.768,0,0.0
10,70,0,2,2,6,32.768,9820,156.952
11,70,0,2,3,6,32.768,1,0.016
12,70,0,3,0,6,32.768,15584,249.665
13,70,0,3,1,6,32.768,15221,243.246
14,70,0,3,2,6,32.768,0,0.0
15,70,0,3,3,6,32.768,10251,164.218
16,70,0,4,0,7,32.768,4264,34.102000000000004
17,70,0,4,1,7,32.768,3877,31.023500000000002
18,70,0,4,2,7,32.768,3102,24.8175
19,70,0,4,3,7,32.768,3015,24.112000000000002
20,70,0,5,0,7,32.768,4133,33.0735
21,70,0,5,1,7,32.768,4469,35.7565
22,70,0,5,2,7,32.768,3680,29.425
23,70,0,5,3,7,32.768,3743,29.953
24,70,0,6,0,7,32.768,41,0.426
25,70,0,6,1,7,32.768,5478,43.8255
26,70,0,6,2,7,32.768,5840,46.728500000000004
27,70,0,6,3,7,32.768,3651,29.1955
28,70,0,7,0,7,32.768,7712,61.7005
29,70,0,7,1,7,32.768,1,0.008
30,70,0,7,2,7,32.768,5234,41.8455
31,70,0,7,3,7,32.768,4291,34.334
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,31292,32098.56
34,70,1,0,2,0,32.768,25863,26418.88
35,70,1,0,3,0,32.768,24219,24858.112
36,70,1,1,0,0,32.768,13619,16344.192000000001
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,36533,37489.984000000004
39,70,1,1,3,0,32.768,36353,37090.496
40,70,1,2,0,0,32.768,0,0.0
41,70,1,2,1,0,32.768,1,1.024
42,70,1,2,2,0,32.768,44490,45629.184
43,70,1,2,3,0,32.768,39319,40187.648
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,61942,63505.024000000005
46,70,1,3,2,0,32.768,57950,59425.984000000004
47,70,1,3,3,0,32.768,51526,52820.352
48,70,1,4,0,0,32.768,28024,28615.808
49,70,1,4,1,0,32.768,0,0.0
50,70,1,4,2,0,32.768,18343,18797.760000000002
51,70,1,4,3,0,32.768,16988,17425.728
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,29278,30024.576
54,70,1,5,2,0,32.768,26378,26925.056
55,70,1,5,3,0,32.768,23738,24246.208
56,70,1,6,0,0,32.768,43759,44938.496
57,70,1,6,1,0,32.768,37607,38389.568
58,70,1,6,2,0,32.768,32878,33760.128000000004
59,70,1,6,3,0,32.768,28720,29441.408
60,70,1,7,0,0,32.768,53550,54990.016
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,38598,39464.64
63,70,1,7,3,0,32.768,31746,32520.192

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,1,0.041
1,60,0,0,1,6,32.768,0,0.0
2,60,0,0,2,6,32.768,5877,94.119
3,60,0,0,3,6,32.768,0,0.0
4,60,0,1,0,6,32.768,0,0.0
5,60,0,1,1,6,32.768,1919,31.596
6,60,0,1,2,6,32.768,4954,79.175
7,60,0,1,3,6,32.768,5870,93.936
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,0,0.0
10,60,0,2,2,6,32.768,6417,102.551
11,60,0,2,3,6,32.768,1,0.016
12,60,0,3,0,6,32.768,10100,161.478
13,60,0,3,1,6,32.768,1,0.025
14,60,0,3,2,6,32.768,0,0.0
15,60,0,3,3,6,32.768,6751,107.855
16,60,0,4,0,7,32.768,2559,20.491
17,60,0,4,1,7,32.768,2353,18.8245
18,60,0,4,2,7,32.768,1870,14.964500000000001
19,60,0,4,3,7,32.768,1839,14.721
20,60,0,5,0,7,32.768,2428,19.4095
21,60,0,5,1,7,32.768,2723,21.7825
22,60,0,5,2,7,32.768,2227,17.823
23,60,0,5,3,7,32.768,2299,18.375
24,60,0,6,0,7,32.768,32,0.362
25,60,0,6,1,7,32.768,3294,26.366500000000002
26,60,0,6,2,7,32.768,3573,28.5915
27,60,0,6,3,7,32.768,2196,17.557
28,60,0,7,0,7,32.768,4664,37.3195
29,60,0,7,1,7,32.768,1,0.008
30,60,0,7,2,7,32.768,3192,25.533
31,60,0,7,3,7,32.768,2589,20.7245
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,26613,27225.28
34,60,1,0,2,0,32.768,21694,22226.496
35,60,1,0,3,0,32.768,20662,21111.552
36,60,1,1,0,0,32.768,1,1.088
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,31147,31803.136000000002
39,60,1,1,3,0,32.768,30891,31615.616
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,37667,38617.92
43,60,1,2,3,0,32.768,33207,34019.392
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,52541,53861.632
46,60,1,3,2,0,32.768,49664,50821.568
47,60,1,3,3,0,32.768,27720,29149.952
48,60,1,4,0,0,32.768,23537,24033.792
49,60,1,4,1,0,32.768,0,0.0
50,60,1,4,2,0,32.768,15315,15618.624
51,60,1,4,3,0,32.768,14130,14498.048
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,24558,25058.816
54,60,1,5,2,0,32.768,21916,22417.024
55,60,1,5,3,0,32.768,19813,20259.2
56,60,1,6,0,0,32.768,36438,37279.168
57,60,1,6,1,0,32.768,31221,31878.592
58,60,1,6,2,0,32.768,27573,28208.768
59,60,1,6,3,0,32.768,24044,24621.888
60,60,1,7,0,0,32.768,44930,45976.0
61,60,1,7,1,0,32.768,0,0.0
62,60,1,7,2,0,32.768,32218,33022.976
63,60,1,7,3,0,32.768,26398,27082.048

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,1,0.016
1,50,0,0,1,6,32.768,0,0.0
2,50,0,0,2,6,32.768,3525,56.302
3,50,0,0,3,6,32.768,0,0.0
4,50,0,1,0,6,32.768,0,0.0
5,50,0,1,1,6,32.768,1327,20.421
6,50,0,1,2,6,32.768,3150,50.475
7,50,0,1,3,6,32.768,3775,60.421
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,0,0.0
10,50,0,2,2,6,32.768,4111,65.663
11,50,0,2,3,6,32.768,1,0.016
12,50,0,3,0,6,32.768,6441,103.027
13,50,0,3,1,6,32.768,1,0.016
14,50,0,3,2,6,32.768,0,0.0
15,50,0,3,3,6,32.768,4352,69.56700000000001
16,50,0,4,0,7,32.768,1506,12.027000000000001
17,50,0,4,1,7,32.768,1395,11.164
18,50,0,4,2,7,32.768,1102,8.804
19,50,0,4,3,7,32.768,1097,8.768
20,50,0,5,0,7,32.768,1385,11.087
21,50,0,5,1,7,32.768,1622,12.977500000000001
22,50,0,5,2,7,32.768,1318,10.536
23,50,0,5,3,7,32.768,1372,10.9785
24,50,0,6,0,7,32.768,35,0.3
25,50,0,6,1,7,32.768,1936,15.478
26,50,0,6,2,7,32.768,2133,17.064
27,50,0,6,3,7,32.768,1285,10.2835
28,50,0,7,0,7,32.768,2751,22.0225
29,50,0,7,1,7,32.768,1,0.008
30,50,0,7,2,7,32.768,1900,15.197000000000001
31,50,0,7,3,7,32.768,1525,12.2045
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,22299,22816.576
34,50,1,0,2,0,32.768,18004,18448.0
35,50,1,0,3,0,32.768,17254,17710.016
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,16021,16687.104
39,50,1,1,3,0,32.768,26101,26624.896
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,31387,32221.568
43,50,1,2,3,0,32.768,27841,28468.288
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,43906,45102.848
46,50,1,3,2,0,32.768,32,46.144
47,50,1,3,3,0,32.768,4,2.176
48,50,1,4,0,0,32.768,19423,19914.816
49,50,1,4,1,0,32.768,0,0.0
50,50,1,4,2,0,32.768,12569,12878.976
51,50,1,4,3,0,32.768,11599,11891.584
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,20101,20624.064000000002
54,50,1,5,2,0,32.768,18021,18412.736
55,50,1,5,3,0,32.768,16334,16679.36
56,50,1,6,0,0,32.768,29864,30493.440000000002
57,50,1,6,1,0,32.768,25454,26069.312
58,50,1,6,2,0,32.768,22618,23221.12
59,50,1,6,3,0,32.768,19786,20307.2
60,50,1,7,0,0,32.768,36779,37771.008
61,50,1,7,1,0,32.768,0,0.0
62,50,1,7,2,0,32.768,26632,27249.088
63,50,1,7,3,0,32.768,21673,22237.312

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,1,0.016
1,40,0,0,1,6,32.768,0,0.0
2,40,0,0,2,6,32.768,1204,19.363
3,40,0,0,3,6,32.768,0,0.0
4,40,0,1,0,6,32.768,0,0.0
5,40,0,1,1,6,32.768,1177,18.504
6,40,0,1,2,6,32.768,1947,31.111
7,40,0,1,3,6,32.768,2340,37.498
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,0,0.0
10,40,0,2,2,6,32.768,2545,40.681
11,40,0,2,3,6,32.768,1,0.016
12,40,0,3,0,6,32.768,3978,63.695
13,40,0,3,1,6,32.768,1,0.016
14,40,0,3,2,6,32.768,0,0.0
15,40,0,3,3,6,32.768,2719,43.487
16,40,0,4,0,7,32.768,848,6.796
17,40,0,4,1,7,32.768,796,6.3705
18,40,0,4,2,7,32.768,622,4.971
19,40,0,4,3,7,32.768,626,5.0205
20,40,0,5,0,7,32.768,759,6.071
21,40,0,5,1,7,32.768,931,7.4405
22,40,0,5,2,7,32.768,748,5.9815000000000005
23,40,0,5,3,7,32.768,789,6.315
24,40,0,6,0,7,32.768,29,0.3115
25,40,0,6,1,7,32.768,1095,8.7615
26,40,0,6,2,7,32.768,1224,9.7875
27,40,0,6,3,7,32.768,724,5.7865
28,40,0,7,0,7,32.768,1564,12.501
29,40,0,7,1,7,32.768,1,0.008
30,40,0,7,2,7,32.768,1089,8.708
31,40,0,7,3,7,32.768,866,6.9190000000000005
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,18397,18797.44
34,40,1,0,2,0,32.768,5051,5617.92
35,40,1,0,3,0,32.768,14265,14621.504
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,33,17.856
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,21568,22043.072
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,25757,26419.584
43,40,1,2,3,0,32.768,22834,23424.64
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,36205,37089.92
46,40,1,3,2,0,32.768,5,6.208
47,40,1,3,3,0,32.768,0,0.0
48,40,1,4,0,0,32.768,3,1.92
49,40,1,4,1,0,32.768,0,0.0
50,40,1,4,2,0,32.768,10156,10368.704
51,40,1,4,3,0,32.768,9319,9565.12
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,16348,16677.888
54,40,1,5,2,0,32.768,14520,14863.104000000001
55,40,1,5,3,0,32.768,13137,13480.768
56,40,1,6,0,0,32.768,23894,24447.168
57,40,1,6,1,0,32.768,20362,20852.928
58,40,1,6,2,0,32.768,18253,18744.0
59,40,1,6,3,0,32.768,16039,16436.16
60,40,1,7,0,0,32.768,29890,30513.664
61,40,1,7,1,0,32.768,0,0.0
62,40,1,7,2,0,32.768,21634,22068.48
63,40,1,7,3,0,32.768,17460,17904.96

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1,0.016
1,30,0,0,1,6,32.768,0,0.0
2,30,0,0,2,6,32.768,230,3.591
3,30,0,0,3,6,32.768,0,0.0
4,30,0,1,0,6,32.768,0,0.0
5,30,0,1,1,6,32.768,1108,17.721
6,30,0,1,2,6,32.768,1154,18.507
7,30,0,1,3,6,32.768,1394,22.324
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,0,0.0
10,30,0,2,2,6,32.768,1522,24.318
11,30,0,2,3,6,32.768,1,0.016
12,30,0,3,0,6,32.768,2381,38.037
13,30,0,3,1,6,32.768,1,0.016
14,30,0,3,2,6,32.768,0,0.0
15,30,0,3,3,6,32.768,1652,26.434
16,30,0,4,0,7,32.768,461,3.6905
17,30,0,4,1,7,32.768,436,3.483
18,30,0,4,2,7,32.768,335,2.688
19,30,0,4,3,7,32.768,345,2.7605
20,30,0,5,0,7,32.768,397,3.177
21,30,0,5,1,7,32.768,512,4.096
22,30,0,5,2,7,32.768,411,3.287
23,30,0,5,3,7,32.768,438,3.5505
24,30,0,6,0,7,32.768,41,0.331
25,30,0,6,1,7,32.768,599,4.783
26,30,0,6,2,7,32.768,678,5.401
27,30,0,6,3,7,32.768,391,3.125
28,30,0,7,0,7,32.768,854,6.832
29,30,0,7,1,7,32.768,1,0.008
30,30,0,7,2,7,32.768,599,4.7955000000000005
31,30,0,7,3,7,32.768,474,3.7875
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,14880,15183.936
34,30,1,0,2,0,32.768,20,20.608
35,30,1,0,3,0,32.768,11584,11873.728000000001
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,0,0.0
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,17566,17944.0
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,20757,21301.632
43,30,1,2,3,0,32.768,18478,18948.16
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,29349,29949.632
46,30,1,3,2,0,32.768,1,1.024
47,30,1,3,3,0,32.768,0,0.0
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,0,0.0
50,30,1,4,2,0,32.768,7983,8182.72
51,30,1,4,3,0,32.768,7376,7551.936000000001
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,12893,13231.552
54,30,1,5,2,0,32.768,11543,11786.688
55,30,1,5,3,0,32.768,10436,10696.896
56,30,1,6,0,0,32.768,18838,19225.344
57,30,1,6,1,0,32.768,15972,16353.088
58,30,1,6,2,0,32.768,14530,14856.192000000001
59,30,1,6,3,0,32.768,12724,13058.048
60,30,1,7,0,0,32.768,23612,24176.96
61,30,1,7,1,0,32.768,0,0.0
62,30,1,7,2,0,32.768,17126,17545.984
63,30,1,7,3,0,32.768,13838,14153.856

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1,0.016
1,20,0,0,1,6,32.768,673,9.786
2,20,0,0,2,6,32.768,13,0.291
3,20,0,0,3,6,32.768,0,0.0
4,20,0,1,0,6,32.768,0,0.0
5,20,0,1,1,6,32.768,884,13.972
6,20,0,1,2,6,32.768,669,10.695
7,20,0,1,3,6,32.768,792,12.68
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,0,0.0
10,20,0,2,2,6,32.768,883,14.120000000000001
11,20,0,2,3,6,32.768,1,0.016
12,20,0,3,0,6,32.768,1384,22.141000000000002
13,20,0,3,1,6,32.768,1,0.016
14,20,0,3,2,6,32.768,0,0.0
15,20,0,3,3,6,32.768,978,15.646
16,20,0,4,0,7,32.768,240,1.933
17,20,0,4,1,7,32.768,233,1.859
18,20,0,4,2,7,32.768,174,1.3955
19,20,0,4,3,7,32.768,182,1.4675
20,20,0,5,0,7,32.768,200,1.597
21,20,0,5,1,7,32.768,272,2.1735
22,20,0,5,2,7,32.768,734,6.0425
23,20,0,5,3,7,32.768,382,2.8465000000000003
24,20,0,6,0,7,32.768,92,0.386
25,20,0,6,1,7,32.768,314,2.5125
26,20,0,6,2,7,32.768,362,2.882
27,20,0,6,3,7,32.768,203,1.624
28,20,0,7,0,7,32.768,449,3.5925000000000002
29,20,0,7,1,7,32.768,1,0.008
30,20,0,7,2,7,32.768,319,2.551
31,20,0,7,3,7,32.768,250,1.995
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,11783,12041.216
34,20,1,0,2,0,32.768,7,7.744
35,20,1,0,3,0,32.768,9229,9461.12
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,0,0.0
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,14038,14318.016
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,16490,16843.264
43,20,1,2,3,0,32.768,14693,15031.104000000001
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,21924,22840.896
46,20,1,3,2,0,32.768,1,1.024
47,20,1,3,3,0,32.768,0,0.0
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,0,0.0
50,20,1,4,2,0,32.768,6174,6319.68
51,20,1,4,3,0,32.768,5696,5844.4800000000005
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,10091,10293.056
54,20,1,5,2,0,32.768,8915,9152.768
55,20,1,5,3,0,32.768,8124,8312.128
56,20,1,6,0,0,32.768,14467,14771.584
57,20,1,6,1,0,32.768,12213,12502.976
58,20,1,6,2,0,32.768,11249,11518.464
59,20,1,6,3,0,32.768,9914,10159.04
60,20,1,7,0,0,32.768,18254,18734.848
61,20,1,7,1,0,32.768,15553,15988.992
62,20,1,7,2,0,32.768,13357,13663.424
63,20,1,7,3,0,32.768,10655,10935.232

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,65331,1045.195
1,120,0,0,1,6,32.768,0,0.0
2,120,0,0,2,6,32.768,51830,830.053
3,120,0,0,3,6,32.768,43759,699.154
4,120,0,1,0,6,32.768,0,0.0
5,120,0,1,1,6,32.768,70775,1131.6870000000001
6,120,0,1,2,6,32.768,46621,744.941
7,120,0,1,3,6,32.768,51147,818.75
8,120,0,2,0,6,32.768,0,0.0
9,120,0,2,1,6,32.768,0,0.0
10,120,0,2,2,6,32.768,58265,931.32
11,120,0,2,3,6,32.768,62591,1002.4350000000001
12,120,0,3,0,6,32.768,98767,1582.327
13,120,0,3,1,6,32.768,88211,1409.626
14,120,0,3,2,6,32.768,70251,1124.852
15,120,0,3,3,6,32.768,59578,953.097
16,120,0,4,0,7,32.768,35856,287.0125
17,120,0,4,1,7,32.768,31746,254.0025
18,120,0,4,2,7,32.768,25230,201.736
19,120,0,4,3,7,32.768,23671,189.4655
20,120,0,5,0,7,32.768,37973,303.8745
21,120,0,5,1,7,32.768,36169,289.1805
22,120,0,5,2,7,32.768,29964,239.808
23,120,0,5,3,7,32.768,28464,227.869
24,120,0,6,0,7,32.768,55598,440.221
25,120,0,6,1,7,32.768,45254,362.152
26,120,0,6,2,7,32.768,44546,356.1745
27,120,0,6,3,7,32.768,30111,240.9255
28,120,0,7,0,7,32.768,62719,501.8465
29,120,0,7,1,7,32.768,48148,384.957
30,120,0,7,2,7,32.768,41172,329.38800000000003
31,120,0,7,3,7,32.768,34775,278.2825
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,59627,61042.176
34,120,1,0,2,0,32.768,50779,51936.0
35,120,1,0,3,0,32.768,46132,47364.992
36,120,1,1,0,0,32.768,97820,99901.44
37,120,1,1,1,0,32.768,93153,95480.128
38,120,1,1,2,0,32.768,69476,71255.808
39,120,1,1,3,0,32.768,67545,68993.28
40,120,1,2,0,0,32.768,0,0.0
41,120,1,2,1,0,32.768,1,1.024
42,120,1,2,2,0,32.768,85240,87516.288
43,120,1,2,3,0,32.768,75386,77039.488
44,120,1,3,0,0,32.768,142389,146064.128
45,120,1,3,1,0,32.768,117165,120157.18400000001
46,120,1,3,2,0,32.768,107013,109793.53600000001
47,120,1,3,3,0,32.768,94144,96120.384
48,120,1,4,0,0,32.768,55663,57154.688
49,120,1,4,1,0,32.768,13923,13929.728000000001
50,120,1,4,2,0,32.768,38206,39018.56
51,120,1,4,3,0,32.768,34883,35820.16
52,120,1,5,0,0,32.768,72855,74519.296
53,120,1,5,1,0,32.768,59311,60788.096
54,120,1,5,2,0,32.768,53995,55178.304000000004
55,120,1,5,3,0,32.768,47654,48940.672
56,120,1,6,0,0,32.768,90330,92722.11200000001
57,120,1,6,1,0,32.768,77064,78994.75200000001
58,120,1,6,2,0,32.768,66204,68017.664
59,120,1,6,3,0,32.768,58056,59261.376000000004
60,120,1,7,0,0,32.768,108636,110990.336
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,76907,78798.272
63,120,1,7,3,0,32.768,64647,66050.368

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,47148,755.73
1,110,0,0,1,6,32.768,0,0.0
2,110,0,0,2,6,32.768,37904,605.835
3,110,0,0,3,6,32.768,32085,513.0310000000001
4,110,0,1,0,6,32.768,0,0.0
5,110,0,1,1,6,32.768,50954,814.724
6,110,0,1,2,6,32.768,33720,538.75
7,110,0,1,3,6,32.768,37487,599.769
8,110,0,2,0,6,32.768,0,0.0
9,110,0,2,1,6,32.768,0,0.0
10,110,0,2,2,6,32.768,42322,677.832
11,110,0,2,3,6,32.768,34849,560.0020000000001
12,110,0,3,0,6,32.768,71171,1137.425
13,110,0,3,1,6,32.768,64372,1028.432
14,110,0,3,2,6,32.768,1184,18.845
15,110,0,3,3,6,32.768,43443,695.686
16,110,0,4,0,7,32.768,24463,195.627
17,110,0,4,1,7,32.768,21785,174.37800000000001
18,110,0,4,2,7,32.768,17390,139.0505
19,110,0,4,3,7,32.768,16381,131.0465
20,110,0,5,0,7,32.768,25594,204.7665
21,110,0,5,1,7,32.768,24882,198.964
22,110,0,5,2,7,32.768,20615,164.94
23,110,0,5,3,7,32.768,19834,158.7555
24,110,0,6,0,7,32.768,10147,92.9575
25,110,0,6,1,7,32.768,31105,248.7065
26,110,0,6,2,7,32.768,31048,248.364
27,110,0,6,3,7,32.768,20682,165.544
28,110,0,7,0,7,32.768,43115,344.9075
29,110,0,7,1,7,32.768,33266,265.9685
30,110,0,7,2,7,32.768,28464,227.781
31,110,0,7,3,7,32.768,23994,191.9615
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,53258,54687.744
34,110,1,0,2,0,32.768,45222,46318.528
35,110,1,0,3,0,32.768,41460,42400.576
36,110,1,1,0,0,32.768,86729,89126.464
37,110,1,1,1,0,32.768,84115,85945.408
38,110,1,1,2,0,32.768,62199,63872.32
39,110,1,1,3,0,32.768,60657,62059.648
40,110,1,2,0,0,32.768,0,0.0
41,110,1,2,1,0,32.768,1,1.024
42,110,1,2,2,0,32.768,76578,78347.264
43,110,1,2,3,0,32.768,67429,68965.568
44,110,1,3,0,0,32.768,127848,130786.432
45,110,1,3,1,0,32.768,105120,107941.888
46,110,1,3,2,0,32.768,96487,99022.912
47,110,1,3,3,0,32.768,84870,86818.624
48,110,1,4,0,0,32.768,49477,50793.088
49,110,1,4,1,0,32.768,0,0.0
50,110,1,4,2,0,32.768,33544,34440.128000000004
51,110,1,4,3,0,32.768,30976,31679.04
52,110,1,5,0,0,32.768,64488,66202.11200000001
53,110,1,5,1,0,32.768,52759,53881.024
54,110,1,5,2,0,32.768,47713,48842.304000000004
55,110,1,5,3,0,32.768,42303,43436.032
56,110,1,6,0,0,32.768,80064,82008.448
57,110,1,6,1,0,32.768,68391,69971.392
58,110,1,6,2,0,32.768,59121,60390.848
59,110,1,6,3,0,32.768,51383,52597.12
60,110,1,7,0,0,32.768,95939,98517.056
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,68510,70069.248
63,110,1,7,3,0,32.768,57235,58566.272000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,1,0.016
1,10,0,0,1,6,32.768,1,0.016
2,10,0,0,2,6,32.768,1,0.021
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,0,0.0
5,10,0,1,1,6,32.768,559,8.894
6,10,0,1,2,6,32.768,382,6.135
7,10,0,1,3,6,32.768,439,7.0280000000000005
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,0,0.0
10,10,0,2,2,6,32.768,524,8.302
11,10,0,2,3,6,32.768,1,0.016
12,10,0,3,0,6,32.768,794,12.711
13,10,0,3,1,6,32.768,1,0.016
14,10,0,3,2,6,32.768,0,0.0
15,10,0,3,3,6,32.768,567,9.086
16,10,0,4,0,7,32.768,127,0.991
17,10,0,4,1,7,32.768,116,0.9485
18,10,0,4,2,7,32.768,90,0.7095
19,10,0,4,3,7,32.768,94,0.769
20,10,0,5,0,7,32.768,97,0.7805
21,10,0,5,1,7,32.768,141,1.1225
22,10,0,5,2,7,32.768,497,4.233
23,10,0,5,3,7,32.768,292,1.721
24,10,0,6,0,7,32.768,49,0.3425
25,10,0,6,1,7,32.768,161,1.282
26,10,0,6,2,7,32.768,196,1.567
27,10,0,6,3,7,32.768,103,0.8165
28,10,0,7,0,7,32.768,229,1.837
29,10,0,7,1,7,32.768,1,0.008
30,10,0,7,2,7,32.768,222,1.7710000000000001
31,10,0,7,3,7,32.768,128,1.016
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,9157,9384.704
34,10,1,0,2,0,32.768,1,1.6
35,10,1,0,3,0,32.768,7239,7419.136
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,0,0.0
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,10952,11227.84
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,12743,13043.584
43,10,1,2,3,0,32.768,0,0.0
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,23,35.52
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,0,0.0
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,0,0.0
50,10,1,4,2,0,32.768,4672,4769.216
51,10,1,4,3,0,32.768,4338,4431.296
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,7633,7825.792
54,10,1,5,2,0,32.768,6770,6934.0160000000005
55,10,1,5,3,0,32.768,6185,6322.496
56,10,1,6,0,0,32.768,10833,11052.864
57,10,1,6,1,0,32.768,9137,9326.144
58,10,1,6,2,0,32.768,8515,8733.952
59,10,1,6,3,0,32.768,7554,7720.64
60,10,1,7,0,0,32.768,13888,14175.68
61,10,1,7,1,0,32.768,11883,12141.056
62,10,1,7,2,0,32.768,10135,10404.544
63,10,1,7,3,0,32.768,8059,8253.76

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,33615,537.926
1,100,0,0,1,6,32.768,0,0.0
2,100,0,0,2,6,32.768,27253,435.494
3,100,0,0,3,6,32.768,23186,371.14
4,100,0,1,0,6,32.768,0,0.0
5,100,0,1,1,6,32.768,34120,546.846
6,100,0,1,2,6,32.768,23996,383.60200000000003
7,100,0,1,3,6,32.768,27074,432.607
8,100,0,2,0,6,32.768,0,0.0
9,100,0,2,1,6,32.768,0,0.0
10,100,0,2,2,6,32.768,30321,485.454
11,100,0,2,3,6,32.768,1,0.016
12,100,0,3,0,6,32.768,50354,804.542
13,100,0,3,1,6,32.768,46167,739.52
14,100,0,3,2,6,32.768,645,11.076
15,100,0,3,3,6,32.768,31315,500.377
16,100,0,4,0,7,32.768,16380,131.095
17,100,0,4,1,7,32.768,14692,117.4775
18,100,0,4,2,7,32.768,11754,94.0385
19,100,0,4,3,7,32.768,11122,89.0355
20,100,0,5,0,7,32.768,16895,135.106
21,100,0,5,1,7,32.768,16802,134.3745
22,100,0,5,2,7,32.768,13911,111.345
23,100,0,5,3,7,32.768,13578,108.626
24,100,0,6,0,7,32.768,869,8.5625
25,100,0,6,1,7,32.768,20934,167.5575
26,100,0,6,2,7,32.768,21241,169.929
27,100,0,6,3,7,32.768,13953,111.5615
28,100,0,7,0,7,32.768,29113,232.92350000000002
29,100,0,7,1,7,32.768,19,0.28600000000000003
30,100,0,7,2,7,32.768,19347,154.697
31,100,0,7,3,7,32.768,16233,129.847
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,47596,48648.384
34,100,1,0,2,0,32.768,39984,40911.552
35,100,1,0,3,0,32.768,36885,37698.752
36,100,1,1,0,0,32.768,76797,78846.464
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,55329,56813.504
39,100,1,1,3,0,32.768,54344,55480.192
40,100,1,2,0,0,32.768,0,0.0
41,100,1,2,1,0,32.768,1,1.024
42,100,1,2,2,0,32.768,67963,69569.984
43,100,1,2,3,0,32.768,59970,61241.984000000004
44,100,1,3,0,0,32.768,113236,116291.776
45,100,1,3,1,0,32.768,93904,96129.53600000001
46,100,1,3,2,0,32.768,86285,88525.248
47,100,1,3,3,0,32.768,75972,77799.488
48,100,1,4,0,0,32.768,43695,44740.864
49,100,1,4,1,0,32.768,0,0.0
50,100,1,4,2,0,32.768,29551,30151.232
51,100,1,4,3,0,32.768,27093,27772.608
52,100,1,5,0,0,32.768,51894,53404.8
53,100,1,5,1,0,32.768,46374,47366.592000000004
54,100,1,5,2,0,32.768,41745,42860.8
55,100,1,5,3,0,32.768,37172,38161.664000000004
56,100,1,6,0,0,32.768,70376,71839.296
57,100,1,6,1,0,32.768,59810,61354.880000000005
58,100,1,6,2,0,32.768,51958,53176.768000000004
59,100,1,6,3,0,32.768,45308,46332.544
60,100,1,7,0,0,32.768,84450,86607.616
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,60164,61816.384
63,100,1,7,3,0,32.768,50154,51482.112

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,1,0.016
1,0,0,0,1,6,32.768,1,0.016
2,0,0,0,2,6,32.768,2,0.02
3,0,0,0,3,6,32.768,0,0.0
4,0,0,1,0,6,32.768,0,0.0
5,0,0,1,1,6,32.768,333,5.311
6,0,0,1,2,6,32.768,207,3.295
7,0,0,1,3,6,32.768,124,1.942
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,0,0.0
10,0,0,2,2,6,32.768,436,6.977
11,0,0,2,3,6,32.768,1,0.016
12,0,0,3,0,6,32.768,429,6.898000000000001
13,0,0,3,1,6,32.768,1,0.016
14,0,0,3,2,6,32.768,0,0.0
15,0,0,3,3,6,32.768,318,5.011
16,0,0,4,0,7,32.768,60,0.47850000000000004
17,0,0,4,1,7,32.768,51,0.424
18,0,0,4,2,7,32.768,42,0.341
19,0,0,4,3,7,32.768,49,0.386
20,0,0,5,0,7,32.768,44,0.357
21,0,0,5,1,7,32.768,68,0.543
22,0,0,5,2,7,32.768,309,2.3770000000000002
23,0,0,5,3,7,32.768,249,0.604
24,0,0,6,0,7,32.768,37,0.262
25,0,0,6,1,7,32.768,77,0.6155
26,0,0,6,2,7,32.768,105,0.898
27,0,0,6,3,7,32.768,50,0.3895
28,0,0,7,0,7,32.768,111,0.891
29,0,0,7,1,7,32.768,1,0.008
30,0,0,7,2,7,32.768,0,0.001
31,0,0,7,3,7,32.768,63,0.491
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,6940,7124.416
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,5549,5680.0
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,0,0.0
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,8371,8592.704
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,9608,9851.904
43,0,1,2,3,0,32.768,0,0.0
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,0,0.0
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,0,0.0
50,0,1,4,2,0,32.768,3425,3505.536
51,0,1,4,3,0,32.768,3186,3271.1040000000003
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,5670,5808.768
54,0,1,5,2,0,32.768,4991,5119.232
55,0,1,5,3,0,32.768,4559,4683.2
56,0,1,6,0,0,32.768,7894,8061.2480000000005
57,0,1,6,1,0,32.768,6612,6769.088
58,0,1,6,2,0,32.768,6313,6452.992
59,0,1,6,3,0,32.768,5581,5722.56
60,0,1,7,0,0,32.768,10223,10442.496000000001
61,0,1,7,1,0,32.768,8741,8969.408
62,0,1,7,2,0,32.768,7576,7742.272
63,0,1,7,3,0,32.768,5915,6068.6720000000005

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,1,0.016
1,-40,0,0,1,6,32.768,1,0.016
2,-40,0,0,2,6,32.768,1,0.016
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,0,0.0
5,-40,0,1,1,6,32.768,38,0.5
6,-40,0,1,2,6,32.768,31,0.497
7,-40,0,1,3,6,32.768,1,0.017
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,1,0.016
11,-40,0,2,3,6,32.768,1,0.016
12,-40,0,3,0,6,32.768,1,0.016
13,-40,0,3,1,6,32.768,1,0.016
14,-40,0,3,2,6,32.768,0,0.0
15,-40,0,3,3,6,32.768,60,0.792
16,-40,0,4,0,7,32.768,4,0.037
17,-40,0,4,1,7,32.768,3,0.0275
18,-40,0,4,2,7,32.768,4,0.0325
19,-40,0,4,3,7,32.768,18,0.0775
20,-40,0,5,0,7,32.768,2,0.0155
21,-40,0,5,1,7,32.768,17,0.1275
22,-40,0,5,2,7,32.768,17,0.1015
23,-40,0,5,3,7,32.768,1,0.053
24,-40,0,6,0,7,32.768,1,0.008
25,-40,0,6,1,7,32.768,12,0.058
26,-40,0,6,2,7,32.768,7,0.1325
27,-40,0,6,3,7,32.768,1,0.0155
28,-40,0,7,0,7,32.768,18,0.20450000000000002
29,-40,0,7,1,7,32.768,1,0.008
30,-40,0,7,2,7,32.768,0,0.0
31,-40,0,7,3,7,32.768,4,0.033
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1652,1582.336
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,1386,1422.4
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,0,0.0
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,2123,2167.744
40,-40,1,2,0,0,32.768,0,0.0
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,0,0.0
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,3377,3466.2400000000002
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,0,0.0
48,-40,1,4,0,0,32.768,0,0.0
49,-40,1,4,1,0,32.768,0,0.0
50,-40,1,4,2,0,32.768,700,718.528
51,-40,1,4,3,0,32.768,680,694.72
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,1046,1075.2640000000001
55,-40,1,5,3,0,32.768,986,1007.936
56,-40,1,6,0,0,32.768,1523,1564.544
57,-40,1,6,1,0,32.768,1286,1312.64
58,-40,1,6,2,0,32.768,1337,1373.376
59,-40,1,6,3,0,32.768,1210,1234.496
60,-40,1,7,0,0,32.768,0,0.0
61,-40,1,7,1,0,32.768,1825,1867.584
62,-40,1,7,2,0,32.768,0,0.0
63,-40,1,7,3,0,32.768,1217,1245.696

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.016
1,-30,0,0,1,6,32.768,1,0.016
2,-30,0,0,2,6,32.768,12,0.029
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,0,0.0
5,-30,0,1,1,6,32.768,45,0.686
6,-30,0,1,2,6,32.768,23,0.43
7,-30,0,1,3,6,32.768,2,0.025
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,2,0.028
11,-30,0,2,3,6,32.768,1,0.016
12,-30,0,3,0,6,32.768,1,0.016
13,-30,0,3,1,6,32.768,1,0.016
14,-30,0,3,2,6,32.768,0,0.0
15,-30,0,3,3,6,32.768,39,0.672
16,-30,0,4,0,7,32.768,6,0.059500000000000004
17,-30,0,4,1,7,32.768,1,0.022
18,-30,0,4,2,7,32.768,7,0.043000000000000003
19,-30,0,4,3,7,32.768,14,0.0815
20,-30,0,5,0,7,32.768,4,0.0275
21,-30,0,5,1,7,32.768,30,0.226
22,-30,0,5,2,7,32.768,29,0.20350000000000001
23,-30,0,5,3,7,32.768,1,0.314
24,-30,0,6,0,7,32.768,1,0.008
25,-30,0,6,1,7,32.768,14,0.0855
26,-30,0,6,2,7,32.768,29,0.275
27,-30,0,6,3,7,32.768,3,0.0315
28,-30,0,7,0,7,32.768,10,0.1075
29,-30,0,7,1,7,32.768,1,0.008
30,-30,0,7,2,7,32.768,0,0.0
31,-30,0,7,3,7,32.768,6,0.0635
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,2527,2593.216
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,2064,2110.4
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,0,0.0
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,3120,3201.088
40,-30,1,2,0,0,32.768,0,0.0
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,0,0.0
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,0,0.0
48,-30,1,4,0,0,32.768,0,0.0
49,-30,1,4,1,0,32.768,0,0.0
50,-30,1,4,2,0,32.768,1101,1128.96
51,-30,1,4,3,0,32.768,1050,1076.736
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,0,0.0
54,-30,1,5,2,0,32.768,1635,1673.4080000000001
55,-30,1,5,3,0,32.768,1522,1563.2640000000001
56,-30,1,6,0,0,32.768,2445,2501.888
57,-30,1,6,1,0,32.768,2046,2091.712
58,-30,1,6,2,0,32.768,2086,2129.728
59,-30,1,6,3,0,32.768,1866,1914.816
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,2853,2922.2400000000002
62,-30,1,7,2,0,32.768,0,0.0
63,-30,1,7,3,0,32.768,1909,1956.672

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.016
1,-20,0,0,1,6,32.768,1,0.016
2,-20,0,0,2,6,32.768,2,0.021
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,0,0.0
5,-20,0,1,1,6,32.768,81,1.321
6,-20,0,1,2,6,32.768,52,0.808
7,-20,0,1,3,6,32.768,1,0.02
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,156,2.5500000000000003
11,-20,0,2,3,6,32.768,1,0.016
12,-20,0,3,0,6,32.768,1,0.016
13,-20,0,3,1,6,32.768,1,0.016
14,-20,0,3,2,6,32.768,0,0.0
15,-20,0,3,3,6,32.768,81,1.317
16,-20,0,4,0,7,32.768,13,0.1045
17,-20,0,4,1,7,32.768,2,0.033
18,-20,0,4,2,7,32.768,12,0.0775
19,-20,0,4,3,7,32.768,16,0.1165
20,-20,0,5,0,7,32.768,8,0.0665
21,-20,0,5,1,7,32.768,33,0.1665
22,-20,0,5,2,7,32.768,37,0.47150000000000003
23,-20,0,5,3,7,32.768,1,0.0535
24,-20,0,6,0,7,32.768,6,0.024
25,-20,0,6,1,7,32.768,17,0.1475
26,-20,0,6,2,7,32.768,49,0.44
27,-20,0,6,3,7,32.768,9,0.074
28,-20,0,7,0,7,32.768,24,0.20450000000000002
29,-20,0,7,1,7,32.768,1,0.008
30,-20,0,7,2,7,32.768,0,0.0
31,-20,0,7,3,7,32.768,15,0.1075
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,3643,3745.728
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,2963,3035.968
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,0,0.0
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,4472,4586.432
40,-20,1,2,0,0,32.768,0,0.0
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,4774,4871.488
43,-20,1,2,3,0,32.768,0,0.0
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,0,0.0
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,0,0.0
50,-20,1,4,2,0,32.768,1662,1706.112
51,-20,1,4,3,0,32.768,1578,1613.056
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,0,0.0
54,-20,1,5,2,0,32.768,2449,2513.664
55,-20,1,5,3,0,32.768,2282,2330.752
56,-20,1,6,0,0,32.768,3758,3844.928
57,-20,1,6,1,0,32.768,3123,3203.136
58,-20,1,6,2,0,32.768,3120,3185.408
59,-20,1,6,3,0,32.768,2775,2844.288
60,-20,1,7,0,0,32.768,789,720.0
61,-20,1,7,1,0,32.768,4288,4396.0960000000005
62,-20,1,7,2,0,32.768,0,0.0
63,-20,1,7,3,0,32.768,2891,2954.112

tapeouts/mpw-1/testsetup/MeasResults/ChipNo21/Meas_ChipNo21_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.016
1,-10,0,0,1,6,32.768,1,0.016
2,-10,0,0,2,6,32.768,2,0.026000000000000002
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,0,0.0
5,-10,0,1,1,6,32.768,168,2.696
6,-10,0,1,2,6,32.768,105,1.668
7,-10,0,1,3,6,32.768,1,0.027
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,300,4.8420000000000005
11,-10,0,2,3,6,32.768,1,0.016
12,-10,0,3,0,6,32.768,1,0.016
13,-10,0,3,1,6,32.768,1,0.016
14,-10,0,3,2,6,32.768,0,0.0
15,-10,0,3,3,6,32.768,164,2.641
16,-10,0,4,0,7,32.768,31,0.2335
17,-10,0,4,1,7,32.768,37,0.158
18,-10,0,4,2,7,32.768,20,0.157
19,-10,0,4,3,7,32.768,25,0.1905
20,-10,0,5,0,7,32.768,20,0.157
21,-10,0,5,1,7,32.768,31,0.247
22,-10,0,5,2,7,32.768,132,1.0475
23,-10,0,5,3,7,32.768,11,0.3335
24,-10,0,6,0,7,32.768,26,0.2695
25,-10,0,6,1,7,32.768,34,0.28200000000000003
26,-10,0,6,2,7,32.768,64,0.6105
27,-10,0,6,3,7,32.768,21,0.17550000000000002
28,-10,0,7,0,7,32.768,51,0.41000000000000003
29,-10,0,7,1,7,32.768,1,0.008
30,-10,0,7,2,7,32.768,0,0.0
31,-10,0,7,3,7,32.768,27,0.2335
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,5129,5245.184
34,-10,1,0,2,0,32.768,1,1.088
35,-10,1,0,3,0,32.768,4124,4216.192
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,0,0.0
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,6245,6372.544
40,-10,1,2,0,0,32.768,0,0.0
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,7059,7210.368
43,-10,1,2,3,0,32.768,0,0.0
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,0,0.0
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,0,0.0
50,-10,1,4,2,0,32.768,2429,2489.152
51,-10,1,4,3,0,32.768,2281,2334.464
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,3954,4044.992
54,-10,1,5,2,0,32.768,3555,3646.08
55,-10,1,5,3,0,32.768,3281,3359.808
56,-10,1,6,0,0,32.768,5529,5674.176
57,-10,1,6,1,0,32.768,4642,4740.8640000000005
58,-10,1,6,2,0,32.768,4502,4609.152
59,-10,1,6,3,0,32.768,4006,4094.9120000000003
60,-10,1,7,0,0,32.768,7297,7451.136
61,-10,1,7,1,0,32.768,6254,6397.696
62,-10,1,7,2,0,32.768,5048,5203.328
63,-10,1,7,3,0,32.768,4204,4310.912

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,0,0.0
1,90,0,0,1,6,32.768,23859,381.86
2,90,0,0,2,6,32.768,15690,251.411
3,90,0,0,3,6,32.768,5283,85.82000000000001
4,90,0,1,0,6,32.768,35314,564.968
5,90,0,1,1,6,32.768,0,0.0
6,90,0,1,2,6,32.768,21982,352.159
7,90,0,1,3,6,32.768,21635,345.681
8,90,0,2,0,6,32.768,0,0.0
9,90,0,2,1,6,32.768,31736,507.37
10,90,0,2,2,6,32.768,22246,355.873
11,90,0,2,3,6,32.768,24830,397.899
12,90,0,3,0,6,32.768,3743,61.654
13,90,0,3,1,6,32.768,30986,494.988
14,90,0,3,2,6,32.768,29380,469.502
15,90,0,3,3,6,32.768,26720,428.13100000000003
16,90,0,4,0,7,32.768,0,0.0
17,90,0,4,1,7,32.768,1,0.008
18,90,0,4,2,7,32.768,8633,69.0665
19,90,0,4,3,7,32.768,8448,67.5435
20,90,0,5,0,7,32.768,1,0.008
21,90,0,5,1,7,32.768,272,2.278
22,90,0,5,2,7,32.768,9952,79.5865
23,90,0,5,3,7,32.768,8113,64.9285
24,90,0,6,0,7,32.768,17906,143.241
25,90,0,6,1,7,32.768,0,0.0
26,90,0,6,2,7,32.768,9972,79.8165
27,90,0,6,3,7,32.768,9993,79.8955
28,90,0,7,0,7,32.768,17692,141.63400000000001
29,90,0,7,1,7,32.768,16201,129.6285
30,90,0,7,2,7,32.768,11955,95.584
31,90,0,7,3,7,32.768,11828,94.63250000000001
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,41058,42167.616
34,90,1,0,2,0,32.768,34895,35719.744
35,90,1,0,3,0,32.768,33699,34402.368
36,90,1,1,0,0,32.768,73919,75638.336
37,90,1,1,1,0,32.768,63783,65498.688
38,90,1,1,2,0,32.768,50001,51257.216
39,90,1,1,3,0,32.768,46260,47265.536
40,90,1,2,0,0,32.768,1,1.024
41,90,1,2,1,0,32.768,1,1.024
42,90,1,2,2,0,32.768,66087,67635.648
43,90,1,2,3,0,32.768,57854,59397.76
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,1,1.024
46,90,1,3,2,0,32.768,80277,82430.912
47,90,1,3,3,0,32.768,69547,71410.432
48,90,1,4,0,0,32.768,1,1.024
49,90,1,4,1,0,32.768,31388,32083.264
50,90,1,4,2,0,32.768,26789,27473.472
51,90,1,4,3,0,32.768,22781,23385.216
52,90,1,5,0,0,32.768,52745,53853.76
53,90,1,5,1,0,32.768,40441,41461.76
54,90,1,5,2,0,32.768,36749,37734.976
55,90,1,5,3,0,32.768,30779,31611.52
56,90,1,6,0,0,32.768,70554,72102.144
57,90,1,6,1,0,32.768,56748,58046.016
58,90,1,6,2,0,32.768,47224,48247.872
59,90,1,6,3,0,32.768,39835,40726.016
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,150,84.16
62,90,1,7,2,0,32.768,56630,58028.928
63,90,1,7,3,0,32.768,48795,49840.192

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,16539,264.832
2,80,0,0,2,6,32.768,10843,173.288
3,80,0,0,3,6,32.768,0,0.001
4,80,0,1,0,6,32.768,24547,393.011
5,80,0,1,1,6,32.768,0,0.0
6,80,0,1,2,6,32.768,15107,241.999
7,80,0,1,3,6,32.768,14888,237.919
8,80,0,2,0,6,32.768,0,0.0
9,80,0,2,1,6,32.768,21814,349.285
10,80,0,2,2,6,32.768,15263,243.857
11,80,0,2,3,6,32.768,17243,276.265
12,80,0,3,0,6,32.768,3392,55.522
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,20327,324.81600000000003
15,80,0,3,3,6,32.768,18580,297.622
16,80,0,4,0,7,32.768,0,0.0
17,80,0,4,1,7,32.768,1,0.008
18,80,0,4,2,7,32.768,5581,44.642
19,80,0,4,3,7,32.768,5568,44.5065
20,80,0,5,0,7,32.768,1,0.008
21,80,0,5,1,7,32.768,15,0.123
22,80,0,5,2,7,32.768,6370,50.959
23,80,0,5,3,7,32.768,5237,41.8755
24,80,0,6,0,7,32.768,11729,93.8675
25,80,0,6,1,7,32.768,0,0.0
26,80,0,6,2,7,32.768,6351,50.797000000000004
27,80,0,6,3,7,32.768,6446,51.6015
28,80,0,7,0,7,32.768,11421,91.296
29,80,0,7,1,7,32.768,10525,84.232
30,80,0,7,2,7,32.768,7741,61.9465
31,80,0,7,3,7,32.768,7709,61.637
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,35870,36607.936
34,80,1,0,2,0,32.768,30294,31105.408
35,80,1,0,3,0,32.768,29515,30143.808
36,80,1,1,0,0,32.768,64261,66009.92
37,80,1,1,1,0,32.768,55862,57343.68
38,80,1,1,2,0,32.768,43863,44818.24
39,80,1,1,3,0,32.768,40337,41275.328
40,80,1,2,0,0,32.768,1,1.024
41,80,1,2,1,0,32.768,1,1.024
42,80,1,2,2,0,32.768,700,544.96
43,80,1,2,3,0,32.768,50829,52139.904
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,1,1.024
46,80,1,3,2,0,32.768,70604,72500.032
47,80,1,3,3,0,32.768,61264,62807.936
48,80,1,4,0,0,32.768,1,1.024
49,80,1,4,1,0,32.768,27057,27627.968
50,80,1,4,2,0,32.768,22945,23564.736
51,80,1,4,3,0,32.768,19635,20046.4
52,80,1,5,0,0,32.768,45186,46178.24
53,80,1,5,1,0,32.768,34764,35611.584
54,80,1,5,2,0,32.768,31896,32601.408
55,80,1,5,3,0,32.768,26434,27085.504
56,80,1,6,0,0,32.768,60927,62386.880000000005
57,80,1,6,1,0,32.768,48672,49998.464
58,80,1,6,2,0,32.768,40725,41612.672
59,80,1,6,3,0,32.768,34299,35156.608
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,1,1.024
62,80,1,7,2,0,32.768,49189,50323.008
63,80,1,7,3,0,32.768,42001,43111.168

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,11224,179.78900000000002
2,70,0,0,2,6,32.768,7302,116.837
3,70,0,0,3,6,32.768,0,0.0
4,70,0,1,0,6,32.768,16747,267.627
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,10149,162.435
7,70,0,1,3,6,32.768,1,0.016
8,70,0,2,0,6,32.768,0,0.0
9,70,0,2,1,6,32.768,14648,234.67600000000002
10,70,0,2,2,6,32.768,10206,163.149
11,70,0,2,3,6,32.768,11723,187.352
12,70,0,3,0,6,32.768,1242,20.307000000000002
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,13699,219.451
15,70,0,3,3,6,32.768,12617,202.19
16,70,0,4,0,7,32.768,0,0.0
17,70,0,4,1,7,32.768,1,0.008
18,70,0,4,2,7,32.768,3500,27.998
19,70,0,4,3,7,32.768,3563,28.489
20,70,0,5,0,7,32.768,1,0.008
21,70,0,5,1,7,32.768,13,0.106
22,70,0,5,2,7,32.768,3968,31.725
23,70,0,5,3,7,32.768,3279,26.219
24,70,0,6,0,7,32.768,7477,59.854
25,70,0,6,1,7,32.768,0,0.0
26,70,0,6,2,7,32.768,3920,31.34
27,70,0,6,3,7,32.768,4040,32.339
28,70,0,7,0,7,32.768,7131,57.062000000000005
29,70,0,7,1,7,32.768,6647,53.154
30,70,0,7,2,7,32.768,4871,38.982
31,70,0,7,3,7,32.768,4870,38.962
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,30724,31382.4
34,70,1,0,2,0,32.768,26049,26718.528000000002
35,70,1,0,3,0,32.768,25590,26150.976
36,70,1,1,0,0,32.768,55390,56922.624
37,70,1,1,1,0,32.768,48654,49675.520000000004
38,70,1,1,2,0,32.768,37772,38717.696
39,70,1,1,3,0,32.768,34721,35544.384
40,70,1,2,0,0,32.768,1,1.024
41,70,1,2,1,0,32.768,1,1.024
42,70,1,2,2,0,32.768,1,1.024
43,70,1,2,3,0,32.768,44327,45240.96
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,1,1.024
46,70,1,3,2,0,32.768,18,18.048000000000002
47,70,1,3,3,0,32.768,53526,54639.36
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,22975,23451.904000000002
50,70,1,4,2,0,32.768,19424,19929.856
51,70,1,4,3,0,32.768,16578,16925.504
52,70,1,5,0,0,32.768,38152,39095.168
53,70,1,5,1,0,32.768,29498,30127.424
54,70,1,5,2,0,32.768,27193,27772.416
55,70,1,5,3,0,32.768,22301,22836.288
56,70,1,6,0,0,32.768,51947,53265.408
57,70,1,6,1,0,32.768,41538,42459.840000000004
58,70,1,6,2,0,32.768,34618,35425.024
59,70,1,6,3,0,32.768,29201,29943.232
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,91,50.944
62,70,1,7,2,0,32.768,41947,43008.192
63,70,1,7,3,0,32.768,36042,36790.4

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,7449,119.31700000000001
2,60,0,0,2,6,32.768,4818,77.10000000000001
3,60,0,0,3,6,32.768,0,0.0
4,60,0,1,0,6,32.768,11177,178.71
5,60,0,1,1,6,32.768,0,0.0
6,60,0,1,2,6,32.768,6657,106.521
7,60,0,1,3,6,32.768,1,0.017
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,9612,153.968
10,60,0,2,2,6,32.768,6671,106.677
11,60,0,2,3,6,32.768,7761,124.238
12,60,0,3,0,6,32.768,715,11.865
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,9058,145.135
15,60,0,3,3,6,32.768,8411,134.429
16,60,0,4,0,7,32.768,0,0.0
17,60,0,4,1,7,32.768,1,0.008
18,60,0,4,2,7,32.768,2137,17.092
19,60,0,4,3,7,32.768,2222,17.758
20,60,0,5,0,7,32.768,1,0.008
21,60,0,5,1,7,32.768,2,0.003
22,60,0,5,2,7,32.768,2407,19.2545
23,60,0,5,3,7,32.768,1999,15.9845
24,60,0,6,0,7,32.768,4654,37.2575
25,60,0,6,1,7,32.768,0,0.0
26,60,0,6,2,7,32.768,2352,18.819
27,60,0,6,3,7,32.768,2467,19.742
28,60,0,7,0,7,32.768,4363,34.8885
29,60,0,7,1,7,32.768,4088,32.6975
30,60,0,7,2,7,32.768,2987,23.909
31,60,0,7,3,7,32.768,2997,23.976
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,25922,26582.272
34,60,1,0,2,0,32.768,22227,22692.16
35,60,1,0,3,0,32.768,21858,22435.84
36,60,1,1,0,0,32.768,47279,48559.552
37,60,1,1,1,0,32.768,41710,42568.0
38,60,1,1,2,0,32.768,32184,33050.176
39,60,1,1,3,0,32.768,29505,30284.48
40,60,1,2,0,0,32.768,1,1.024
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,1,1.024
43,60,1,2,3,0,32.768,37856,38827.584
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,1,1.024
46,60,1,3,2,0,32.768,0,0.192
47,60,1,3,3,0,32.768,45934,46963.008
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,19144,19619.968
50,60,1,4,2,0,32.768,16276,16612.416
51,60,1,4,3,0,32.768,13745,14116.800000000001
52,60,1,5,0,0,32.768,31854,32558.4
53,60,1,5,1,0,32.768,24516,25166.464
54,60,1,5,2,0,32.768,22795,23329.600000000002
55,60,1,5,3,0,32.768,18611,19023.232
56,60,1,6,0,0,32.768,43923,44843.136
57,60,1,6,1,0,32.768,34626,35540.736
58,60,1,6,2,0,32.768,29143,29762.752
59,60,1,6,3,0,32.768,24671,25191.872
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,1458,1016.64
62,60,1,7,2,0,32.768,35587,36336.064
63,60,1,7,3,0,32.768,30177,30976.32

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,4801,76.929
2,50,0,0,2,6,32.768,3098,49.546
3,50,0,0,3,6,32.768,0,0.0
4,50,0,1,0,6,32.768,6595,105.134
5,50,0,1,1,6,32.768,0,0.0
6,50,0,1,2,6,32.768,4242,67.795
7,50,0,1,3,6,32.768,1,0.016
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,6101,97.739
10,50,0,2,2,6,32.768,4237,67.70400000000001
11,50,0,2,3,6,32.768,4999,80.033
12,50,0,3,0,6,32.768,206,3.082
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,5832,93.311
15,50,0,3,3,6,32.768,5434,86.896
16,50,0,4,0,7,32.768,0,0.0
17,50,0,4,1,7,32.768,1,0.008
18,50,0,4,2,7,32.768,1259,10.063
19,50,0,4,3,7,32.768,1336,10.695500000000001
20,50,0,5,0,7,32.768,1,0.008
21,50,0,5,1,7,32.768,0,0.0025
22,50,0,5,2,7,32.768,1411,11.286
23,50,0,5,3,7,32.768,1175,9.404
24,50,0,6,0,7,32.768,1816,14.887500000000001
25,50,0,6,1,7,32.768,0,0.0
26,50,0,6,2,7,32.768,1361,10.8965
27,50,0,6,3,7,32.768,1456,11.6415
28,50,0,7,0,7,32.768,2605,20.8395
29,50,0,7,1,7,32.768,2428,19.4285
30,50,0,7,2,7,32.768,1771,14.171000000000001
31,50,0,7,3,7,32.768,1782,14.257
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,21730,22193.152000000002
34,50,1,0,2,0,32.768,18580,18996.16
35,50,1,0,3,0,32.768,18522,18966.528000000002
36,50,1,1,0,0,32.768,39997,40860.928
37,50,1,1,1,0,32.768,34902,35841.344
38,50,1,1,2,0,32.768,27261,27835.968
39,50,1,1,3,0,32.768,24911,25431.168
40,50,1,2,0,0,32.768,1,1.024
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,1,1.024
43,50,1,2,3,0,32.768,32149,32804.992
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,1,1.024
46,50,1,3,2,0,32.768,0,0.0
47,50,1,3,3,0,32.768,38792,39805.824
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,15781,16177.536
50,50,1,4,2,0,32.768,13282,13625.408
51,50,1,4,3,0,32.768,11331,11569.856
52,50,1,5,0,0,32.768,26085,26738.56
53,50,1,5,1,0,32.768,20233,20655.296000000002
54,50,1,5,2,0,32.768,18822,19291.328
55,50,1,5,3,0,32.768,15153,15562.56
56,50,1,6,0,0,32.768,36347,37131.840000000004
57,50,1,6,1,0,32.768,28603,29288.96
58,50,1,6,2,0,32.768,23963,24595.008
59,50,1,6,3,0,32.768,20355,20887.04
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,31841,32586.368000000002
62,50,1,7,2,0,32.768,29589,30235.328
63,50,1,7,3,0,32.768,25055,25679.552

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,3002,47.994
2,40,0,0,2,6,32.768,1929,30.871000000000002
3,40,0,0,3,6,32.768,0,0.0
4,40,0,1,0,6,32.768,1,0.016
5,40,0,1,1,6,32.768,0,0.0
6,40,0,1,2,6,32.768,2603,41.7
7,40,0,1,3,6,32.768,1,0.016
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,3754,60.006
10,40,0,2,2,6,32.768,2598,41.547000000000004
11,40,0,2,3,6,32.768,3115,49.898
12,40,0,3,0,6,32.768,5,0.06
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,3629,58.062000000000005
15,40,0,3,3,6,32.768,3402,54.467
16,40,0,4,0,7,32.768,0,0.0
17,40,0,4,1,7,32.768,1,0.008
18,40,0,4,2,7,32.768,711,5.6925
19,40,0,4,3,7,32.768,774,6.2
20,40,0,5,0,7,32.768,1,0.01
21,40,0,5,1,7,32.768,0,0.002
22,40,0,5,2,7,32.768,797,6.3740000000000006
23,40,0,5,3,7,32.768,666,5.3205
24,40,0,6,0,7,32.768,143,1.1425
25,40,0,6,1,7,32.768,0,0.0
26,40,0,6,2,7,32.768,759,6.069
27,40,0,6,3,7,32.768,826,6.6065000000000005
28,40,0,7,0,7,32.768,1510,12.079
29,40,0,7,1,7,32.768,1390,11.115
30,40,0,7,2,7,32.768,1013,8.095
31,40,0,7,3,7,32.768,1018,8.1565
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,17847,18215.872
34,40,1,0,2,0,32.768,15214,15625.728000000001
35,40,1,0,3,0,32.768,15362,15744.960000000001
36,40,1,1,0,0,32.768,32950,33791.04
37,40,1,1,1,0,32.768,29126,29720.96
38,40,1,1,2,0,32.768,22458,23061.056
39,40,1,1,3,0,32.768,20527,20991.872
40,40,1,2,0,0,32.768,1,1.024
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,1,1.024
43,40,1,2,3,0,32.768,26617,27287.552
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,1,1.024
46,40,1,3,2,0,32.768,0,0.0
47,40,1,3,3,0,32.768,32499,33213.504
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,12796,13088.448
50,40,1,4,2,0,32.768,10731,10968.256
51,40,1,4,3,0,32.768,9070,9308.032000000001
52,40,1,5,0,0,32.768,20948,21501.632
53,40,1,5,1,0,32.768,16282,16631.296000000002
54,40,1,5,2,0,32.768,15289,15669.184000000001
55,40,1,5,3,0,32.768,12180,12508.416000000001
56,40,1,6,0,0,32.768,29238,29987.52
57,40,1,6,1,0,32.768,23076,23640.832000000002
58,40,1,6,2,0,32.768,19453,19948.032
59,40,1,6,3,0,32.768,16650,17065.28
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,25839,26470.976
62,40,1,7,2,0,32.768,24083,24713.536
63,40,1,7,3,0,32.768,20359,20907.264

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,1821,29.192
2,30,0,0,2,6,32.768,1179,18.844
3,30,0,0,3,6,32.768,0,0.0
4,30,0,1,0,6,32.768,1,0.016
5,30,0,1,1,6,32.768,0,0.0
6,30,0,1,2,6,32.768,1563,25.027
7,30,0,1,3,6,32.768,1,0.016
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,2245,35.889
10,30,0,2,2,6,32.768,1555,24.895
11,30,0,2,3,6,32.768,1899,30.352
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,2199,35.19
15,30,0,3,3,6,32.768,2093,33.434
16,30,0,4,0,7,32.768,0,0.0
17,30,0,4,1,7,32.768,1,0.008
18,30,0,4,2,7,32.768,390,3.1205000000000003
19,30,0,4,3,7,32.768,445,3.551
20,30,0,5,0,7,32.768,3,0.009000000000000001
21,30,0,5,1,7,32.768,1,0.004
22,30,0,5,2,7,32.768,449,3.618
23,30,0,5,3,7,32.768,365,2.919
24,30,0,6,0,7,32.768,56,0.459
25,30,0,6,1,7,32.768,0,0.0
26,30,0,6,2,7,32.768,408,3.271
27,30,0,6,3,7,32.768,454,3.6345
28,30,0,7,0,7,32.768,96,0.7495
29,30,0,7,1,7,32.768,771,6.165
30,30,0,7,2,7,32.768,560,4.48
31,30,0,7,3,7,32.768,566,4.532
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,14348,14709.824
34,30,1,0,2,0,32.768,12381,12659.648000000001
35,30,1,0,3,0,32.768,10,5.952
36,30,1,1,0,0,32.768,26948,27532.288
37,30,1,1,1,0,32.768,23669,24291.904000000002
38,30,1,1,2,0,32.768,18433,18826.368
39,30,1,1,3,0,32.768,16712,17061.696
40,30,1,2,0,0,32.768,1,1.024
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,1,1.024
43,30,1,2,3,0,32.768,21867,22345.920000000002
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,1,1.024
46,30,1,3,2,0,32.768,0,0.0
47,30,1,3,3,0,32.768,26701,27317.824
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,10146,10412.928
50,30,1,4,2,0,32.768,8492,8679.616
51,30,1,4,3,0,32.768,7193,7359.232
52,30,1,5,0,0,32.768,16622,16972.032
53,30,1,5,1,0,32.768,12783,13123.136
54,30,1,5,2,0,32.768,12230,12485.44
55,30,1,5,3,0,32.768,9670,9883.2
56,30,1,6,0,0,32.768,23525,24116.928
57,30,1,6,1,0,32.768,18364,18757.760000000002
58,30,1,6,2,0,32.768,15479,15875.008
59,30,1,6,3,0,32.768,13330,13688.896
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,20676,21113.792
62,30,1,7,2,0,32.768,19433,19900.8
63,30,1,7,3,0,32.768,16359,16748.16

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,690,11.632
2,20,0,0,2,6,32.768,691,11.049
3,20,0,0,3,6,32.768,0,0.0
4,20,0,1,0,6,32.768,1,0.016
5,20,0,1,1,6,32.768,0,0.0
6,20,0,1,2,6,32.768,900,14.398
7,20,0,1,3,6,32.768,1,0.016
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,1285,20.539
10,20,0,2,2,6,32.768,897,14.315
11,20,0,2,3,6,32.768,1107,17.715
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1286,20.601
15,20,0,3,3,6,32.768,1241,19.828
16,20,0,4,0,7,32.768,0,0.0
17,20,0,4,1,7,32.768,1,0.008
18,20,0,4,2,7,32.768,204,1.6295
19,20,0,4,3,7,32.768,307,2.398
20,20,0,5,0,7,32.768,3,0.0165
21,20,0,5,1,7,32.768,0,0.0055
22,20,0,5,2,7,32.768,270,2.146
23,20,0,5,3,7,32.768,190,1.5285
24,20,0,6,0,7,32.768,28,0.252
25,20,0,6,1,7,32.768,0,0.0
26,20,0,6,2,7,32.768,211,1.6825
27,20,0,6,3,7,32.768,239,1.9105
28,20,0,7,0,7,32.768,11,0.0965
29,20,0,7,1,7,32.768,410,3.2695
30,20,0,7,2,7,32.768,297,2.3765
31,20,0,7,3,7,32.768,303,2.4235
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,11312,11617.856
34,20,1,0,2,0,32.768,9859,10057.216
35,20,1,0,3,0,32.768,1,1.024
36,20,1,1,0,0,32.768,21695,22223.872
37,20,1,1,1,0,32.768,18996,19469.696
38,20,1,1,2,0,32.768,14751,15075.968
39,20,1,1,3,0,32.768,13314,13600.704
40,20,1,2,0,0,32.768,1,1.024
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,17532,17950.144
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,1,1.024
46,20,1,3,2,0,32.768,0,0.0
47,20,1,3,3,0,32.768,21526,22057.792
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,7936,8116.4800000000005
50,20,1,4,2,0,32.768,6549,6712.448
51,20,1,4,3,0,32.768,5559,5694.784000000001
52,20,1,5,0,0,32.768,12807,13075.456
53,20,1,5,1,0,32.768,9866,10132.928
54,20,1,5,2,0,32.768,9562,9757.824
55,20,1,5,3,0,32.768,7436,7639.488
56,20,1,6,0,0,32.768,18486,18862.08
57,20,1,6,1,0,32.768,14213,14526.144
58,20,1,6,2,0,32.768,12082,12379.072
59,20,1,6,3,0,32.768,10501,10724.992
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,16021,16426.432
62,20,1,7,2,0,32.768,15293,15671.232
63,20,1,7,3,0,32.768,12770,13116.416000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,0,0.0
1,120,0,0,1,6,32.768,63901,1021.889
2,120,0,0,2,6,32.768,42921,685.893
3,120,0,0,3,6,32.768,42343,678.131
4,120,0,1,0,6,32.768,94199,1509.759
5,120,0,1,1,6,32.768,0,0.0
6,120,0,1,2,6,32.768,60266,964.412
7,120,0,1,3,6,32.768,57096,913.443
8,120,0,2,0,6,32.768,0,0.0
9,120,0,2,1,6,32.768,86188,1378.371
10,120,0,2,2,6,32.768,61584,984.395
11,120,0,2,3,6,32.768,66127,1059.113
12,120,0,3,0,6,32.768,739,12.754
13,120,0,3,1,6,32.768,100645,1608.0230000000001
14,120,0,3,2,6,32.768,78964,1264.213
15,120,0,3,3,6,32.768,71118,1139.537
16,120,0,4,0,7,32.768,0,0.0
17,120,0,4,1,7,32.768,1,0.008
18,120,0,4,2,7,32.768,27842,222.796
19,120,0,4,3,7,32.768,25749,205.89350000000002
20,120,0,5,0,7,32.768,1,0.008
21,120,0,5,1,7,32.768,35439,283.629
22,120,0,5,2,7,32.768,33007,263.9855
23,120,0,5,3,7,32.768,26419,211.2775
24,120,0,6,0,7,32.768,56235,450.0985
25,120,0,6,1,7,32.768,0,0.0
26,120,0,6,2,7,32.768,33491,267.8175
27,120,0,6,3,7,32.768,32280,258.299
28,120,0,7,0,7,32.768,58487,467.9375
29,120,0,7,1,7,32.768,51805,414.2265
30,120,0,7,2,7,32.768,38369,307.0975
31,120,0,7,3,7,32.768,37267,298.1535
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,59261,60765.504
34,120,1,0,2,0,32.768,50175,51216.512
35,120,1,0,3,0,32.768,47563,48651.392
36,120,1,1,0,0,32.768,104624,107327.488
37,120,1,1,1,0,32.768,90411,92290.11200000001
38,120,1,1,2,0,32.768,70698,72625.728
39,120,1,1,3,0,32.768,65675,67057.088
40,120,1,2,0,0,32.768,2,1.792
41,120,1,2,1,0,32.768,108369,111317.888
42,120,1,2,2,0,32.768,92434,94534.144
43,120,1,2,3,0,32.768,81680,83394.432
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,1,1.024
46,120,1,3,2,0,32.768,112075,114610.88
47,120,1,3,3,0,32.768,97141,99315.52
48,120,1,4,0,0,32.768,1,1.024
49,120,1,4,1,0,32.768,46188,47180.288
50,120,1,4,2,0,32.768,39852,40773.824
51,120,1,4,3,0,32.768,34092,34863.808
52,120,1,5,0,0,32.768,77939,79854.08
53,120,1,5,1,0,32.768,59667,61271.616
54,120,1,5,2,0,32.768,53987,55179.968
55,120,1,5,3,0,32.768,46112,47123.008
56,120,1,6,0,0,32.768,102115,104830.40000000001
57,120,1,6,1,0,32.768,83299,85049.792
58,120,1,6,2,0,32.768,68477,70336.96
59,120,1,6,3,0,32.768,58040,59463.232
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,1425,1196.416
62,120,1,7,2,0,32.768,82063,83832.832
63,120,1,7,3,0,32.768,70614,72327.616

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,0,0.0
1,110,0,0,1,6,32.768,46697,747.721
2,110,0,0,2,6,32.768,31174,498.738
3,110,0,0,3,6,32.768,31087,498.045
4,110,0,1,0,6,32.768,68997,1104.6290000000001
5,110,0,1,1,6,32.768,0,0.0
6,110,0,1,2,6,32.768,43744,700.769
7,110,0,1,3,6,32.768,41953,670.745
8,110,0,2,0,6,32.768,0,0.0
9,110,0,2,1,6,32.768,62759,1004.743
10,110,0,2,2,6,32.768,44599,713.112
11,110,0,2,3,6,32.768,48499,776.99
12,110,0,3,0,6,32.768,1935,31.063000000000002
13,110,0,3,1,6,32.768,73333,1173.718
14,110,0,3,2,6,32.768,57802,923.927
15,110,0,3,3,6,32.768,52224,835.7230000000001
16,110,0,4,0,7,32.768,0,0.0
17,110,0,4,1,7,32.768,1,0.008
18,110,0,4,2,7,32.768,19229,153.8365
19,110,0,4,3,7,32.768,18120,144.87
20,110,0,5,0,7,32.768,1,0.008
21,110,0,5,1,7,32.768,24469,195.7555
22,110,0,5,2,7,32.768,22613,180.8075
23,110,0,5,3,7,32.768,18182,145.5035
24,110,0,6,0,7,32.768,39088,312.856
25,110,0,6,1,7,32.768,0,0.0
26,110,0,6,2,7,32.768,22845,182.7845
27,110,0,6,3,7,32.768,22301,178.31
28,110,0,7,0,7,32.768,39993,319.92
29,110,0,7,1,7,32.768,35817,286.67
30,110,0,7,2,7,32.768,26536,212.2645
31,110,0,7,3,7,32.768,25956,207.5215
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,53023,54260.16
34,110,1,0,2,0,32.768,44829,45811.840000000004
35,110,1,0,3,0,32.768,42587,43696.64
36,110,1,1,0,0,32.768,93753,96288.384
37,110,1,1,1,0,32.768,80981,83014.848
38,110,1,1,2,0,32.768,63482,65184.768000000004
39,110,1,1,3,0,32.768,58934,60210.304000000004
40,110,1,2,0,0,32.768,1,1.024
41,110,1,2,1,0,32.768,96892,99432.128
42,110,1,2,2,0,32.768,83600,85343.936
43,110,1,2,3,0,32.768,73209,75076.544
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,1,1.024
46,110,1,3,2,0,32.768,101284,103534.912
47,110,1,3,3,0,32.768,87400,89772.992
48,110,1,4,0,0,32.768,1,1.024
49,110,1,4,1,0,32.768,40774,41844.032
50,110,1,4,2,0,32.768,35166,36101.248
51,110,1,4,3,0,32.768,30148,30826.944
52,110,1,5,0,0,32.768,69027,70774.016
53,110,1,5,1,0,32.768,53113,54305.536
54,110,1,5,2,0,32.768,47849,49059.328
55,110,1,5,3,0,32.768,40815,41674.048
56,110,1,6,0,0,32.768,91147,93469.248
57,110,1,6,1,0,32.768,73740,75592.96
58,110,1,6,2,0,32.768,61327,62621.248
59,110,1,6,3,0,32.768,51711,52901.504
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,2982,5067.648
62,110,1,7,2,0,32.768,73346,74928.832
63,110,1,7,3,0,32.768,63009,64478.464

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,308,4.899
2,10,0,0,2,6,32.768,394,6.316
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,1,0.016
5,10,0,1,1,6,32.768,0,0.0
6,10,0,1,2,6,32.768,501,8.014
7,10,0,1,3,6,32.768,1,0.016
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,693,11.096
10,10,0,2,2,6,32.768,499,7.963
11,10,0,2,3,6,32.768,630,10.093
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,728,11.643
15,10,0,3,3,6,32.768,712,11.423
16,10,0,4,0,7,32.768,0,0.0
17,10,0,4,1,7,32.768,1,0.008
18,10,0,4,2,7,32.768,102,0.8210000000000001
19,10,0,4,3,7,32.768,292,2.678
20,10,0,5,0,7,32.768,1,0.0245
21,10,0,5,1,7,32.768,0,0.0
22,10,0,5,2,7,32.768,142,1.1380000000000001
23,10,0,5,3,7,32.768,97,0.7935
24,10,0,6,0,7,32.768,26,0.194
25,10,0,6,1,7,32.768,0,0.0
26,10,0,6,2,7,32.768,104,0.8300000000000001
27,10,0,6,3,7,32.768,120,0.967
28,10,0,7,0,7,32.768,1,0.0135
29,10,0,7,1,7,32.768,209,1.6600000000000001
30,10,0,7,2,7,32.768,151,1.207
31,10,0,7,3,7,32.768,160,1.245
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,6041,6363.136
34,10,1,0,2,0,32.768,7634,7812.352
35,10,1,0,3,0,32.768,1,1.024
36,10,1,1,0,0,32.768,17358,17793.024
37,10,1,1,1,0,32.768,14908,15217.152
38,10,1,1,2,0,32.768,11446,11759.424
39,10,1,1,3,0,32.768,10344,10567.168
40,10,1,2,0,0,32.768,1,1.024
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,13699,14028.416000000001
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,1,1.024
46,10,1,3,2,0,32.768,0,0.0
47,10,1,3,3,0,32.768,16874,17304.384000000002
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,5994,6126.72
50,10,1,4,2,0,32.768,4916,5021.696
51,10,1,4,3,0,32.768,4143,4257.088
52,10,1,5,0,0,32.768,9455,9708.224
53,10,1,5,1,0,32.768,7349,7530.496
54,10,1,5,2,0,32.768,7173,7368.832
55,10,1,5,3,0,32.768,5564,5700.608
56,10,1,6,0,0,32.768,13897,14225.664
57,10,1,6,1,0,32.768,10551,10835.392
58,10,1,6,2,0,32.768,9100,9301.312
59,10,1,6,3,0,32.768,7914,8083.2
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,12051,12315.008
62,10,1,7,2,0,32.768,11616,11882.56
63,10,1,7,3,0,32.768,9640,9892.48

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,0,0.0
1,100,0,0,1,6,32.768,33690,539.568
2,100,0,0,2,6,32.768,22353,357.51
3,100,0,0,3,6,32.768,22514,360.736
4,100,0,1,0,6,32.768,49892,797.118
5,100,0,1,1,6,32.768,0,0.0
6,100,0,1,2,6,32.768,31363,501.78000000000003
7,100,0,1,3,6,32.768,30422,486.195
8,100,0,2,0,6,32.768,0,0.0
9,100,0,2,1,6,32.768,45130,721.052
10,100,0,2,2,6,32.768,31757,508.656
11,100,0,2,3,6,32.768,35098,561.456
12,100,0,3,0,6,32.768,3109,48.207
13,100,0,3,1,6,32.768,52665,842.719
14,100,0,3,2,6,32.768,41574,664.73
15,100,0,3,3,6,32.768,37761,603.734
16,100,0,4,0,7,32.768,0,0.0
17,100,0,4,1,7,32.768,1,0.008
18,100,0,4,2,7,32.768,13036,104.267
19,100,0,4,3,7,32.768,12502,100.0445
20,100,0,5,0,7,32.768,1,0.008
21,100,0,5,1,7,32.768,15362,122.462
22,100,0,5,2,7,32.768,15173,121.378
23,100,0,5,3,7,32.768,12293,98.291
24,100,0,6,0,7,32.768,26747,213.9395
25,100,0,6,1,7,32.768,0,0.0
26,100,0,6,2,7,32.768,15287,122.227
27,100,0,6,3,7,32.768,15091,120.7275
28,100,0,7,0,7,32.768,26859,214.976
29,100,0,7,1,7,32.768,24359,194.8725
30,100,0,7,2,7,32.768,18000,144.029
31,100,0,7,3,7,32.768,17706,141.714
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,47015,48067.968
34,100,1,0,2,0,32.768,39600,40648.96
35,100,1,0,3,0,32.768,38113,38926.336
36,100,1,1,0,0,32.768,83478,85693.82400000001
37,100,1,1,1,0,32.768,72391,74123.712
38,100,1,1,2,0,32.768,56599,58094.016
39,100,1,1,3,0,32.768,52275,53594.304000000004
40,100,1,2,0,0,32.768,1,1.024
41,100,1,2,1,0,32.768,3,1.792
42,100,1,2,2,0,32.768,74518,76372.544
43,100,1,2,3,0,32.768,65648,67019.456
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,1,1.024
46,100,1,3,2,0,32.768,90894,92854.464
47,100,1,3,3,0,32.768,78298,80445.504
48,100,1,4,0,0,32.768,1,1.024
49,100,1,4,1,0,32.768,36065,36810.24
50,100,1,4,2,0,32.768,31017,31681.152000000002
51,100,1,4,3,0,32.768,26421,27005.248
52,100,1,5,0,0,32.768,60494,62046.976
53,100,1,5,1,0,32.768,46679,47681.664000000004
54,100,1,5,2,0,32.768,42127,43261.696
55,100,1,5,3,0,32.768,35582,36491.584
56,100,1,6,0,0,32.768,80557,82534.848
57,100,1,6,1,0,32.768,64951,66604.60800000001
58,100,1,6,2,0,32.768,53920,55301.12
59,100,1,6,3,0,32.768,45492,46621.952
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,5792,4360.064
62,100,1,7,2,0,32.768,64570,66272.576
63,100,1,7,3,0,32.768,55720,56978.752

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,337,5.382
2,0,0,0,2,6,32.768,227,3.642
3,0,0,0,3,6,32.768,0,0.0
4,0,0,1,0,6,32.768,1,0.016
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,277,4.4350000000000005
7,0,0,1,3,6,32.768,1,0.016
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,315,5.037
10,0,0,2,2,6,32.768,273,4.372
11,0,0,2,3,6,32.768,416,6.386
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,407,6.524
15,0,0,3,3,6,32.768,404,6.469
16,0,0,4,0,7,32.768,0,0.0
17,0,0,4,1,7,32.768,1,0.008
18,0,0,4,2,7,32.768,50,0.40700000000000003
19,0,0,4,3,7,32.768,0,0.2435
20,0,0,5,0,7,32.768,1,0.0395
21,0,0,5,1,7,32.768,0,0.0
22,0,0,5,2,7,32.768,72,0.6025
23,0,0,5,3,7,32.768,56,0.4895
24,0,0,6,0,7,32.768,145,1.1575
25,0,0,6,1,7,32.768,0,0.0
26,0,0,6,2,7,32.768,51,0.3995
27,0,0,6,3,7,32.768,59,0.47650000000000003
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,102,0.8180000000000001
30,0,0,7,2,7,32.768,76,0.6005
31,0,0,7,3,7,32.768,87,0.6535
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,0,0.0
34,0,1,0,2,0,32.768,5842,5992.384
35,0,1,0,3,0,32.768,1,1.024
36,0,1,1,0,0,32.768,0,0.0
37,0,1,1,1,0,32.768,11481,11730.24
38,0,1,1,2,0,32.768,0,0.064
39,0,1,1,3,0,32.768,7959,8148.416
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,10681,10900.288
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,1,1.024
46,0,1,3,2,0,32.768,0,0.0
47,0,1,3,3,0,32.768,13214,13551.232
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,4524,4629.12
50,0,1,4,2,0,32.768,3681,3763.136
51,0,1,4,3,0,32.768,3117,3191.552
52,0,1,5,0,0,32.768,7032,7221.696
53,0,1,5,1,0,32.768,5477,5598.400000000001
54,0,1,5,2,0,32.768,5464,5590.144
55,0,1,5,3,0,32.768,4185,4273.92
56,0,1,6,0,0,32.768,10521,10752.192000000001
57,0,1,6,1,0,32.768,7951,8121.216
58,0,1,6,2,0,32.768,6861,7036.736
59,0,1,6,3,0,32.768,1,1.024
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,9120,9332.672
62,0,1,7,2,0,32.768,8844,9062.4
63,0,1,7,3,0,32.768,7362,7547.712

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,0,0.0
2,-40,0,0,2,6,32.768,1,0.016
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,13,0.212
7,-40,0,1,3,6,32.768,1,0.016
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,10,0.272
10,-40,0,2,2,6,32.768,14,0.245
11,-40,0,2,3,6,32.768,53,1.165
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,22,0.363
15,-40,0,3,3,6,32.768,1,0.016
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,1,0.008
18,-40,0,4,2,7,32.768,13,0.066
19,-40,0,4,3,7,32.768,0,0.0
20,-40,0,5,0,7,32.768,0,0.0265
21,-40,0,5,1,7,32.768,193,0.116
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,13,0.17250000000000001
24,-40,0,6,0,7,32.768,0,0.0
25,-40,0,6,1,7,32.768,0,0.0
26,-40,0,6,2,7,32.768,2,0.0275
27,-40,0,6,3,7,32.768,7,0.0385
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,9,0.0555
30,-40,0,7,2,7,32.768,9,0.097
31,-40,0,7,3,7,32.768,19,0.168
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,0,0.0
34,-40,1,0,2,0,32.768,1433,1467.2
35,-40,1,0,3,0,32.768,1,1.024
36,-40,1,1,0,0,32.768,0,0.0
37,-40,1,1,1,0,32.768,0,0.0
38,-40,1,1,2,0,32.768,0,0.0
39,-40,1,1,3,0,32.768,1992,2037.1200000000001
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,0,0.0
47,-40,1,3,3,0,32.768,3529,3626.112
48,-40,1,4,0,0,32.768,1,1.024
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,777,795.136
51,-40,1,4,3,0,32.768,653,667.5840000000001
52,-40,1,5,0,0,32.768,1414,1444.288
53,-40,1,5,1,0,32.768,1107,1131.008
54,-40,1,5,2,0,32.768,1210,1239.424
55,-40,1,5,3,0,32.768,870,890.624
56,-40,1,6,0,0,32.768,0,0.5760000000000001
57,-40,1,6,1,0,32.768,1610,1649.856
58,-40,1,6,2,0,32.768,1453,1486.72
59,-40,1,6,3,0,32.768,1,1.024
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,781,548.6080000000001
62,-40,1,7,2,0,32.768,1982,2034.112
63,-40,1,7,3,0,32.768,1647,1691.712

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,0,0.0
2,-30,0,0,2,6,32.768,1,0.016
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,31,0.495
7,-30,0,1,3,6,32.768,1,0.016
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,23,0.202
10,-30,0,2,2,6,32.768,30,0.484
11,-30,0,2,3,6,32.768,213,3.065
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,47,0.783
15,-30,0,3,3,6,32.768,15,0.054
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,1,0.008
18,-30,0,4,2,7,32.768,14,0.0795
19,-30,0,4,3,7,32.768,0,0.0
20,-30,0,5,0,7,32.768,0,0.111
21,-30,0,5,1,7,32.768,0,0.0
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,30,0.224
24,-30,0,6,0,7,32.768,0,0.0
25,-30,0,6,1,7,32.768,0,0.0
26,-30,0,6,2,7,32.768,4,0.0395
27,-30,0,6,3,7,32.768,6,0.052000000000000005
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,11,0.08700000000000001
30,-30,0,7,2,7,32.768,19,0.1305
31,-30,0,7,3,7,32.768,14,0.203
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,0,0.0
34,-30,1,0,2,0,32.768,2153,2196.544
35,-30,1,0,3,0,32.768,1,1.024
36,-30,1,1,0,0,32.768,0,0.0
37,-30,1,1,1,0,32.768,0,0.0
38,-30,1,1,2,0,32.768,0,0.0
39,-30,1,1,3,0,32.768,2948,3021.632
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,1,1.024
46,-30,1,3,2,0,32.768,0,0.0
47,-30,1,3,3,0,32.768,5186,5292.0960000000005
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,1,1.088
50,-30,1,4,2,0,32.768,1208,1235.52
51,-30,1,4,3,0,32.768,1023,1044.224
52,-30,1,5,0,0,32.768,2238,2292.864
53,-30,1,5,1,0,32.768,1746,1786.752
54,-30,1,5,2,0,32.768,1867,1905.344
55,-30,1,5,3,0,32.768,1362,1395.136
56,-30,1,6,0,0,32.768,2888,2999.4880000000003
57,-30,1,6,1,0,32.768,2547,2609.792
58,-30,1,6,2,0,32.768,2265,2325.76
59,-30,1,6,3,0,32.768,1,1.024
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,2248,2308.736
62,-30,1,7,2,0,32.768,3057,3125.568
63,-30,1,7,3,0,32.768,2545,2599.168

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,0,0.0
2,-20,0,0,2,6,32.768,44,0.749
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,1,0.016
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,67,1.082
7,-20,0,1,3,6,32.768,1,0.016
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,24,0.511
10,-20,0,2,2,6,32.768,66,1.063
11,-20,0,2,3,6,32.768,320,4.424
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,106,1.67
15,-20,0,3,3,6,32.768,136,2.424
16,-20,0,4,0,7,32.768,0,0.0
17,-20,0,4,1,7,32.768,1,0.008
18,-20,0,4,2,7,32.768,11,0.107
19,-20,0,4,3,7,32.768,0,0.0
20,-20,0,5,0,7,32.768,0,0.25
21,-20,0,5,1,7,32.768,0,0.0
22,-20,0,5,2,7,32.768,61,0.3275
23,-20,0,5,3,7,32.768,48,0.3225
24,-20,0,6,0,7,32.768,0,0.0
25,-20,0,6,1,7,32.768,0,0.0
26,-20,0,6,2,7,32.768,10,0.08
27,-20,0,6,3,7,32.768,12,0.0985
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,20,0.164
30,-20,0,7,2,7,32.768,17,0.184
31,-20,0,7,3,7,32.768,30,0.271
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,0,0.0
34,-20,1,0,2,0,32.768,3100,3169.216
35,-20,1,0,3,0,32.768,1,1.024
36,-20,1,1,0,0,32.768,0,0.0
37,-20,1,1,1,0,32.768,0,0.0
38,-20,1,1,2,0,32.768,0,0.0
39,-20,1,1,3,0,32.768,4243,4343.936
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,5779,5912.96
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,1,1.024
46,-20,1,3,2,0,32.768,0,0.0
47,-20,1,3,3,0,32.768,7260,7462.336
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,820,861.056
50,-20,1,4,2,0,32.768,1814,1849.472
51,-20,1,4,3,0,32.768,1533,1567.616
52,-20,1,5,0,0,32.768,3394,3480.832
53,-20,1,5,1,0,32.768,2635,2706.4320000000002
54,-20,1,5,2,0,32.768,2747,2817.472
55,-20,1,5,3,0,32.768,2053,2096.448
56,-20,1,6,0,0,32.768,5291,5411.2
57,-20,1,6,1,0,32.768,3848,3947.712
58,-20,1,6,2,0,32.768,3400,3486.272
59,-20,1,6,3,0,32.768,1,1.024
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,4544,4661.312
62,-20,1,7,2,0,32.768,4506,4609.728
63,-20,1,7,3,0,32.768,3738,3834.88

tapeouts/mpw-1/testsetup/MeasResults/ChipNo20/Meas_ChipNo20_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,174,2.79
2,-10,0,0,2,6,32.768,121,1.9120000000000001
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,1,0.016
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,139,2.243
7,-10,0,1,3,6,32.768,1,0.016
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,121,2.1390000000000002
10,-10,0,2,2,6,32.768,137,2.201
11,-10,0,2,3,6,32.768,317,5.154
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,208,3.349
15,-10,0,3,3,6,32.768,215,3.432
16,-10,0,4,0,7,32.768,0,0.0
17,-10,0,4,1,7,32.768,1,0.008
18,-10,0,4,2,7,32.768,23,0.194
19,-10,0,4,3,7,32.768,0,0.029
20,-10,0,5,0,7,32.768,60,0.1925
21,-10,0,5,1,7,32.768,0,0.0
22,-10,0,5,2,7,32.768,47,0.34400000000000003
23,-10,0,5,3,7,32.768,54,0.34800000000000003
24,-10,0,6,0,7,32.768,0,0.0
25,-10,0,6,1,7,32.768,0,0.0
26,-10,0,6,2,7,32.768,23,0.177
27,-10,0,6,3,7,32.768,26,0.2165
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,49,0.3755
30,-10,0,7,2,7,32.768,39,0.2925
31,-10,0,7,3,7,32.768,41,0.339
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,0,0.0
34,-10,1,0,2,0,32.768,4321,4412.736
35,-10,1,0,3,0,32.768,1,1.024
36,-10,1,1,0,0,32.768,0,0.0
37,-10,1,1,1,0,32.768,0,0.0
38,-10,1,1,2,0,32.768,0,0.0
39,-10,1,1,3,0,32.768,5894,6029.76
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,7919,8131.648
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,1,1.024
46,-10,1,3,2,0,32.768,0,0.0
47,-10,1,3,3,0,32.768,9911,10179.648000000001
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,3260,3325.568
50,-10,1,4,2,0,32.768,2617,2672.832
51,-10,1,4,3,0,32.768,2212,2268.096
52,-10,1,5,0,0,32.768,4962,5080.128
53,-10,1,5,1,0,32.768,3843,3940.288
54,-10,1,5,2,0,32.768,3939,4022.208
55,-10,1,5,3,0,32.768,2962,3035.072
56,-10,1,6,0,0,32.768,7584,7745.664
57,-10,1,6,1,0,32.768,5600,5750.336
58,-10,1,6,2,0,32.768,4898,5026.688
59,-10,1,6,3,0,32.768,1,1.024
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,6531,6693.76
62,-10,1,7,2,0,32.768,6388,6555.2
63,-10,1,7,3,0,32.768,5315,5449.152

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,0,0.01
1,90,0,0,1,6,32.768,16118,255.723
2,90,0,0,2,6,32.768,861,13.869
3,90,0,0,3,6,32.768,15397,246.722
4,90,0,1,0,6,32.768,0,0.0
5,90,0,1,1,6,32.768,1,0.016
6,90,0,1,2,6,32.768,202,3.226
7,90,0,1,3,6,32.768,18685,298.636
8,90,0,2,0,6,32.768,46659,746.14
9,90,0,2,1,6,32.768,31404,502.754
10,90,0,2,2,6,32.768,27379,437.85900000000004
11,90,0,2,3,6,32.768,21810,348.974
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,39031,624.487
14,90,0,3,2,6,32.768,31838,509.654
15,90,0,3,3,6,32.768,22594,361.111
16,90,0,4,0,7,32.768,12842,102.7945
17,90,0,4,1,7,32.768,9888,79.13250000000001
18,90,0,4,2,7,32.768,8444,67.534
19,90,0,4,3,7,32.768,7897,63.139
20,90,0,5,0,7,32.768,0,0.0
21,90,0,5,1,7,32.768,14140,113.168
22,90,0,5,2,7,32.768,277,3.1910000000000003
23,90,0,5,3,7,32.768,8359,66.903
24,90,0,6,0,7,32.768,19161,153.345
25,90,0,6,1,7,32.768,13822,110.5415
26,90,0,6,2,7,32.768,11852,94.8535
27,90,0,6,3,7,32.768,10914,87.35000000000001
28,90,0,7,0,7,32.768,17480,139.87800000000001
29,90,0,7,1,7,32.768,15595,124.69200000000001
30,90,0,7,2,7,32.768,11813,94.54650000000001
31,90,0,7,3,7,32.768,10191,81.5385
32,90,1,0,0,0,32.768,48578,49833.28
33,90,1,0,1,0,32.768,41661,42620.8
34,90,1,0,2,0,32.768,40564,41657.728
35,90,1,0,3,0,32.768,33011,33782.592000000004
36,90,1,1,0,0,32.768,66574,68078.784
37,90,1,1,1,0,32.768,57504,59143.616
38,90,1,1,2,0,32.768,50912,52242.048
39,90,1,1,3,0,32.768,49627,50706.368
40,90,1,2,0,0,32.768,1,1.024
41,90,1,2,1,0,32.768,75785,77411.776
42,90,1,2,2,0,32.768,70184,71771.32800000001
43,90,1,2,3,0,32.768,56064,57286.4
44,90,1,3,0,0,32.768,99784,102433.856
45,90,1,3,1,0,32.768,1,2.368
46,90,1,3,2,0,32.768,83837,85698.944
47,90,1,3,3,0,32.768,70909,72508.672
48,90,1,4,0,0,32.768,0,0.0
49,90,1,4,1,0,32.768,31971,32710.016
50,90,1,4,2,0,32.768,25578,26253.376
51,90,1,4,3,0,32.768,23267,23882.88
52,90,1,5,0,0,32.768,0,0.0
53,90,1,5,1,0,32.768,41276,42240.448000000004
54,90,1,5,2,0,32.768,40132,41050.432
55,90,1,5,3,0,32.768,32913,33599.104
56,90,1,6,0,0,32.768,63421,64937.984000000004
57,90,1,6,1,0,32.768,6,10.816
58,90,1,6,2,0,32.768,48089,49278.848
59,90,1,6,3,0,32.768,41021,42007.296
60,90,1,7,0,0,32.768,77931,79826.24
61,90,1,7,1,0,32.768,64350,66119.104
62,90,1,7,2,0,32.768,57016,58390.208
63,90,1,7,3,0,32.768,48015,49200.064

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,0,0.001
2,80,0,0,2,6,32.768,214,3.545
3,80,0,0,3,6,32.768,10485,167.989
4,80,0,1,0,6,32.768,0,0.0
5,80,0,1,1,6,32.768,1,0.016
6,80,0,1,2,6,32.768,1,0.016
7,80,0,1,3,6,32.768,12858,205.487
8,80,0,2,0,6,32.768,16153,264.527
9,80,0,2,1,6,32.768,21571,344.507
10,80,0,2,2,6,32.768,18884,302.271
11,80,0,2,3,6,32.768,15154,242.276
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,34,0.8180000000000001
14,80,0,3,2,6,32.768,20725,331.508
15,80,0,3,3,6,32.768,15457,247.16400000000002
16,80,0,4,0,7,32.768,8204,65.682
17,80,0,4,1,7,32.768,6331,50.6395
18,80,0,4,2,7,32.768,5437,43.4715
19,80,0,4,3,7,32.768,5103,40.8095
20,80,0,5,0,7,32.768,0,0.0
21,80,0,5,1,7,32.768,9199,73.618
22,80,0,5,2,7,32.768,1,0.003
23,80,0,5,3,7,32.768,5382,43.041000000000004
24,80,0,6,0,7,32.768,12414,99.3655
25,80,0,6,1,7,32.768,8904,71.1935
26,80,0,6,2,7,32.768,7612,60.871500000000005
27,80,0,6,3,7,32.768,7083,56.6875
28,80,0,7,0,7,32.768,11155,89.209
29,80,0,7,1,7,32.768,10176,81.3595
30,80,0,7,2,7,32.768,7558,60.485
31,80,0,7,3,7,32.768,6617,52.9675
32,80,1,0,0,0,32.768,42566,43414.464
33,80,1,0,1,0,32.768,36187,36968.256
34,80,1,0,2,0,32.768,35546,36475.008
35,80,1,0,3,0,32.768,28777,29387.968
36,80,1,1,0,0,32.768,57348,58916.288
37,80,1,1,1,0,32.768,3574,3469.184
38,80,1,1,2,0,32.768,44480,45644.096
39,80,1,1,3,0,32.768,43480,44521.92
40,80,1,2,0,0,32.768,1,1.024
41,80,1,2,1,0,32.768,65942,67519.68000000001
42,80,1,2,2,0,32.768,61426,63074.752
43,80,1,2,3,0,32.768,48783,49931.200000000004
44,80,1,3,0,0,32.768,86902,89138.432
45,80,1,3,1,0,32.768,0,0.0
46,80,1,3,2,0,32.768,73799,75366.848
47,80,1,3,3,0,32.768,62196,63882.176
48,80,1,4,0,0,32.768,0,0.0
49,80,1,4,1,0,32.768,0,0.0
50,80,1,4,2,0,32.768,21914,22399.808
51,80,1,4,3,0,32.768,19913,20450.688000000002
52,80,1,5,0,0,32.768,0,0.0
53,80,1,5,1,0,32.768,35514,36256.32
54,80,1,5,2,0,32.768,34734,35531.840000000004
55,80,1,5,3,0,32.768,28088,28854.784
56,80,1,6,0,0,32.768,54428,55542.656
57,80,1,6,1,0,32.768,0,0.0
58,80,1,6,2,0,32.768,41509,42532.864
59,80,1,6,3,0,32.768,35402,36191.872
60,80,1,7,0,0,32.768,67061,68929.856
61,80,1,7,1,0,32.768,55732,56956.544
62,80,1,7,2,0,32.768,49126,50446.848
63,80,1,7,3,0,32.768,41338,42431.232

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,0,0.002
2,70,0,0,2,6,32.768,0,0.0
3,70,0,0,3,6,32.768,7006,112.035
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,1,0.016
6,70,0,1,2,6,32.768,1,0.016
7,70,0,1,3,6,32.768,8654,138.548
8,70,0,2,0,6,32.768,14,0.107
9,70,0,2,1,6,32.768,16,0.339
10,70,0,2,2,6,32.768,12671,202.705
11,70,0,2,3,6,32.768,10253,164.18
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,531,8.602
15,70,0,3,3,6,32.768,10339,165.452
16,70,0,4,0,7,32.768,5113,40.881
17,70,0,4,1,7,32.768,3949,31.586000000000002
18,70,0,4,2,7,32.768,3408,27.2785
19,70,0,4,3,7,32.768,3218,25.7465
20,70,0,5,0,7,32.768,0,0.0
21,70,0,5,1,7,32.768,5828,46.633
22,70,0,5,2,7,32.768,0,0.002
23,70,0,5,3,7,32.768,3372,26.9665
24,70,0,6,0,7,32.768,7830,62.6625
25,70,0,6,1,7,32.768,5574,44.603500000000004
26,70,0,6,2,7,32.768,4755,38.026
27,70,0,6,3,7,32.768,4478,35.813
28,70,0,7,0,7,32.768,6908,55.310500000000005
29,70,0,7,1,7,32.768,6465,51.7125
30,70,0,7,2,7,32.768,4705,37.62
31,70,0,7,3,7,32.768,4195,33.548
32,70,1,0,0,0,32.768,36314,37075.648
33,70,1,0,1,0,32.768,30970,31664.192
34,70,1,0,2,0,32.768,30764,31584.832000000002
35,70,1,0,3,0,32.768,24688,25261.12
36,70,1,1,0,0,32.768,49291,50325.184
37,70,1,1,1,0,32.768,5,4.416
38,70,1,1,2,0,32.768,38617,39434.496
39,70,1,1,3,0,32.768,37671,38610.304000000004
40,70,1,2,0,0,32.768,1,1.024
41,70,1,2,1,0,32.768,56732,58168.128000000004
42,70,1,2,2,0,32.768,53520,54827.008
43,70,1,2,3,0,32.768,42036,43019.712
44,70,1,3,0,0,32.768,74911,76695.232
45,70,1,3,1,0,32.768,0,0.0
46,70,1,3,2,0,32.768,1826,1834.24
47,70,1,3,3,0,32.768,54483,55625.6
48,70,1,4,0,0,32.768,0,0.0
49,70,1,4,1,0,32.768,0,0.0
50,70,1,4,2,0,32.768,18363,18839.296000000002
51,70,1,4,3,0,32.768,16899,17292.16
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,29676,30146.624
54,70,1,5,2,0,32.768,29631,30416.96
55,70,1,5,3,0,32.768,23886,24448.064000000002
56,70,1,6,0,0,32.768,45784,46867.328
57,70,1,6,1,0,32.768,0,0.0
58,70,1,6,2,0,32.768,35527,36250.112
59,70,1,6,3,0,32.768,30072,30796.032
60,70,1,7,0,0,32.768,57152,58703.04
61,70,1,7,1,0,32.768,21828,22902.144
62,70,1,7,2,0,32.768,41931,43024.96
63,70,1,7,3,0,32.768,35343,36140.032

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,0,0.001
2,60,0,0,2,6,32.768,0,0.0
3,60,0,0,3,6,32.768,4549,72.7
4,60,0,1,0,6,32.768,0,0.0
5,60,0,1,1,6,32.768,1,0.016
6,60,0,1,2,6,32.768,1,0.016
7,60,0,1,3,6,32.768,5678,90.77
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,1,0.016
10,60,0,2,2,6,32.768,7,0.077
11,60,0,2,3,6,32.768,6789,108.754
12,60,0,3,0,6,32.768,0,0.0
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,1,0.018000000000000002
15,60,0,3,3,6,32.768,6756,107.946
16,60,0,4,0,7,32.768,3081,24.6575
17,60,0,4,1,7,32.768,2398,19.1915
18,60,0,4,2,7,32.768,2077,16.6205
19,60,0,4,3,7,32.768,1970,15.7675
20,60,0,5,0,7,32.768,0,0.0
21,60,0,5,1,7,32.768,3584,28.667
22,60,0,5,2,7,32.768,0,0.0025
23,60,0,5,3,7,32.768,2051,16.4025
24,60,0,6,0,7,32.768,4800,38.378
25,60,0,6,1,7,32.768,3389,27.1175
26,60,0,6,2,7,32.768,2885,23.091
27,60,0,6,3,7,32.768,2747,21.976
28,60,0,7,0,7,32.768,4160,33.2675
29,60,0,7,1,7,32.768,3996,31.968
30,60,0,7,2,7,32.768,2837,22.704
31,60,0,7,3,7,32.768,2584,20.6695
32,60,1,0,0,0,32.768,2384,1975.808
33,60,1,0,1,0,32.768,26180,26751.872
34,60,1,0,2,0,32.768,26344,26987.648
35,60,1,0,3,0,32.768,20903,21459.648
36,60,1,1,0,0,32.768,41448,42404.992
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,32793,33607.168
39,60,1,1,3,0,32.768,32263,33112.896
40,60,1,2,0,0,32.768,1,1.024
41,60,1,2,1,0,32.768,48485,49508.736000000004
42,60,1,2,2,0,32.768,1,1.024
43,60,1,2,3,0,32.768,35599,36539.328
44,60,1,3,0,0,32.768,63671,65008.384
45,60,1,3,1,0,32.768,0,0.0
46,60,1,3,2,0,32.768,12,9.92
47,60,1,3,3,0,32.768,7,11.584
48,60,1,4,0,0,32.768,0,0.0
49,60,1,4,1,0,32.768,0,0.0
50,60,1,4,2,0,32.768,15306,15635.648000000001
51,60,1,4,3,0,32.768,14099,14417.6
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,587,469.632
54,60,1,5,2,0,32.768,25142,25688.768
55,60,1,5,3,0,32.768,19904,20446.72
56,60,1,6,0,0,32.768,37950,38902.336
57,60,1,6,1,0,32.768,0,0.0
58,60,1,6,2,0,32.768,29666,30429.184
59,60,1,6,3,0,32.768,25296,25819.968
60,60,1,7,0,0,32.768,48272,49314.176
61,60,1,7,1,0,32.768,5485,5160.704
62,60,1,7,2,0,32.768,35369,36089.28
63,60,1,7,3,0,32.768,29558,30322.496

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,0,0.0
2,50,0,0,2,6,32.768,0,0.0
3,50,0,0,3,6,32.768,2870,45.961
4,50,0,1,0,6,32.768,0,0.0
5,50,0,1,1,6,32.768,1,0.016
6,50,0,1,2,6,32.768,1,0.016
7,50,0,1,3,6,32.768,46,0.708
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,1,0.017
10,50,0,2,2,6,32.768,0,0.0
11,50,0,2,3,6,32.768,78,1.548
12,50,0,3,0,6,32.768,0,0.0
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,1,0.016
15,50,0,3,3,6,32.768,4278,68.519
16,50,0,4,0,7,32.768,1801,14.3975
17,50,0,4,1,7,32.768,1419,11.346
18,50,0,4,2,7,32.768,1225,9.806000000000001
19,50,0,4,3,7,32.768,1170,9.356
20,50,0,5,0,7,32.768,0,0.0
21,50,0,5,1,7,32.768,2131,17.039
22,50,0,5,2,7,32.768,1,0.006
23,50,0,5,3,7,32.768,1206,9.652000000000001
24,50,0,6,0,7,32.768,2843,22.7525
25,50,0,6,1,7,32.768,1993,15.944
26,50,0,6,2,7,32.768,1703,13.595
27,50,0,6,3,7,32.768,1633,13.062
28,50,0,7,0,7,32.768,2419,19.3585
29,50,0,7,1,7,32.768,2395,19.1665
30,50,0,7,2,7,32.768,1657,13.2645
31,50,0,7,3,7,32.768,1542,12.3435
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,21878,22318.976
34,50,1,0,2,0,32.768,22308,22799.232
35,50,1,0,3,0,32.768,17558,17969.024
36,50,1,1,0,0,32.768,34341,35252.16
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,27672,28247.68
39,50,1,1,3,0,32.768,27432,28079.552
40,50,1,2,0,0,32.768,1,1.024
41,50,1,2,1,0,32.768,40660,41563.200000000004
42,50,1,2,2,0,32.768,1,1.024
43,50,1,2,3,0,32.768,29896,30628.288
44,50,1,3,0,0,32.768,53072,54458.880000000005
45,50,1,3,1,0,32.768,0,0.0
46,50,1,3,2,0,32.768,3,2.496
47,50,1,3,3,0,32.768,1,1.024
48,50,1,4,0,0,32.768,0,0.0
49,50,1,4,1,0,32.768,0,0.0
50,50,1,4,2,0,32.768,12515,12774.848
51,50,1,4,3,0,32.768,11589,11842.56
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,1,1.088
54,50,1,5,2,0,32.768,20963,21371.072
55,50,1,5,3,0,32.768,16403,16834.944
56,50,1,6,0,0,32.768,31062,31811.648
57,50,1,6,1,0,32.768,0,0.0
58,50,1,6,2,0,32.768,24592,25190.848
59,50,1,6,3,0,32.768,20800,21336.64
60,50,1,7,0,0,32.768,39913,40781.056000000004
61,50,1,7,1,0,32.768,12768,12047.744
62,50,1,7,2,0,32.768,29066,29836.608
63,50,1,7,3,0,32.768,24552,25064.512

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,0,0.0
2,40,0,0,2,6,32.768,0,0.0
3,40,0,0,3,6,32.768,276,4.519
4,40,0,1,0,6,32.768,0,0.002
5,40,0,1,1,6,32.768,1,0.016
6,40,0,1,2,6,32.768,1,0.016
7,40,0,1,3,6,32.768,0,0.002
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,1,0.017
10,40,0,2,2,6,32.768,0,0.0
11,40,0,2,3,6,32.768,1,0.018000000000000002
12,40,0,3,0,6,32.768,0,0.0
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,1,0.016
15,40,0,3,3,6,32.768,2654,42.409
16,40,0,4,0,7,32.768,1010,8.128
17,40,0,4,1,7,32.768,817,6.534
18,40,0,4,2,7,32.768,702,5.6105
19,40,0,4,3,7,32.768,672,5.3865
20,40,0,5,0,7,32.768,0,0.0
21,40,0,5,1,7,32.768,1228,9.815
22,40,0,5,2,7,32.768,1,0.005
23,40,0,5,3,7,32.768,687,5.503
24,40,0,6,0,7,32.768,1637,13.0785
25,40,0,6,1,7,32.768,1135,9.0745
26,40,0,6,2,7,32.768,971,7.7775
27,40,0,6,3,7,32.768,940,7.5200000000000005
28,40,0,7,0,7,32.768,1363,10.9045
29,40,0,7,1,7,32.768,1393,11.143
30,40,0,7,2,7,32.768,936,7.4935
31,40,0,7,3,7,32.768,894,7.1455
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,17738,18107.136
34,40,1,0,2,0,32.768,18465,18947.584
35,40,1,0,3,0,32.768,14467,14821.248
36,40,1,1,0,0,32.768,28102,28820.352
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,22844,23389.056
39,40,1,1,3,0,32.768,22939,23460.992000000002
40,40,1,2,0,0,32.768,1,1.024
41,40,1,2,1,0,32.768,33470,34329.92
42,40,1,2,2,0,32.768,1,1.024
43,40,1,2,3,0,32.768,24645,25296.96
44,40,1,3,0,0,32.768,44032,44965.44
45,40,1,3,1,0,32.768,0,0.0
46,40,1,3,2,0,32.768,1,1.024
47,40,1,3,3,0,32.768,1,1.024
48,40,1,4,0,0,32.768,0,0.0
49,40,1,4,1,0,32.768,0,0.0
50,40,1,4,2,0,32.768,9998,10261.76
51,40,1,4,3,0,32.768,9361,9560.512
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,1,1.024
54,40,1,5,2,0,32.768,17048,17487.616
55,40,1,5,3,0,32.768,13280,13626.880000000001
56,40,1,6,0,0,32.768,24940,25475.008
57,40,1,6,1,0,32.768,0,0.0
58,40,1,6,2,0,32.768,19978,20483.776
59,40,1,6,3,0,32.768,16996,17352.768
60,40,1,7,0,0,32.768,32339,33141.312
61,40,1,7,1,0,32.768,26319,26935.872
62,40,1,7,2,0,32.768,23621,24234.944
63,40,1,7,3,0,32.768,19930,20379.52

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,0,0.0
2,30,0,0,2,6,32.768,0,0.0
3,30,0,0,3,6,32.768,0,0.006
4,30,0,1,0,6,32.768,1,0.013000000000000001
5,30,0,1,1,6,32.768,1,0.016
6,30,0,1,2,6,32.768,1,0.016
7,30,0,1,3,6,32.768,1,0.005
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,1,0.016
10,30,0,2,2,6,32.768,0,0.0
11,30,0,2,3,6,32.768,1,0.016
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,4933,72.593
14,30,0,3,2,6,32.768,1,0.016
15,30,0,3,3,6,32.768,1575,25.178
16,30,0,4,0,7,32.768,520,4.226
17,30,0,4,1,7,32.768,449,3.5905
18,30,0,4,2,7,32.768,386,3.082
19,30,0,4,3,7,32.768,370,2.9585
20,30,0,5,0,7,32.768,0,0.0
21,30,0,5,1,7,32.768,675,5.3965000000000005
22,30,0,5,2,7,32.768,0,0.0035
23,30,0,5,3,7,32.768,375,3.001
24,30,0,6,0,7,32.768,544,4.3365
25,30,0,6,1,7,32.768,616,4.941
26,30,0,6,2,7,32.768,532,4.245
27,30,0,6,3,7,32.768,519,4.1530000000000005
28,30,0,7,0,7,32.768,736,5.894
29,30,0,7,1,7,32.768,776,6.215
30,30,0,7,2,7,32.768,510,4.0895
31,30,0,7,3,7,32.768,496,3.9615
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,56,56.832
34,30,1,0,2,0,32.768,15044,15437.824
35,30,1,0,3,0,32.768,11721,11985.408
36,30,1,1,0,0,32.768,22418,22831.744
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,107,98.048
39,30,1,1,3,0,32.768,18772,19261.888
40,30,1,2,0,0,32.768,1,1.024
41,30,1,2,1,0,32.768,27169,27859.2
42,30,1,2,2,0,32.768,1,1.024
43,30,1,2,3,0,32.768,19985,20488.512
44,30,1,3,0,0,32.768,35617,36389.632
45,30,1,3,1,0,32.768,0,0.0
46,30,1,3,2,0,32.768,1,1.024
47,30,1,3,3,0,32.768,1,1.024
48,30,1,4,0,0,32.768,0,0.0
49,30,1,4,1,0,32.768,0,0.0
50,30,1,4,2,0,32.768,7879,8071.808
51,30,1,4,3,0,32.768,7365,7559.488
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,1,1.024
54,30,1,5,2,0,32.768,13654,14003.584
55,30,1,5,3,0,32.768,10560,10813.376
56,30,1,6,0,0,32.768,19566,19964.992000000002
57,30,1,6,1,0,32.768,0,0.0
58,30,1,6,2,0,32.768,16015,16344.896
59,30,1,6,3,0,32.768,13529,13875.648000000001
60,30,1,7,0,0,32.768,25684,26380.16
61,30,1,7,1,0,32.768,21099,21548.032
62,30,1,7,2,0,32.768,18838,19306.944
63,30,1,7,3,0,32.768,15817,16211.328

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,0,0.0
2,20,0,0,2,6,32.768,0,0.0
3,20,0,0,3,6,32.768,0,0.004
4,20,0,1,0,6,32.768,6,0.10200000000000001
5,20,0,1,1,6,32.768,1,0.016
6,20,0,1,2,6,32.768,1,0.016
7,20,0,1,3,6,32.768,0,0.0
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,1,0.016
10,20,0,2,2,6,32.768,0,0.0
11,20,0,2,3,6,32.768,1,0.016
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,1,0.016
14,20,0,3,2,6,32.768,1,0.016
15,20,0,3,3,6,32.768,909,14.547
16,20,0,4,0,7,32.768,261,2.169
17,20,0,4,1,7,32.768,239,1.915
18,20,0,4,2,7,32.768,205,1.6485
19,20,0,4,3,7,32.768,197,1.5805
20,20,0,5,0,7,32.768,0,0.0
21,20,0,5,1,7,32.768,321,2.5465
22,20,0,5,2,7,32.768,0,0.006500000000000001
23,20,0,5,3,7,32.768,199,1.589
24,20,0,6,0,7,32.768,17,0.11850000000000001
25,20,0,6,1,7,32.768,336,2.7075
26,20,0,6,2,7,32.768,286,2.243
27,20,0,6,3,7,32.768,277,2.215
28,20,0,7,0,7,32.768,381,3.0455
29,20,0,7,1,7,32.768,422,3.3565
30,20,0,7,2,7,32.768,270,2.157
31,20,0,7,3,7,32.768,268,2.1395
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,11689,11936.64
35,20,1,0,3,0,32.768,9293,9537.408
36,20,1,1,0,0,32.768,3529,3646.592
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,15187,15563.968
40,20,1,2,0,0,32.768,1,1.024
41,20,1,2,1,0,32.768,21688,22211.328
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,15907,16308.800000000001
44,20,1,3,0,0,32.768,28247,28924.928
45,20,1,3,1,0,32.768,0,0.0
46,20,1,3,2,0,32.768,1,1.024
47,20,1,3,3,0,32.768,1,1.024
48,20,1,4,0,0,32.768,0,0.0
49,20,1,4,1,0,32.768,0,0.0
50,20,1,4,2,0,32.768,6092,6234.304
51,20,1,4,3,0,32.768,5734,5874.56
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,1,1.024
54,20,1,5,2,0,32.768,10792,11008.0
55,20,1,5,3,0,32.768,8212,8430.72
56,20,1,6,0,0,32.768,14975,15324.736
57,20,1,6,1,0,32.768,0,0.0
58,20,1,6,2,0,32.768,12499,12811.712
59,20,1,6,3,0,32.768,10669,10901.12
60,20,1,7,0,0,32.768,20192,20617.28
61,20,1,7,1,0,32.768,16379,16801.408
62,20,1,7,2,0,32.768,14730,15054.912
63,20,1,7,3,0,32.768,12419,12695.936

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,6800,111.69
1,120,0,0,1,6,32.768,76087,1218.9750000000001
2,120,0,0,2,6,32.768,53482,854.82
3,120,0,0,3,6,32.768,42732,684.701
4,120,0,1,0,6,32.768,0,0.0
5,120,0,1,1,6,32.768,1,0.016
6,120,0,1,2,6,32.768,60747,973.244
7,120,0,1,3,6,32.768,50792,811.722
8,120,0,2,0,6,32.768,125882,2015.961
9,120,0,2,1,6,32.768,84236,1348.609
10,120,0,2,2,6,32.768,74104,1184.413
11,120,0,2,3,6,32.768,57988,928.937
12,120,0,3,0,6,32.768,0,0.0
13,120,0,3,1,6,32.768,103392,1655.948
14,120,0,3,2,6,32.768,83473,1333.59
15,120,0,3,3,6,32.768,62054,993.159
16,120,0,4,0,7,32.768,42207,337.57
17,120,0,4,1,7,32.768,32621,260.89
18,120,0,4,2,7,32.768,27365,218.9415
19,120,0,4,3,7,32.768,25478,203.9595
20,120,0,5,0,7,32.768,0,0.0
21,120,0,5,1,7,32.768,44463,355.709
22,120,0,5,2,7,32.768,31807,254.37550000000002
23,120,0,5,3,7,32.768,27120,217.0625
24,120,0,6,0,7,32.768,61252,489.749
25,120,0,6,1,7,32.768,44874,359.211
26,120,0,6,2,7,32.768,38691,309.52
27,120,0,6,3,7,32.768,34627,276.98900000000003
28,120,0,7,0,7,32.768,58167,465.321
29,120,0,7,1,7,32.768,49026,392.003
30,120,0,7,2,7,32.768,38913,311.402
31,120,0,7,3,7,32.768,32441,259.665
32,120,1,0,0,0,32.768,69680,71152.0
33,120,1,0,1,0,32.768,60035,61407.168
34,120,1,0,2,0,32.768,57178,58514.432
35,120,1,0,3,0,32.768,47371,48395.840000000004
36,120,1,1,0,0,32.768,96491,98718.912
37,120,1,1,1,0,32.768,88928,90557.568
38,120,1,1,2,0,32.768,71843,73763.392
39,120,1,1,3,0,32.768,69562,71004.864
40,120,1,2,0,0,32.768,1,1.024
41,120,1,2,1,0,32.768,107069,109851.136
42,120,1,2,2,0,32.768,97512,99550.144
43,120,1,2,3,0,32.768,79504,81462.272
44,120,1,3,0,0,32.768,142813,145951.296
45,120,1,3,1,0,32.768,25,26.496000000000002
46,120,1,3,2,0,32.768,115624,118732.224
47,120,1,3,3,0,32.768,97852,100009.728
48,120,1,4,0,0,32.768,0,0.0
49,120,1,4,1,0,32.768,47109,48353.792
50,120,1,4,2,0,32.768,38504,39343.744
51,120,1,4,3,0,32.768,34647,35494.656
52,120,1,5,0,0,32.768,0,0.0
53,120,1,5,1,0,32.768,61098,62419.200000000004
54,120,1,5,2,0,32.768,58065,59385.088
55,120,1,5,3,0,32.768,48277,49561.536
56,120,1,6,0,0,32.768,94750,96817.92
57,120,1,6,1,0,32.768,83353,85590.784
58,120,1,6,2,0,32.768,70108,71809.6
59,120,1,6,3,0,32.768,60212,61506.880000000005
60,120,1,7,0,0,32.768,113260,116299.84
61,120,1,7,1,0,32.768,94491,96651.008
62,120,1,7,2,0,32.768,82794,84909.82400000001
63,120,1,7,3,0,32.768,70245,71716.096

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,49,0.875
1,110,0,0,1,6,32.768,56233,900.4350000000001
2,110,0,0,2,6,32.768,22774,374.527
3,110,0,0,3,6,32.768,30947,495.766
4,110,0,1,0,6,32.768,0,0.0
5,110,0,1,1,6,32.768,1,0.016
6,110,0,1,2,6,32.768,44517,712.424
7,110,0,1,3,6,32.768,36992,591.091
8,110,0,2,0,6,32.768,91990,1472.481
9,110,0,2,1,6,32.768,61808,988.942
10,110,0,2,2,6,32.768,53919,863.6270000000001
11,110,0,2,3,6,32.768,42596,680.98
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,75978,1215.801
14,110,0,3,2,6,32.768,61370,983.068
15,110,0,3,3,6,32.768,45127,721.163
16,110,0,4,0,7,32.768,29001,232.03300000000002
17,110,0,4,1,7,32.768,22357,178.965
18,110,0,4,2,7,32.768,18862,150.92000000000002
19,110,0,4,3,7,32.768,17594,140.651
20,110,0,5,0,7,32.768,0,0.0
21,110,0,5,1,7,32.768,30985,248.011
22,110,0,5,2,7,32.768,15651,125.531
23,110,0,5,3,7,32.768,18720,149.659
24,110,0,6,0,7,32.768,42190,337.66700000000003
25,110,0,6,1,7,32.768,30870,247.0695
26,110,0,6,2,7,32.768,26649,213.177
27,110,0,6,3,7,32.768,24056,192.352
28,110,0,7,0,7,32.768,39822,318.4615
29,110,0,7,1,7,32.768,34075,272.64300000000003
30,110,0,7,2,7,32.768,26717,213.8205
31,110,0,7,3,7,32.768,22505,180.024
32,110,1,0,0,0,32.768,62046,63703.68
33,110,1,0,1,0,32.768,53473,54836.096
34,110,1,0,2,0,32.768,51628,52686.464
35,110,1,0,3,0,32.768,42293,43310.208
36,110,1,1,0,0,32.768,85853,88101.568
37,110,1,1,1,0,32.768,84139,86315.904
38,110,1,1,2,0,32.768,64535,66233.088
39,110,1,1,3,0,32.768,62302,63981.696
40,110,1,2,0,0,32.768,1,1.024
41,110,1,2,1,0,32.768,96262,98643.008
42,110,1,2,2,0,32.768,87932,89992.576
43,110,1,2,3,0,32.768,71574,73146.624
44,110,1,3,0,0,32.768,127434,130909.632
45,110,1,3,1,0,32.768,25,24.64
46,110,1,3,2,0,32.768,105198,107412.224
47,110,1,3,3,0,32.768,88578,90571.072
48,110,1,4,0,0,32.768,0,0.0
49,110,1,4,1,0,32.768,41986,42888.0
50,110,1,4,2,0,32.768,34039,34751.552
51,110,1,4,3,0,32.768,30697,31416.704
52,110,1,5,0,0,32.768,0,0.0
53,110,1,5,1,0,32.768,53889,55344.96
54,110,1,5,2,0,32.768,51681,52959.296
55,110,1,5,3,0,32.768,42993,44012.288
56,110,1,6,0,0,32.768,83722,85649.53600000001
57,110,1,6,1,0,32.768,74472,76191.552
58,110,1,6,2,0,32.768,62535,63979.840000000004
59,110,1,6,3,0,32.768,53262,54694.144
60,110,1,7,0,0,32.768,101071,103582.656
61,110,1,7,1,0,32.768,84281,86087.744
62,110,1,7,2,0,32.768,74090,75729.728
63,110,1,7,3,0,32.768,62203,63872.064

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,0,0.0
2,10,0,0,2,6,32.768,0,0.0
3,10,0,0,3,6,32.768,0,0.005
4,10,0,1,0,6,32.768,13,0.188
5,10,0,1,1,6,32.768,1,0.016
6,10,0,1,2,6,32.768,1,0.016
7,10,0,1,3,6,32.768,0,0.0
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,1,0.016
10,10,0,2,2,6,32.768,0,0.0
11,10,0,2,3,6,32.768,1,0.016
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,1,0.016
14,10,0,3,2,6,32.768,1,0.016
15,10,0,3,3,6,32.768,506,8.059000000000001
16,10,0,4,0,7,32.768,202,1.6075
17,10,0,4,1,7,32.768,122,0.972
18,10,0,4,2,7,32.768,107,0.888
19,10,0,4,3,7,32.768,101,0.8125
20,10,0,5,0,7,32.768,0,0.0
21,10,0,5,1,7,32.768,65,0.5755
22,10,0,5,2,7,32.768,3,0.025500000000000002
23,10,0,5,3,7,32.768,100,0.8115
24,10,0,6,0,7,32.768,1,0.009000000000000001
25,10,0,6,1,7,32.768,185,1.4085
26,10,0,6,2,7,32.768,141,1.1265
27,10,0,6,3,7,32.768,142,1.1345
28,10,0,7,0,7,32.768,152,1.239
29,10,0,7,1,7,32.768,216,1.737
30,10,0,7,2,7,32.768,135,1.087
31,10,0,7,3,7,32.768,138,1.1005
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,23,22.400000000000002
35,10,1,0,3,0,32.768,7245,7402.944
36,10,1,1,0,0,32.768,1,1.1520000000000001
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,1,1.024
40,10,1,2,0,0,32.768,1,1.024
41,10,1,2,1,0,32.768,16759,17204.48
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,12337,12606.336000000001
44,10,1,3,0,0,32.768,21877,22344.448
45,10,1,3,1,0,32.768,0,0.0
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,1,1.024
48,10,1,4,0,0,32.768,0,0.0
49,10,1,4,1,0,32.768,0,0.0
50,10,1,4,2,0,32.768,4533,4649.6
51,10,1,4,3,0,32.768,4310,4401.6
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,1,1.024
54,10,1,5,2,0,32.768,8163,8361.92
55,10,1,5,3,0,32.768,6173,6331.968
56,10,1,6,0,0,32.768,11065,11343.872
57,10,1,6,1,0,32.768,0,0.0
58,10,1,6,2,0,32.768,9441,9679.68
59,10,1,6,3,0,32.768,8015,8213.184
60,10,1,7,0,0,32.768,3,0.8320000000000001
61,10,1,7,1,0,32.768,12302,12554.496000000001
62,10,1,7,2,0,32.768,10999,11267.328
63,10,1,7,3,0,32.768,9290,9536.704

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,5,0.085
1,100,0,0,1,6,32.768,40989,656.924
2,100,0,0,2,6,32.768,1131,18.138
3,100,0,0,3,6,32.768,22074,353.294
4,100,0,1,0,6,32.768,0,0.0
5,100,0,1,1,6,32.768,1,0.016
6,100,0,1,2,6,32.768,31772,508.82
7,100,0,1,3,6,32.768,26539,424.081
8,100,0,2,0,6,32.768,66111,1058.898
9,100,0,2,1,6,32.768,44578,712.788
10,100,0,2,2,6,32.768,38785,620.346
11,100,0,2,3,6,32.768,30723,491.468
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,54902,879.4680000000001
14,100,0,3,2,6,32.768,44648,713.783
15,100,0,3,3,6,32.768,32165,515.167
16,100,0,4,0,7,32.768,19528,156.1855
17,100,0,4,1,7,32.768,15041,120.3625
18,100,0,4,2,7,32.768,12752,102.07000000000001
19,100,0,4,3,7,32.768,11893,95.1875
20,100,0,5,0,7,32.768,0,0.0
21,100,0,5,1,7,32.768,21187,169.41
22,100,0,5,2,7,32.768,1040,8.255
23,100,0,5,3,7,32.768,12641,101.175
24,100,0,6,0,7,32.768,28805,230.4925
25,100,0,6,1,7,32.768,20892,167.037
26,100,0,6,2,7,32.768,17988,143.8565
27,100,0,6,3,7,32.768,16379,131.0475
28,100,0,7,0,7,32.768,26675,213.529
29,100,0,7,1,7,32.768,23293,186.323
30,100,0,7,2,7,32.768,17981,143.809
31,100,0,7,3,7,32.768,15306,122.43950000000001
32,100,1,0,0,0,32.768,55391,56613.568
33,100,1,0,1,0,32.768,47318,48585.984000000004
34,100,1,0,2,0,32.768,46089,47071.296
35,100,1,0,3,0,32.768,37429,38430.336
36,100,1,1,0,0,32.768,75897,77804.864
37,100,1,1,1,0,32.768,75265,77005.76
38,100,1,1,2,0,32.768,57848,59157.632
39,100,1,1,3,0,32.768,55770,57231.424
40,100,1,2,0,0,32.768,1,1.024
41,100,1,2,1,0,32.768,85500,87840.96
42,100,1,2,2,0,32.768,79042,80733.568
43,100,1,2,3,0,32.768,63600,65067.584
44,100,1,3,0,0,32.768,113884,116388.288
45,100,1,3,1,0,32.768,21,18.56
46,100,1,3,2,0,32.768,94108,96387.712
47,100,1,3,3,0,32.768,79434,81357.568
48,100,1,4,0,0,32.768,0,0.0
49,100,1,4,1,0,32.768,36760,37618.432
50,100,1,4,2,0,32.768,29594,30353.152000000002
51,100,1,4,3,0,32.768,26818,27528.448
52,100,1,5,0,0,32.768,0,0.0
53,100,1,5,1,0,32.768,47392,48601.92
54,100,1,5,2,0,32.768,45630,46845.952
55,100,1,5,3,0,32.768,37801,38634.304000000004
56,100,1,6,0,0,32.768,73398,75032.89600000001
57,100,1,6,1,0,32.768,65631,67042.624
58,100,1,6,2,0,32.768,55267,56449.216
59,100,1,6,3,0,32.768,47191,48168.96
60,100,1,7,0,0,32.768,89310,91437.504
61,100,1,7,1,0,32.768,74244,75821.82400000001
62,100,1,7,2,0,32.768,65210,66847.168
63,100,1,7,3,0,32.768,55072,56383.488

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,0,0.0
2,0,0,0,2,6,32.768,0,0.0
3,0,0,0,3,6,32.768,0,0.006
4,0,0,1,0,6,32.768,5,0.13
5,0,0,1,1,6,32.768,1,0.016
6,0,0,1,2,6,32.768,1,0.016
7,0,0,1,3,6,32.768,0,0.0
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,1,0.016
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,1,0.016
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,1,0.016
14,0,0,3,2,6,32.768,1,0.016
15,0,0,3,3,6,32.768,274,4.381
16,0,0,4,0,7,32.768,94,0.7595000000000001
17,0,0,4,1,7,32.768,60,0.4855
18,0,0,4,2,7,32.768,64,0.4865
19,0,0,4,3,7,32.768,53,0.418
20,0,0,5,0,7,32.768,0,0.0
21,0,0,5,1,7,32.768,4,0.057
22,0,0,5,2,7,32.768,0,0.035500000000000004
23,0,0,5,3,7,32.768,54,0.424
24,0,0,6,0,7,32.768,1,0.008
25,0,0,6,1,7,32.768,0,0.019
26,0,0,6,2,7,32.768,70,0.5495
27,0,0,6,3,7,32.768,70,0.5635
28,0,0,7,0,7,32.768,55,0.41300000000000003
29,0,0,7,1,7,32.768,110,0.8745
30,0,0,7,2,7,32.768,73,0.5615
31,0,0,7,3,7,32.768,69,0.561
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,1,1.024
34,0,1,0,2,0,32.768,19,17.28
35,0,1,0,3,0,32.768,5543,5684.544
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,1,1.024
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,12920,13242.816
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,9505,9704.192000000001
44,0,1,3,0,0,32.768,16739,17173.44
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,1,1.024
48,0,1,4,0,0,32.768,0,0.0
49,0,1,4,1,0,32.768,0,0.0
50,0,1,4,2,0,32.768,3397,3468.352
51,0,1,4,3,0,32.768,3228,3302.848
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,1,1.024
54,0,1,5,2,0,32.768,6237,6370.112
55,0,1,5,3,0,32.768,4647,4768.512
56,0,1,6,0,0,32.768,8243,8424.0
57,0,1,6,1,0,32.768,0,0.0
58,0,1,6,2,0,32.768,7169,7353.536
59,0,1,6,3,0,32.768,6063,6215.872
60,0,1,7,0,0,32.768,0,0.0
61,0,1,7,1,0,32.768,9278,9477.248
62,0,1,7,2,0,32.768,8294,8507.136
63,0,1,7,3,0,32.768,7072,7235.328

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,0,0.0
2,-40,0,0,2,6,32.768,0,0.0
3,-40,0,0,3,6,32.768,5,0.018000000000000002
4,-40,0,1,0,6,32.768,2,0.026000000000000002
5,-40,0,1,1,6,32.768,1,0.016
6,-40,0,1,2,6,32.768,1,0.016
7,-40,0,1,3,6,32.768,0,0.0
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,1,0.016
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,1,0.016
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,61,0.86
16,-40,0,4,0,7,32.768,252,0.2625
17,-40,0,4,1,7,32.768,3,0.023
18,-40,0,4,2,7,32.768,13,0.0775
19,-40,0,4,3,7,32.768,4,0.11900000000000001
20,-40,0,5,0,7,32.768,0,0.0
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,12,0.092
23,-40,0,5,3,7,32.768,7,0.059500000000000004
24,-40,0,6,0,7,32.768,1,0.008
25,-40,0,6,1,7,32.768,0,0.0
26,-40,0,6,2,7,32.768,5,0.0285
27,-40,0,6,3,7,32.768,9,0.0445
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,4,0.0495
30,-40,0,7,2,7,32.768,16,0.1655
31,-40,0,7,3,7,32.768,14,0.11950000000000001
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1,2.176
34,-40,1,0,2,0,32.768,29,29.76
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,1,1.024
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,607,708.224
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,2315,2375.488
44,-40,1,3,0,0,32.768,4127,4224.512
45,-40,1,3,1,0,32.768,0,0.0
46,-40,1,3,2,0,32.768,0,0.0
47,-40,1,3,3,0,32.768,1,1.024
48,-40,1,4,0,0,32.768,0,0.0
49,-40,1,4,1,0,32.768,0,0.0
50,-40,1,4,2,0,32.768,713,725.6320000000001
51,-40,1,4,3,0,32.768,687,704.576
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,1,1.024
55,-40,1,5,3,0,32.768,1006,1030.528
56,-40,1,6,0,0,32.768,1669,1713.6000000000001
57,-40,1,6,1,0,32.768,0,0.0
58,-40,1,6,2,0,32.768,1585,1617.472
59,-40,1,6,3,0,32.768,1,1.024
60,-40,1,7,0,0,32.768,0,0.0
61,-40,1,7,1,0,32.768,2026,2068.928
62,-40,1,7,2,0,32.768,1780,1825.472
63,-40,1,7,3,0,32.768,1584,1622.464

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,0,0.0
2,-30,0,0,2,6,32.768,0,0.0
3,-30,0,0,3,6,32.768,0,0.005
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,1,0.016
6,-30,0,1,2,6,32.768,1,0.016
7,-30,0,1,3,6,32.768,0,0.0
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,1,0.016
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,1,0.016
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,60,0.922
16,-30,0,4,0,7,32.768,127,0.3695
17,-30,0,4,1,7,32.768,6,0.049
18,-30,0,4,2,7,32.768,27,0.11
19,-30,0,4,3,7,32.768,19,0.1295
20,-30,0,5,0,7,32.768,0,0.0
21,-30,0,5,1,7,32.768,1,0.013000000000000001
22,-30,0,5,2,7,32.768,29,0.2295
23,-30,0,5,3,7,32.768,11,0.073
24,-30,0,6,0,7,32.768,1,0.008
25,-30,0,6,1,7,32.768,0,0.0
26,-30,0,6,2,7,32.768,11,0.068
27,-30,0,6,3,7,32.768,14,0.066
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,11,0.093
30,-30,0,7,2,7,32.768,22,0.213
31,-30,0,7,3,7,32.768,14,0.11800000000000001
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,15,13.376
35,-30,1,0,3,0,32.768,0,0.0
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,1,1.024
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,4618,4691.072
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,3458,3551.232
44,-30,1,3,0,0,32.768,6155,6287.360000000001
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,27,18.176000000000002
47,-30,1,3,3,0,32.768,1,1.024
48,-30,1,4,0,0,32.768,0,0.0
49,-30,1,4,1,0,32.768,0,0.0
50,-30,1,4,2,0,32.768,1100,1129.6000000000001
51,-30,1,4,3,0,32.768,1070,1092.416
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,811,840.768
54,-30,1,5,2,0,32.768,1,1.024
55,-30,1,5,3,0,32.768,1555,1594.112
56,-30,1,6,0,0,32.768,2634,2691.2000000000003
57,-30,1,6,1,0,32.768,0,0.0
58,-30,1,6,2,0,32.768,2422,2491.072
59,-30,1,6,3,0,32.768,1,1.024
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,3106,3185.92
62,-30,1,7,2,0,32.768,2768,2829.056
63,-30,1,7,3,0,32.768,2414,2478.1440000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,0,0.0
2,-20,0,0,2,6,32.768,0,0.0
3,-20,0,0,3,6,32.768,1,0.007
4,-20,0,1,0,6,32.768,0,0.012
5,-20,0,1,1,6,32.768,1,0.016
6,-20,0,1,2,6,32.768,1,0.016
7,-20,0,1,3,6,32.768,0,0.0
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,1,0.016
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,1,0.016
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,1,0.016
14,-20,0,3,2,6,32.768,1,0.016
15,-20,0,3,3,6,32.768,73,1.296
16,-20,0,4,0,7,32.768,67,0.486
17,-20,0,4,1,7,32.768,12,0.099
18,-20,0,4,2,7,32.768,27,0.1905
19,-20,0,4,3,7,32.768,20,0.2005
20,-20,0,5,0,7,32.768,0,0.0
21,-20,0,5,1,7,32.768,1,0.009000000000000001
22,-20,0,5,2,7,32.768,53,0.34650000000000003
23,-20,0,5,3,7,32.768,15,0.1235
24,-20,0,6,0,7,32.768,1,0.008
25,-20,0,6,1,7,32.768,0,0.0
26,-20,0,6,2,7,32.768,18,0.127
27,-20,0,6,3,7,32.768,15,0.1205
28,-20,0,7,0,7,32.768,6,0.078
29,-20,0,7,1,7,32.768,25,0.1915
30,-20,0,7,2,7,32.768,30,0.2575
31,-20,0,7,3,7,32.768,25,0.1825
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,1,1.024
34,-20,1,0,2,0,32.768,10,10.368
35,-20,1,0,3,0,32.768,0,0.0
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,1,1.024
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,6850,7009.28
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,5014,5120.768
44,-20,1,3,0,0,32.768,8811,9036.736
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,1,1.088
47,-20,1,3,3,0,32.768,1,1.024
48,-20,1,4,0,0,32.768,0,0.0
49,-20,1,4,1,0,32.768,0,0.0
50,-20,1,4,2,0,32.768,1655,1694.528
51,-20,1,4,3,0,32.768,1598,1630.08
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,1,1.024
54,-20,1,5,2,0,32.768,61,61.824
55,-20,1,5,3,0,32.768,2322,2374.592
56,-20,1,6,0,0,32.768,3973,4061.76
57,-20,1,6,1,0,32.768,0,0.0
58,-20,1,6,2,0,32.768,3595,3695.1040000000003
59,-20,1,6,3,0,32.768,1,1.024
60,-20,1,7,0,0,32.768,0,0.0
61,-20,1,7,1,0,32.768,4609,4731.456
62,-20,1,7,2,0,32.768,4132,4220.992
63,-20,1,7,3,0,32.768,3562,3656.64

tapeouts/mpw-1/testsetup/MeasResults/ChipNo19/Meas_ChipNo19_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,0,0.0
2,-10,0,0,2,6,32.768,0,0.0
3,-10,0,0,3,6,32.768,0,0.004
4,-10,0,1,0,6,32.768,1,0.047
5,-10,0,1,1,6,32.768,1,0.016
6,-10,0,1,2,6,32.768,1,0.016
7,-10,0,1,3,6,32.768,0,0.0
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,1,0.016
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,1,0.016
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,1,0.016
14,-10,0,3,2,6,32.768,1,0.016
15,-10,0,3,3,6,32.768,147,2.336
16,-10,0,4,0,7,32.768,43,0.683
17,-10,0,4,1,7,32.768,27,0.2235
18,-10,0,4,2,7,32.768,34,0.2885
19,-10,0,4,3,7,32.768,37,0.248
20,-10,0,5,0,7,32.768,0,0.0
21,-10,0,5,1,7,32.768,2,0.012
22,-10,0,5,2,7,32.768,0,0.03
23,-10,0,5,3,7,32.768,28,0.23850000000000002
24,-10,0,6,0,7,32.768,1,0.008
25,-10,0,6,1,7,32.768,0,0.0045000000000000005
26,-10,0,6,2,7,32.768,39,0.258
27,-10,0,6,3,7,32.768,33,0.2635
28,-10,0,7,0,7,32.768,25,0.213
29,-10,0,7,1,7,32.768,53,0.41500000000000004
30,-10,0,7,2,7,32.768,41,0.31
31,-10,0,7,3,7,32.768,38,0.2905
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,1,1.024
34,-10,1,0,2,0,32.768,12,11.712
35,-10,1,0,3,0,32.768,4053,4154.048
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,1,1.024
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,9555,9774.784
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,6974,7157.8240000000005
44,-10,1,3,0,0,32.768,12302,12631.168
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,1,1.024
48,-10,1,4,0,0,32.768,0,0.0
49,-10,1,4,1,0,32.768,0,0.0
50,-10,1,4,2,0,32.768,2409,2464.192
51,-10,1,4,3,0,32.768,2297,2357.696
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,1,1.024
54,-10,1,5,2,0,32.768,4504,4622.08
55,-10,1,5,3,0,32.768,3350,3421.056
56,-10,1,6,0,0,32.768,5783,5937.28
57,-10,1,6,1,0,32.768,0,0.0
58,-10,1,6,2,0,32.768,5189,5303.936
59,-10,1,6,3,0,32.768,2,1.28
60,-10,1,7,0,0,32.768,0,0.0
61,-10,1,7,1,0,32.768,6659,6804.8
62,-10,1,7,2,0,32.768,5940,6092.0960000000005
63,-10,1,7,3,0,32.768,5118,5228.224

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,2,0.015
1,90,0,0,1,6,32.768,19283,308.33
2,90,0,0,2,6,32.768,1,0.017
3,90,0,0,3,6,32.768,15130,242.297
4,90,0,1,0,6,32.768,31090,497.613
5,90,0,1,1,6,32.768,26029,416.266
6,90,0,1,2,6,32.768,0,0.0
7,90,0,1,3,6,32.768,17540,280.603
8,90,0,2,0,6,32.768,0,0.0
9,90,0,2,1,6,32.768,32584,521.832
10,90,0,2,2,6,32.768,22786,365.139
11,90,0,2,3,6,32.768,18333,292.993
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,27313,436.913
14,90,0,3,2,6,32.768,0,0.0
15,90,0,3,3,6,32.768,20027,320.746
16,90,0,4,0,7,32.768,0,0.0
17,90,0,4,1,7,32.768,10105,80.799
18,90,0,4,2,7,32.768,7698,61.5665
19,90,0,4,3,7,32.768,0,0.0
20,90,0,5,0,7,32.768,13369,106.9875
21,90,0,5,1,7,32.768,9928,79.381
22,90,0,5,2,7,32.768,9097,72.7975
23,90,0,5,3,7,32.768,10343,82.7825
24,90,0,6,0,7,32.768,13778,110.20100000000001
25,90,0,6,1,7,32.768,13572,108.525
26,90,0,6,2,7,32.768,11632,93.0575
27,90,0,6,3,7,32.768,10423,83.3955
28,90,0,7,0,7,32.768,14115,112.9605
29,90,0,7,1,7,32.768,13478,107.80250000000001
30,90,0,7,2,7,32.768,11234,89.81
31,90,0,7,3,7,32.768,12067,96.506
32,90,1,0,0,0,32.768,0,0.0
33,90,1,0,1,0,32.768,40148,41029.952
34,90,1,0,2,0,32.768,32244,33082.368
35,90,1,0,3,0,32.768,29960,30584.512000000002
36,90,1,1,0,0,32.768,62419,64008.256
37,90,1,1,1,0,32.768,0,0.0
38,90,1,1,2,0,32.768,44756,45768.768000000004
39,90,1,1,3,0,32.768,41195,42045.248
40,90,1,2,0,0,32.768,76083,77817.47200000001
41,90,1,2,1,0,32.768,1,1.024
42,90,1,2,2,0,32.768,59686,60962.304000000004
43,90,1,2,3,0,32.768,50469,51800.256
44,90,1,3,0,0,32.768,0,0.0
45,90,1,3,1,0,32.768,76878,78698.304
46,90,1,3,2,0,32.768,66665,68380.60800000001
47,90,1,3,3,0,32.768,62399,63742.592000000004
48,90,1,4,0,0,32.768,33038,33839.232
49,90,1,4,1,0,32.768,29554,30317.952
50,90,1,4,2,0,32.768,24353,24859.776
51,90,1,4,3,0,32.768,19659,20187.456000000002
52,90,1,5,0,0,32.768,14,10.048
53,90,1,5,1,0,32.768,1,1.024
54,90,1,5,2,0,32.768,33891,34710.848
55,90,1,5,3,0,32.768,27886,28642.688000000002
56,90,1,6,0,0,32.768,59525,60834.176
57,90,1,6,1,0,32.768,46969,47981.824
58,90,1,6,2,0,32.768,42017,42991.552
59,90,1,6,3,0,32.768,38404,39201.088
60,90,1,7,0,0,32.768,69621,71258.816
61,90,1,7,1,0,32.768,1,1.024
62,90,1,7,2,0,32.768,49778,51108.352
63,90,1,7,3,0,32.768,43531,44448.96

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,13183,210.80700000000002
2,80,0,0,2,6,32.768,1,0.016
3,80,0,0,3,6,32.768,10398,166.629
4,80,0,1,0,6,32.768,21376,341.608
5,80,0,1,1,6,32.768,17828,285.38
6,80,0,1,2,6,32.768,0,0.0
7,80,0,1,3,6,32.768,12114,193.748
8,80,0,2,0,6,32.768,0,0.0
9,80,0,2,1,6,32.768,22524,360.783
10,80,0,2,2,6,32.768,15750,251.644
11,80,0,2,3,6,32.768,12590,201.344
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,18825,301.346
14,80,0,3,2,6,32.768,0,0.0
15,80,0,3,3,6,32.768,13719,219.666
16,80,0,4,0,7,32.768,0,0.0
17,80,0,4,1,7,32.768,6524,52.167
18,80,0,4,2,7,32.768,4945,39.564
19,80,0,4,3,7,32.768,0,0.0
20,80,0,5,0,7,32.768,8604,68.8385
21,80,0,5,1,7,32.768,5157,41.6
22,80,0,5,2,7,32.768,5852,46.844500000000004
23,80,0,5,3,7,32.768,6720,53.7265
24,80,0,6,0,7,32.768,8727,69.797
25,80,0,6,1,7,32.768,8679,69.471
26,80,0,6,2,7,32.768,7464,59.725
27,80,0,6,3,7,32.768,6729,53.810500000000005
28,80,0,7,0,7,32.768,8949,71.59
29,80,0,7,1,7,32.768,8747,70.0185
30,80,0,7,2,7,32.768,7198,57.558
31,80,0,7,3,7,32.768,7880,63.036500000000004
32,80,1,0,0,0,32.768,0,0.0
33,80,1,0,1,0,32.768,34900,35782.976
34,80,1,0,2,0,32.768,27939,28698.816
35,80,1,0,3,0,32.768,25923,26497.28
36,80,1,1,0,0,32.768,23841,25568.384000000002
37,80,1,1,1,0,32.768,0,0.0
38,80,1,1,2,0,32.768,2,2.496
39,80,1,1,3,0,32.768,35564,36472.32
40,80,1,2,0,0,32.768,65361,66990.336
41,80,1,2,1,0,32.768,1,1.024
42,80,1,2,2,0,32.768,51896,53016.384
43,80,1,2,3,0,32.768,43870,45004.352
44,80,1,3,0,0,32.768,0,0.0
45,80,1,3,1,0,32.768,66586,68215.168
46,80,1,3,2,0,32.768,58059,59536.192
47,80,1,3,3,0,32.768,54432,55609.536
48,80,1,4,0,0,32.768,28007,28666.816
49,80,1,4,1,0,32.768,25378,26047.104
50,80,1,4,2,0,32.768,20819,21273.792
51,80,1,4,3,0,32.768,16655,17101.568
52,80,1,5,0,0,32.768,1,0.5760000000000001
53,80,1,5,1,0,32.768,1,1.024
54,80,1,5,2,0,32.768,28963,29729.536
55,80,1,5,3,0,32.768,23729,24357.632
56,80,1,6,0,0,32.768,50673,51942.912000000004
57,80,1,6,1,0,32.768,40026,40861.056000000004
58,80,1,6,2,0,32.768,35996,36847.488
59,80,1,6,3,0,32.768,33008,33722.88
60,80,1,7,0,0,32.768,59468,61112.576
61,80,1,7,1,0,32.768,1,1.024
62,80,1,7,2,0,32.768,42720,43833.728
63,80,1,7,3,0,32.768,37156,38143.104

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,8775,140.43
2,70,0,0,2,6,32.768,1,0.016
3,70,0,0,3,6,32.768,6963,111.531
4,70,0,1,0,6,32.768,14296,228.469
5,70,0,1,1,6,32.768,11900,190.663
6,70,0,1,2,6,32.768,0,0.0
7,70,0,1,3,6,32.768,8154,130.55100000000002
8,70,0,2,0,6,32.768,0,0.0
9,70,0,2,1,6,32.768,15219,243.161
10,70,0,2,2,6,32.768,10532,168.71200000000002
11,70,0,2,3,6,32.768,8457,135.14000000000001
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,12687,202.892
14,70,0,3,2,6,32.768,0,0.0
15,70,0,3,3,6,32.768,9176,146.685
16,70,0,4,0,7,32.768,0,0.0
17,70,0,4,1,7,32.768,4091,32.731
18,70,0,4,2,7,32.768,3084,24.6825
19,70,0,4,3,7,32.768,0,0.0
20,70,0,5,0,7,32.768,5379,43.0075
21,70,0,5,1,7,32.768,69,0.61
22,70,0,5,2,7,32.768,3660,29.2785
23,70,0,5,3,7,32.768,4230,33.8585
24,70,0,6,0,7,32.768,5356,42.8605
25,70,0,6,1,7,32.768,5393,43.13
26,70,0,6,2,7,32.768,4647,37.178
27,70,0,6,3,7,32.768,4213,33.718
28,70,0,7,0,7,32.768,5499,43.987
29,70,0,7,1,7,32.768,5532,44.233000000000004
30,70,0,7,2,7,32.768,4474,35.799
31,70,0,7,3,7,32.768,5004,40.0405
32,70,1,0,0,0,32.768,0,0.0
33,70,1,0,1,0,32.768,30047,30804.48
34,70,1,0,2,0,32.768,1,1.28
35,70,1,0,3,0,32.768,22150,22659.072
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,0,0.0
38,70,1,1,2,0,32.768,1,1.024
39,70,1,1,3,0,32.768,30458,31262.528000000002
40,70,1,2,0,0,32.768,55584,57026.752
41,70,1,2,1,0,32.768,1,1.024
42,70,1,2,2,0,32.768,44688,45595.456
43,70,1,2,3,0,32.768,37698,38640.96
44,70,1,3,0,0,32.768,0,0.0
45,70,1,3,1,0,32.768,56999,58451.456
46,70,1,3,2,0,32.768,49864,51168.896
47,70,1,3,3,0,32.768,46902,47874.304000000004
48,70,1,4,0,0,32.768,23428,23952.064000000002
49,70,1,4,1,0,32.768,21509,22085.44
50,70,1,4,2,0,32.768,17572,17953.088
51,70,1,4,3,0,32.768,13917,14280.960000000001
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,1,1.024
54,70,1,5,2,0,32.768,24470,25097.024
55,70,1,5,3,0,32.768,20006,20423.488
56,70,1,6,0,0,32.768,36625,38689.984000000004
57,70,1,6,1,0,32.768,33599,34269.696
58,70,1,6,2,0,32.768,30460,31153.664
59,70,1,6,3,0,32.768,27996,28586.368000000002
60,70,1,7,0,0,32.768,50321,51712.96
61,70,1,7,1,0,32.768,1,1.024
62,70,1,7,2,0,32.768,36326,37086.272
63,70,1,7,3,0,32.768,31464,32288.576

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,5724,91.605
2,60,0,0,2,6,32.768,1,0.016
3,60,0,0,3,6,32.768,4567,73.139
4,60,0,1,0,6,32.768,9353,149.601
5,60,0,1,1,6,32.768,7790,124.805
6,60,0,1,2,6,32.768,0,0.0
7,60,0,1,3,6,32.768,5396,86.241
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,10034,160.52
10,60,0,2,2,6,32.768,6933,111.08500000000001
11,60,0,2,3,6,32.768,5561,88.97800000000001
12,60,0,3,0,6,32.768,0,0.0
13,60,0,3,1,6,32.768,8363,133.836
14,60,0,3,2,6,32.768,0,0.0
15,60,0,3,3,6,32.768,5987,95.924
16,60,0,4,0,7,32.768,0,0.0
17,60,0,4,1,7,32.768,2505,20.035
18,60,0,4,2,7,32.768,1874,14.999
19,60,0,4,3,7,32.768,0,0.0
20,60,0,5,0,7,32.768,3270,26.144000000000002
21,60,0,5,1,7,32.768,1,0.0095
22,60,0,5,2,7,32.768,2224,17.801000000000002
23,60,0,5,3,7,32.768,2597,20.764
24,60,0,6,0,7,32.768,3197,25.580000000000002
25,60,0,6,1,7,32.768,3254,26.0385
26,60,0,6,2,7,32.768,2814,22.4975
27,60,0,6,3,7,32.768,2570,20.5605
28,60,0,7,0,7,32.768,3281,26.257
29,60,0,7,1,7,32.768,3405,27.238
30,60,0,7,2,7,32.768,2707,21.6445
31,60,0,7,3,7,32.768,3097,24.775000000000002
32,60,1,0,0,0,32.768,0,0.0
33,60,1,0,1,0,32.768,25591,26271.68
34,60,1,0,2,0,32.768,0,0.0
35,60,1,0,3,0,32.768,18706,19176.832000000002
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,0,0.0
38,60,1,1,2,0,32.768,1,1.024
39,60,1,1,3,0,32.768,25804,26441.920000000002
40,60,1,2,0,0,32.768,46944,47969.6
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,37939,38728.256
43,60,1,2,3,0,32.768,31919,32752.384000000002
44,60,1,3,0,0,32.768,0,0.0
45,60,1,3,1,0,32.768,48369,49445.952
46,60,1,3,2,0,32.768,42278,43426.56
47,60,1,3,3,0,32.768,39747,40671.68
48,60,1,4,0,0,32.768,19157,19644.992000000002
49,60,1,4,1,0,32.768,18056,18445.696
50,60,1,4,2,0,32.768,14612,14922.688
51,60,1,4,3,0,32.768,11489,11753.088
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,1,1.024
54,60,1,5,2,0,32.768,40,41.472
55,60,1,5,3,0,32.768,16523,16864.384000000002
56,60,1,6,0,0,32.768,637,668.096
57,60,1,6,1,0,32.768,27626,28351.936
58,60,1,6,2,0,32.768,25456,25988.416
59,60,1,6,3,0,32.768,23411,23905.28
60,60,1,7,0,0,32.768,41960,43104.64
61,60,1,7,1,0,32.768,1,1.024
62,60,1,7,2,0,32.768,30216,30891.008
63,60,1,7,3,0,32.768,26230,26936.32

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,3654,58.479
2,50,0,0,2,6,32.768,1,0.016
3,50,0,0,3,6,32.768,2933,46.895
4,50,0,1,0,6,32.768,5996,95.809
5,50,0,1,1,6,32.768,4990,79.878
6,50,0,1,2,6,32.768,0,0.0
7,50,0,1,3,6,32.768,3494,55.837
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,6465,103.59100000000001
10,50,0,2,2,6,32.768,4468,71.403
11,50,0,2,3,6,32.768,3581,57.353
12,50,0,3,0,6,32.768,0,0.0
13,50,0,3,1,6,32.768,5394,86.415
14,50,0,3,2,6,32.768,0,0.0
15,50,0,3,3,6,32.768,3831,61.362
16,50,0,4,0,7,32.768,0,0.0
17,50,0,4,1,7,32.768,1491,11.935
18,50,0,4,2,7,32.768,1106,8.854000000000001
19,50,0,4,3,7,32.768,0,0.0
20,50,0,5,0,7,32.768,1931,15.44
21,50,0,5,1,7,32.768,1,0.0095
22,50,0,5,2,7,32.768,1314,10.504
23,50,0,5,3,7,32.768,1546,12.363
24,50,0,6,0,7,32.768,1854,14.824
25,50,0,6,1,7,32.768,1905,15.2535
26,50,0,6,2,7,32.768,1651,13.2035
27,50,0,6,3,7,32.768,1521,12.169500000000001
28,50,0,7,0,7,32.768,1897,15.18
29,50,0,7,1,7,32.768,2038,16.3105
30,50,0,7,2,7,32.768,1588,12.6975
31,50,0,7,3,7,32.768,1864,14.9045
32,50,1,0,0,0,32.768,0,0.0
33,50,1,0,1,0,32.768,21633,22081.216
34,50,1,0,2,0,32.768,0,0.0
35,50,1,0,3,0,32.768,15159,15529.984
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,0,0.0
38,50,1,1,2,0,32.768,1,1.024
39,50,1,1,3,0,32.768,21491,22033.408
40,50,1,2,0,0,32.768,38776,39821.248
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,31704,32460.864
43,50,1,2,3,0,32.768,26841,27393.024
44,50,1,3,0,0,32.768,0,0.0
45,50,1,3,1,0,32.768,40344,41208.384
46,50,1,3,2,0,32.768,35364,36291.136
47,50,1,3,3,0,32.768,33255,34083.584
48,50,1,4,0,0,32.768,15423,15835.584
49,50,1,4,1,0,32.768,14866,15169.536
50,50,1,4,2,0,32.768,11943,12204.928
51,50,1,4,3,0,32.768,9295,9505.472
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,1,1.024
54,50,1,5,2,0,32.768,0,0.0
55,50,1,5,3,0,32.768,13398,13708.800000000001
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,22539,23102.272
58,50,1,6,2,0,32.768,20886,21356.416
59,50,1,6,3,0,32.768,19206,19663.68
60,50,1,7,0,0,32.768,34496,35430.208
61,50,1,7,1,0,32.768,1,1.024
62,50,1,7,2,0,32.768,24837,25340.288
63,50,1,7,3,0,32.768,21588,22151.872

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,2249,36.007
2,40,0,0,2,6,32.768,1,0.016
3,40,0,0,3,6,32.768,1817,29.024
4,40,0,1,0,6,32.768,3698,59.218
5,40,0,1,1,6,32.768,3096,49.461
6,40,0,1,2,6,32.768,0,0.0
7,40,0,1,3,6,32.768,2187,35.005
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,4045,64.70400000000001
10,40,0,2,2,6,32.768,644,11.158
11,40,0,2,3,6,32.768,175,3.092
12,40,0,3,0,6,32.768,0,0.0
13,40,0,3,1,6,32.768,3381,54.142
14,40,0,3,2,6,32.768,0,0.0
15,40,0,3,3,6,32.768,2377,38.002
16,40,0,4,0,7,32.768,0,0.0
17,40,0,4,1,7,32.768,856,6.8495
18,40,0,4,2,7,32.768,629,5.0305
19,40,0,4,3,7,32.768,0,0.0
20,40,0,5,0,7,32.768,1097,8.769
21,40,0,5,1,7,32.768,2,0.009000000000000001
22,40,0,5,2,7,32.768,458,3.72
23,40,0,5,3,7,32.768,885,7.083
24,40,0,6,0,7,32.768,1038,8.291500000000001
25,40,0,6,1,7,32.768,1076,8.609
26,40,0,6,2,7,32.768,933,7.4675
27,40,0,6,3,7,32.768,869,6.952500000000001
28,40,0,7,0,7,32.768,1056,8.4445
29,40,0,7,1,7,32.768,1180,9.4435
30,40,0,7,2,7,32.768,900,7.2075000000000005
31,40,0,7,3,7,32.768,1083,8.6635
32,40,1,0,0,0,32.768,0,0.0
33,40,1,0,1,0,32.768,5543,5470.0160000000005
34,40,1,0,2,0,32.768,0,0.0
35,40,1,0,3,0,32.768,0,0.0
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,0,0.0
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,17641,18071.808
40,40,1,2,0,0,32.768,31752,32533.440000000002
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,21948,22707.072
43,40,1,2,3,0,32.768,21991,22552.832000000002
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,32951,33795.264
46,40,1,3,2,0,32.768,596,731.328
47,40,1,3,3,0,32.768,27413,28105.984
48,40,1,4,0,0,32.768,12185,12509.184000000001
49,40,1,4,1,0,32.768,1039,983.04
50,40,1,4,2,0,32.768,9552,9785.024
51,40,1,4,3,0,32.768,7339,7535.744000000001
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,1,1.024
54,40,1,5,2,0,32.768,0,0.0
55,40,1,5,3,0,32.768,10686,10953.792
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,18025,18491.456000000002
58,40,1,6,2,0,32.768,16902,17249.472
59,40,1,6,3,0,32.768,15564,15901.056
60,40,1,7,0,0,32.768,27879,28636.416
61,40,1,7,1,0,32.768,1,1.024
62,40,1,7,2,0,32.768,19993,20438.592
63,40,1,7,3,0,32.768,17497,17902.848

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,1329,21.273
2,30,0,0,2,6,32.768,1,0.016
3,30,0,0,3,6,32.768,1076,17.246
4,30,0,1,0,6,32.768,2200,35.197
5,30,0,1,1,6,32.768,1842,29.432000000000002
6,30,0,1,2,6,32.768,0,0.0
7,30,0,1,3,6,32.768,1322,21.17
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,329,5.981
10,30,0,2,2,6,32.768,8,0.047
11,30,0,2,3,6,32.768,0,0.001
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,2044,32.733000000000004
14,30,0,3,2,6,32.768,0,0.0
15,30,0,3,3,6,32.768,1421,22.775000000000002
16,30,0,4,0,7,32.768,0,0.0
17,30,0,4,1,7,32.768,472,3.7735000000000003
18,30,0,4,2,7,32.768,342,2.738
19,30,0,4,3,7,32.768,0,0.0
20,30,0,5,0,7,32.768,598,4.7780000000000005
21,30,0,5,1,7,32.768,1,0.01
22,30,0,5,2,7,32.768,1,0.016
23,30,0,5,3,7,32.768,486,3.8925
24,30,0,6,0,7,32.768,557,4.457
25,30,0,6,1,7,32.768,584,4.666
26,30,0,6,2,7,32.768,508,4.065
27,30,0,6,3,7,32.768,478,3.819
28,30,0,7,0,7,32.768,562,4.502
29,30,0,7,1,7,32.768,659,5.273
30,30,0,7,2,7,32.768,497,3.9785
31,30,0,7,3,7,32.768,606,4.852
32,30,1,0,0,0,32.768,0,0.0
33,30,1,0,1,0,32.768,228,235.776
34,30,1,0,2,0,32.768,0,0.0
35,30,1,0,3,0,32.768,0,0.0
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,0,0.0
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,14211,14517.12
40,30,1,2,0,0,32.768,25564,26180.992000000002
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,0,0.0
43,30,1,2,3,0,32.768,17820,18280.128
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,26539,27206.336
46,30,1,3,2,0,32.768,5,7.936
47,30,1,3,3,0,32.768,22271,22798.656
48,30,1,4,0,0,32.768,9449,9680.64
49,30,1,4,1,0,32.768,1,1.024
50,30,1,4,2,0,32.768,7564,7718.08
51,30,1,4,3,0,32.768,5722,5873.984
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,1,1.024
54,30,1,5,2,0,32.768,0,0.0
55,30,1,5,3,0,32.768,8377,8583.488
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,14238,14534.656
58,30,1,6,2,0,32.768,13386,13670.592
59,30,1,6,3,0,32.768,12358,12620.224
60,30,1,7,0,0,32.768,22153,22728.32
61,30,1,7,1,0,32.768,1,1.024
62,30,1,7,2,0,32.768,15834,16142.976
63,30,1,7,3,0,32.768,13850,14208.832

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,789,12.395
2,20,0,0,2,6,32.768,1,0.016
3,20,0,0,3,6,32.768,627,10.031
4,20,0,1,0,6,32.768,1283,20.562
5,20,0,1,1,6,32.768,1068,17.098
6,20,0,1,2,6,32.768,0,0.0
7,20,0,1,3,6,32.768,781,12.515
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,0,0.0
10,20,0,2,2,6,32.768,2,0.043000000000000003
11,20,0,2,3,6,32.768,0,0.0
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,1132,18.126
14,20,0,3,2,6,32.768,0,0.0
15,20,0,3,3,6,32.768,836,13.374
16,20,0,4,0,7,32.768,0,0.0
17,20,0,4,1,7,32.768,253,2.023
18,20,0,4,2,7,32.768,181,1.444
19,20,0,4,3,7,32.768,0,0.0
20,20,0,5,0,7,32.768,320,2.539
21,20,0,5,1,7,32.768,1,0.008
22,20,0,5,2,7,32.768,1,0.01
23,20,0,5,3,7,32.768,260,2.0735
24,20,0,6,0,7,32.768,290,2.318
25,20,0,6,1,7,32.768,305,2.4475000000000002
26,20,0,6,2,7,32.768,268,2.1430000000000002
27,20,0,6,3,7,32.768,254,2.0305
28,20,0,7,0,7,32.768,289,2.314
29,20,0,7,1,7,32.768,357,2.85
30,20,0,7,2,7,32.768,263,2.1
31,20,0,7,3,7,32.768,329,2.6305
32,20,1,0,0,0,32.768,0,0.0
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,0,0.0
35,20,1,0,3,0,32.768,0,0.0
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,0,0.0
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,11192,11428.096
40,20,1,2,0,0,32.768,20157,20686.784
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,0,0.0
43,20,1,2,3,0,32.768,14204,14568.64
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,20903,21454.336
46,20,1,3,2,0,32.768,1,1.024
47,20,1,3,3,0,32.768,17729,18108.48
48,20,1,4,0,0,32.768,7123,7302.336
49,20,1,4,1,0,32.768,1,1.024
50,20,1,4,2,0,32.768,5790,5922.304
51,20,1,4,3,0,32.768,4340,4452.224
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,1,1.024
54,20,1,5,2,0,32.768,0,0.0
55,20,1,5,3,0,32.768,6373,6538.752
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,10833,11104.192000000001
58,20,1,6,2,0,32.768,10266,10535.488
59,20,1,6,3,0,32.768,9531,9732.736
60,20,1,7,0,0,32.768,17173,17538.944
61,20,1,7,1,0,32.768,1,1.024
62,20,1,7,2,0,32.768,12092,12359.616
63,20,1,7,3,0,32.768,10703,10923.52

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,64047,1023.615
1,120,0,0,1,6,32.768,53400,855.168
2,120,0,0,2,6,32.768,44210,707.42
3,120,0,0,3,6,32.768,41320,661.712
4,120,0,1,0,6,32.768,85488,1365.79
5,120,0,1,1,6,32.768,71584,1145.766
6,120,0,1,2,6,32.768,0,0.0
7,120,0,1,3,6,32.768,47455,760.288
8,120,0,2,0,6,32.768,0,0.0
9,120,0,2,1,6,32.768,87529,1400.294
10,120,0,2,2,6,32.768,62357,998.691
11,120,0,2,3,6,32.768,50315,804.612
12,120,0,3,0,6,32.768,0,0.0
13,120,0,3,1,6,32.768,74798,1195.823
14,120,0,3,2,6,32.768,39170,634.76
15,120,0,3,3,6,32.768,55357,884.9300000000001
16,120,0,4,0,7,32.768,0,0.0
17,120,0,4,1,7,32.768,32806,262.4875
18,120,0,4,2,7,32.768,25165,201.4355
19,120,0,4,3,7,32.768,0,0.0
20,120,0,5,0,7,32.768,43829,350.4315
21,120,0,5,1,7,32.768,31986,255.9165
22,120,0,5,2,7,32.768,29551,236.5025
23,120,0,5,3,7,32.768,32934,263.4985
24,120,0,6,0,7,32.768,46880,374.94800000000004
25,120,0,6,1,7,32.768,44802,358.2235
26,120,0,6,2,7,32.768,38050,304.279
27,120,0,6,3,7,32.768,33661,269.279
28,120,0,7,0,7,32.768,48354,386.9715
29,120,0,7,1,7,32.768,43055,344.615
30,120,0,7,2,7,32.768,36908,295.094
31,120,0,7,3,7,32.768,37795,302.42650000000003
32,120,1,0,0,0,32.768,0,0.0
33,120,1,0,1,0,32.768,57370,58599.936
34,120,1,0,2,0,32.768,46628,47869.312
35,120,1,0,3,0,32.768,43445,44369.536
36,120,1,1,0,0,32.768,90304,92649.53600000001
37,120,1,1,1,0,32.768,0,0.0
38,120,1,1,2,0,32.768,64779,66124.544
39,120,1,1,3,0,32.768,58965,60549.376000000004
40,120,1,2,0,0,32.768,111118,113729.216
41,120,1,2,1,0,32.768,104219,106541.056
42,120,1,2,2,0,32.768,85325,87270.464
43,120,1,2,3,0,32.768,72906,74496.64
44,120,1,3,0,0,32.768,0,0.0
45,120,1,3,1,0,32.768,110306,113173.376
46,120,1,3,2,0,32.768,95778,97807.36
47,120,1,3,3,0,32.768,88497,90842.56
48,120,1,4,0,0,32.768,50779,51845.824
49,120,1,4,1,0,32.768,43800,44797.376000000004
50,120,1,4,2,0,32.768,36380,37328.768000000004
51,120,1,4,3,0,32.768,30132,30927.232
52,120,1,5,0,0,32.768,6932,7807.872
53,120,1,5,1,0,32.768,1,1.024
54,120,1,5,2,0,32.768,50655,51730.56
55,120,1,5,3,0,32.768,42266,43418.24
56,120,1,6,0,0,32.768,88909,91068.8
57,120,1,6,1,0,32.768,71081,72609.216
58,120,1,6,2,0,32.768,62377,63835.200000000004
59,120,1,6,3,0,32.768,56456,57834.368
60,120,1,7,0,0,32.768,1,1.088
61,120,1,7,1,0,32.768,1,1.024
62,120,1,7,2,0,32.768,73861,75796.864
63,120,1,7,3,0,32.768,64081,65793.344

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,46254,740.974
1,110,0,0,1,6,32.768,38758,619.33
2,110,0,0,2,6,32.768,6690,105.733
3,110,0,0,3,6,32.768,30076,481.687
4,110,0,1,0,6,32.768,62105,992.3870000000001
5,110,0,1,1,6,32.768,51956,831.681
6,110,0,1,2,6,32.768,0,0.0
7,110,0,1,3,6,32.768,34645,554.463
8,110,0,2,0,6,32.768,0,0.0
9,110,0,2,1,6,32.768,64077,1024.922
10,110,0,2,2,6,32.768,45305,725.73
11,110,0,2,3,6,32.768,36509,584.201
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,54195,868.099
14,110,0,3,2,6,32.768,455,7.396
15,110,0,3,3,6,32.768,40125,641.98
16,110,0,4,0,7,32.768,0,0.0
17,110,0,4,1,7,32.768,22570,180.627
18,110,0,4,2,7,32.768,17310,138.486
19,110,0,4,3,7,32.768,0,0.0
20,110,0,5,0,7,32.768,30026,240.339
21,110,0,5,1,7,32.768,22101,176.6975
22,110,0,5,2,7,32.768,20393,163.137
23,110,0,5,3,7,32.768,22836,182.76500000000001
24,110,0,6,0,7,32.768,31798,254.45000000000002
25,110,0,6,1,7,32.768,30706,245.5215
26,110,0,6,2,7,32.768,26189,209.4485
27,110,0,6,3,7,32.768,23247,186.0075
28,110,0,7,0,7,32.768,32685,261.5385
29,110,0,7,1,7,32.768,29824,238.4615
30,110,0,7,2,7,32.768,25333,202.72650000000002
31,110,0,7,3,7,32.768,26336,210.7825
32,110,1,0,0,0,32.768,0,0.0
33,110,1,0,1,0,32.768,51422,52471.296
34,110,1,0,2,0,32.768,41596,42717.824
35,110,1,0,3,0,32.768,38524,39530.048
36,110,1,1,0,0,32.768,80749,82638.848
37,110,1,1,1,0,32.768,0,0.0
38,110,1,1,2,0,32.768,57757,59037.888
39,110,1,1,3,0,32.768,52872,54121.792
40,110,1,2,0,0,32.768,98824,101161.408
41,110,1,2,1,0,32.768,93187,95631.296
42,110,1,2,2,0,32.768,76151,78094.208
43,110,1,2,3,0,32.768,64847,66495.296
44,110,1,3,0,0,32.768,0,0.0
45,110,1,3,1,0,32.768,99065,101247.296
46,110,1,3,2,0,32.768,85333,87538.56
47,110,1,3,3,0,32.768,79513,81425.6
48,110,1,4,0,0,32.768,44506,45498.24
49,110,1,4,1,0,32.768,38647,39686.272
50,110,1,4,2,0,32.768,32246,32927.168
51,110,1,4,3,0,32.768,26406,27116.928
52,110,1,5,0,0,32.768,304,733.888
53,110,1,5,1,0,32.768,1,1.024
54,110,1,5,2,0,32.768,44514,45698.432
55,110,1,5,3,0,32.768,37388,38214.848
56,110,1,6,0,0,32.768,78705,80493.696
57,110,1,6,1,0,32.768,62302,63875.520000000004
58,110,1,6,2,0,32.768,55024,56494.528
59,110,1,6,3,0,32.768,50249,51318.528
60,110,1,7,0,0,32.768,5233,6299.712
61,110,1,7,1,0,32.768,1,1.024
62,110,1,7,2,0,32.768,65444,67128.128
63,110,1,7,3,0,32.768,56888,58343.488000000005

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,377,6.139
2,10,0,0,2,6,32.768,1,0.016
3,10,0,0,3,6,32.768,367,5.869
4,10,0,1,0,6,32.768,752,12.011000000000001
5,10,0,1,1,6,32.768,612,9.836
6,10,0,1,2,6,32.768,0,0.0
7,10,0,1,3,6,32.768,464,7.41
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,0,0.0
10,10,0,2,2,6,32.768,7,0.07200000000000001
11,10,0,2,3,6,32.768,0,0.0
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,329,5.2540000000000004
14,10,0,3,2,6,32.768,0,0.0
15,10,0,3,3,6,32.768,491,7.827
16,10,0,4,0,7,32.768,0,0.0
17,10,0,4,1,7,32.768,134,1.071
18,10,0,4,2,7,32.768,95,0.7565000000000001
19,10,0,4,3,7,32.768,0,0.0
20,10,0,5,0,7,32.768,229,1.799
21,10,0,5,1,7,32.768,1,0.008
22,10,0,5,2,7,32.768,2,0.0095
23,10,0,5,3,7,32.768,135,1.087
24,10,0,6,0,7,32.768,180,1.552
25,10,0,6,1,7,32.768,157,1.258
26,10,0,6,2,7,32.768,140,1.1075
27,10,0,6,3,7,32.768,132,1.0565
28,10,0,7,0,7,32.768,145,1.1575
29,10,0,7,1,7,32.768,187,1.4995
30,10,0,7,2,7,32.768,139,1.121
31,10,0,7,3,7,32.768,173,1.3905
32,10,1,0,0,0,32.768,0,0.0
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,0,0.0
35,10,1,0,3,0,32.768,0,0.0
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,0,0.0
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,8649,8859.776
40,10,1,2,0,0,32.768,15766,16110.208
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,0,0.0
43,10,1,2,3,0,32.768,11276,11508.288
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,16347,16688.64
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,13963,14248.128
48,10,1,4,0,0,32.768,5309,5446.592000000001
49,10,1,4,1,0,32.768,1,1.024
50,10,1,4,2,0,32.768,1738,1563.776
51,10,1,4,3,0,32.768,3273,3347.904
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,1,1.024
54,10,1,5,2,0,32.768,0,0.0
55,10,1,5,3,0,32.768,4852,4960.704
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,8242,8460.352
58,10,1,6,2,0,32.768,7940,8125.952
59,10,1,6,3,0,32.768,7330,7522.112
60,10,1,7,0,0,32.768,13232,13501.632
61,10,1,7,1,0,32.768,1,1.024
62,10,1,7,2,0,32.768,9231,9468.352
63,10,1,7,3,0,32.768,8193,8416.32

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,30343,488.523
1,100,0,0,1,6,32.768,27577,441.81100000000004
2,100,0,0,2,6,32.768,322,4.713
3,100,0,0,3,6,32.768,21559,345.362
4,100,0,1,0,6,32.768,44377,710.362
5,100,0,1,1,6,32.768,37214,594.785
6,100,0,1,2,6,32.768,0,0.0
7,100,0,1,3,6,32.768,24938,398.544
8,100,0,2,0,6,32.768,0,0.0
9,100,0,2,1,6,32.768,46135,739.237
10,100,0,2,2,6,32.768,32542,519.944
11,100,0,2,3,6,32.768,26145,418.063
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,38867,621.95
14,100,0,3,2,6,32.768,72,1.108
15,100,0,3,3,6,32.768,28705,458.628
16,100,0,4,0,7,32.768,0,0.0
17,100,0,4,1,7,32.768,15289,122.25450000000001
18,100,0,4,2,7,32.768,11679,93.4435
19,100,0,4,3,7,32.768,0,0.0
20,100,0,5,0,7,32.768,20296,162.2845
21,100,0,5,1,7,32.768,14983,119.8545
22,100,0,5,2,7,32.768,13788,110.36
23,100,0,5,3,7,32.768,15566,124.50450000000001
24,100,0,6,0,7,32.768,21205,169.566
25,100,0,6,1,7,32.768,20668,165.2665
26,100,0,6,2,7,32.768,17667,141.364
27,100,0,6,3,7,32.768,15753,126.0855
28,100,0,7,0,7,32.768,21751,173.9195
29,100,0,7,1,7,32.768,20277,162.2255
30,100,0,7,2,7,32.768,17072,136.6475
31,100,0,7,3,7,32.768,18049,144.33
32,100,1,0,0,0,32.768,0,0.0
33,100,1,0,1,0,32.768,45401,46603.328
34,100,1,0,2,0,32.768,36994,37798.784
35,100,1,0,3,0,32.768,34122,34962.496
36,100,1,1,0,0,32.768,71443,73108.736
37,100,1,1,1,0,32.768,0,0.0
38,100,1,1,2,0,32.768,51140,52229.312
39,100,1,1,3,0,32.768,46775,47939.776
40,100,1,2,0,0,32.768,87326,89210.368
41,100,1,2,1,0,32.768,82240,83883.52
42,100,1,2,2,0,32.768,67845,69276.224
43,100,1,2,3,0,32.768,57573,59005.184
44,100,1,3,0,0,32.768,0,0.0
45,100,1,3,1,0,32.768,87869,89760.704
46,100,1,3,2,0,32.768,75997,77776.832
47,100,1,3,3,0,32.768,70739,72485.76
48,100,1,4,0,0,32.768,38654,39465.856
49,100,1,4,1,0,32.768,34121,34900.672
50,100,1,4,2,0,32.768,28045,28779.392
51,100,1,4,3,0,32.768,23015,23553.088
52,100,1,5,0,0,32.768,30,49.472
53,100,1,5,1,0,32.768,1,1.024
54,100,1,5,2,0,32.768,39033,40051.456
55,100,1,5,3,0,32.768,32495,33271.68
56,100,1,6,0,0,32.768,68874,70347.648
57,100,1,6,1,0,32.768,54239,55717.504
58,100,1,6,2,0,32.768,48503,49563.840000000004
59,100,1,6,3,0,32.768,44151,45109.632
60,100,1,7,0,0,32.768,78334,79780.928
61,100,1,7,1,0,32.768,1,1.024
62,100,1,7,2,0,32.768,57637,58924.48
63,100,1,7,3,0,32.768,50073,51218.24

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,53,0.907
2,0,0,0,2,6,32.768,1,0.016
3,0,0,0,3,6,32.768,196,3.141
4,0,0,1,0,6,32.768,401,6.4350000000000005
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,0,0.0
7,0,0,1,3,6,32.768,252,4.032
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,0,0.0
10,0,0,2,2,6,32.768,1,0.016
11,0,0,2,3,6,32.768,0,0.0
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,66,0.899
14,0,0,3,2,6,32.768,0,0.0
15,0,0,3,3,6,32.768,265,4.236
16,0,0,4,0,7,32.768,0,0.0
17,0,0,4,1,7,32.768,65,0.5205
18,0,0,4,2,7,32.768,45,0.3605
19,0,0,4,3,7,32.768,0,0.0
20,0,0,5,0,7,32.768,131,1.08
21,0,0,5,1,7,32.768,1,0.008
22,0,0,5,2,7,32.768,2,0.009000000000000001
23,0,0,5,3,7,32.768,78,0.5925
24,0,0,6,0,7,32.768,160,1.3325
25,0,0,6,1,7,32.768,75,0.603
26,0,0,6,2,7,32.768,66,0.529
27,0,0,6,3,7,32.768,63,0.51
28,0,0,7,0,7,32.768,67,0.536
29,0,0,7,1,7,32.768,93,0.7375
30,0,0,7,2,7,32.768,74,0.5945
31,0,0,7,3,7,32.768,89,0.6880000000000001
32,0,1,0,0,0,32.768,0,0.0
33,0,1,0,1,0,32.768,1,1.024
34,0,1,0,2,0,32.768,0,0.0
35,0,1,0,3,0,32.768,0,0.0
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,0,0.0
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,6493,6640.768
40,0,1,2,0,0,32.768,11810,12117.248
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,0,0.0
43,0,1,2,3,0,32.768,8630,8813.76
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,12257,12524.16
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,10577,10849.984
48,0,1,4,0,0,32.768,3800,3881.856
49,0,1,4,1,0,32.768,1,1.024
50,0,1,4,2,0,32.768,1,1.024
51,0,1,4,3,0,32.768,2355,2417.28
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,1,1.024
54,0,1,5,2,0,32.768,0,0.0
55,0,1,5,3,0,32.768,3514,3606.3360000000002
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,6065,6192.512
58,0,1,6,2,0,32.768,5899,6048.576
59,0,1,6,3,0,32.768,5454,5568.32
60,0,1,7,0,0,32.768,9747,9994.816
61,0,1,7,1,0,32.768,1,1.024
62,0,1,7,2,0,32.768,6798,6955.264
63,0,1,7,3,0,32.768,6090,6222.848

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,1,0.02
2,-40,0,0,2,6,32.768,1,0.016
3,-40,0,0,3,6,32.768,11,0.16
4,-40,0,1,0,6,32.768,20,0.353
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,0,0.0
7,-40,0,1,3,6,32.768,27,0.28300000000000003
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,0,0.0
15,-40,0,3,3,6,32.768,1,0.016
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,6,0.0345
18,-40,0,4,2,7,32.768,2,0.021500000000000002
19,-40,0,4,3,7,32.768,0,0.0
20,-40,0,5,0,7,32.768,0,0.0085
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,13,0.026000000000000002
23,-40,0,5,3,7,32.768,21,0.317
24,-40,0,6,0,7,32.768,0,0.024
25,-40,0,6,1,7,32.768,2,0.0445
26,-40,0,6,2,7,32.768,12,0.0385
27,-40,0,6,3,7,32.768,2,0.0225
28,-40,0,7,0,7,32.768,4,0.0305
29,-40,0,7,1,7,32.768,5,0.0335
30,-40,0,7,2,7,32.768,33,0.21
31,-40,0,7,3,7,32.768,1,0.013000000000000001
32,-40,1,0,0,0,32.768,0,0.0
33,-40,1,0,1,0,32.768,1,1.024
34,-40,1,0,2,0,32.768,0,0.0
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,0,0.0
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,1474,1506.368
40,-40,1,2,0,0,32.768,2826,2884.032
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,0,0.0
43,-40,1,2,3,0,32.768,0,0.0
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,2977,3050.496
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,2900,2973.504
48,-40,1,4,0,0,32.768,689,706.88
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,1,1.024
51,-40,1,4,3,0,32.768,455,463.93600000000004
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,1,1.024
54,-40,1,5,2,0,32.768,0,0.0
55,-40,1,5,3,0,32.768,701,715.264
56,-40,1,6,0,0,32.768,0,0.0
57,-40,1,6,1,0,32.768,1267,1294.72
58,-40,1,6,2,0,32.768,1307,1341.184
59,-40,1,6,3,0,32.768,1,1.024
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,1,1.024
62,-40,1,7,2,0,32.768,1398,1431.1680000000001
63,-40,1,7,3,0,32.768,1308,1343.04

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,4,0.026000000000000002
2,-30,0,0,2,6,32.768,1,0.016
3,-30,0,0,3,6,32.768,22,0.358
4,-30,0,1,0,6,32.768,47,0.753
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,0,0.0
7,-30,0,1,3,6,32.768,31,0.524
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,113,1.798
14,-30,0,3,2,6,32.768,0,0.0
15,-30,0,3,3,6,32.768,1,0.057
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,5,0.053
18,-30,0,4,2,7,32.768,3,0.034
19,-30,0,4,3,7,32.768,0,0.0
20,-30,0,5,0,7,32.768,30,0.1475
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,1,0.0185
23,-30,0,5,3,7,32.768,80,0.3945
24,-30,0,6,0,7,32.768,1,0.013000000000000001
25,-30,0,6,1,7,32.768,11,0.083
26,-30,0,6,2,7,32.768,5,0.0505
27,-30,0,6,3,7,32.768,6,0.046
28,-30,0,7,0,7,32.768,4,0.0405
29,-30,0,7,1,7,32.768,9,0.0655
30,-30,0,7,2,7,32.768,32,0.2685
31,-30,0,7,3,7,32.768,18,0.14350000000000002
32,-30,1,0,0,0,32.768,0,0.0
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,0,0.0
35,-30,1,0,3,0,32.768,0,0.0
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,0,0.0
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,2237,2297.088
40,-30,1,2,0,0,32.768,4218,4319.296
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,0,0.0
43,-30,1,2,3,0,32.768,0,0.0
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,4369,4460.352
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,4073,4162.304
48,-30,1,4,0,0,32.768,1104,1135.232
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,1,1.024
51,-30,1,4,3,0,32.768,724,739.008
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,1,1.024
54,-30,1,5,2,0,32.768,0,0.0
55,-30,1,5,3,0,32.768,1105,1130.88
56,-30,1,6,0,0,32.768,282,305.472
57,-30,1,6,1,0,32.768,1965,2007.104
58,-30,1,6,2,0,32.768,2011,2057.088
59,-30,1,6,3,0,32.768,1,1.024
60,-30,1,7,0,0,32.768,11,16.768
61,-30,1,7,1,0,32.768,1,1.024
62,-30,1,7,2,0,32.768,2184,2243.456
63,-30,1,7,3,0,32.768,2041,2084.352

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,3,0.039
2,-20,0,0,2,6,32.768,1,0.016
3,-20,0,0,3,6,32.768,48,0.772
4,-20,0,1,0,6,32.768,100,1.61
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,0,0.0
7,-20,0,1,3,6,32.768,65,1.042
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,0,0.0
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,1251,25.603
14,-20,0,3,2,6,32.768,0,0.0
15,-20,0,3,3,6,32.768,254,3.81
16,-20,0,4,0,7,32.768,0,0.0
17,-20,0,4,1,7,32.768,14,0.1075
18,-20,0,4,2,7,32.768,9,0.0755
19,-20,0,4,3,7,32.768,0,0.0
20,-20,0,5,0,7,32.768,39,0.2805
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,1,0.014
23,-20,0,5,3,7,32.768,68,0.435
24,-20,0,6,0,7,32.768,1,0.047
25,-20,0,6,1,7,32.768,18,0.14400000000000002
26,-20,0,6,2,7,32.768,13,0.1105
27,-20,0,6,3,7,32.768,12,0.10300000000000001
28,-20,0,7,0,7,32.768,13,0.0965
29,-20,0,7,1,7,32.768,18,0.1515
30,-20,0,7,2,7,32.768,44,0.325
31,-20,0,7,3,7,32.768,18,0.1485
32,-20,1,0,0,0,32.768,0,0.0
33,-20,1,0,1,0,32.768,1,1.024
34,-20,1,0,2,0,32.768,0,0.0
35,-20,1,0,3,0,32.768,0,0.0
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,0,0.0
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,3306,3379.072
40,-20,1,2,0,0,32.768,6115,6279.68
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,0,0.0
43,-20,1,2,3,0,32.768,0,0.0
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,6275,6439.936
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,5687,5806.72
48,-20,1,4,0,0,32.768,1726,1763.392
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,1,1.024
51,-20,1,4,3,0,32.768,1106,1136.064
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,1,1.024
54,-20,1,5,2,0,32.768,0,0.0
55,-20,1,5,3,0,32.768,1686,1721.984
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,2934,3010.368
58,-20,1,6,2,0,32.768,2977,3041.984
59,-20,1,6,3,0,32.768,1517,1556.928
60,-20,1,7,0,0,32.768,4274,4460.928
61,-20,1,7,1,0,32.768,1,1.024
62,-20,1,7,2,0,32.768,3294,3381.696
63,-20,1,7,3,0,32.768,3031,3097.792

tapeouts/mpw-1/testsetup/MeasResults/ChipNo18/Meas_ChipNo18_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,1,0.027
2,-10,0,0,2,6,32.768,1,0.016
3,-10,0,0,3,6,32.768,100,1.593
4,-10,0,1,0,6,32.768,204,3.2760000000000002
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,0,0.0
7,-10,0,1,3,6,32.768,130,2.075
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,1,0.04
11,-10,0,2,3,6,32.768,0,0.0
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,2,0.021
14,-10,0,3,2,6,32.768,0,0.0
15,-10,0,3,3,6,32.768,135,2.181
16,-10,0,4,0,7,32.768,0,0.0
17,-10,0,4,1,7,32.768,30,0.2425
18,-10,0,4,2,7,32.768,20,0.164
19,-10,0,4,3,7,32.768,0,0.0
20,-10,0,5,0,7,32.768,75,0.5595
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,1,0.0135
23,-10,0,5,3,7,32.768,64,0.494
24,-10,0,6,0,7,32.768,97,0.647
25,-10,0,6,1,7,32.768,36,0.28700000000000003
26,-10,0,6,2,7,32.768,29,0.23700000000000002
27,-10,0,6,3,7,32.768,29,0.2315
28,-10,0,7,0,7,32.768,29,0.2325
29,-10,0,7,1,7,32.768,44,0.34
30,-10,0,7,2,7,32.768,51,0.4395
31,-10,0,7,3,7,32.768,40,0.3205
32,-10,1,0,0,0,32.768,0,0.0
33,-10,1,0,1,0,32.768,1,1.024
34,-10,1,0,2,0,32.768,0,0.0
35,-10,1,0,3,0,32.768,0,0.0
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,0,0.0
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,4712,4812.0960000000005
40,-10,1,2,0,0,32.768,8632,8858.368
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,0,0.0
43,-10,1,2,3,0,32.768,6389,6539.904
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,8873,9105.216
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,7872,8035.648
48,-10,1,4,0,0,32.768,2596,2651.136
49,-10,1,4,1,0,32.768,1,1.024
50,-10,1,4,2,0,32.768,1,1.024
51,-10,1,4,3,0,32.768,1640,1684.48
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,1,1.024
54,-10,1,5,2,0,32.768,0,0.0
55,-10,1,5,3,0,32.768,2477,2533.696
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,4295,4384.128
58,-10,1,6,2,0,32.768,4251,4358.848
59,-10,1,6,3,0,32.768,3875,3977.024
60,-10,1,7,0,0,32.768,7010,7154.752
61,-10,1,7,1,0,32.768,1,1.024
62,-10,1,7,2,0,32.768,4815,4932.224
63,-10,1,7,3,0,32.768,4333,4445.76

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,23325,373.05400000000003
1,90,0,0,1,6,32.768,17326,277.433
2,90,0,0,2,6,32.768,14952,239.401
3,90,0,0,3,6,32.768,13043,208.598
4,90,0,1,0,6,32.768,1,0.016
5,90,0,1,1,6,32.768,0,0.0
6,90,0,1,2,6,32.768,20332,325.408
7,90,0,1,3,6,32.768,19751,316.443
8,90,0,2,0,6,32.768,31665,506.36400000000003
9,90,0,2,1,6,32.768,29496,471.237
10,90,0,2,2,6,32.768,24369,390.017
11,90,0,2,3,6,32.768,19764,316.6
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,29793,476.827
14,90,0,3,2,6,32.768,26023,415.982
15,90,0,3,3,6,32.768,21638,345.766
16,90,0,4,0,7,32.768,1,0.008
17,90,0,4,1,7,32.768,10167,81.3245
18,90,0,4,2,7,32.768,8426,67.373
19,90,0,4,3,7,32.768,6600,52.8255
20,90,0,5,0,7,32.768,15311,121.238
21,90,0,5,1,7,32.768,10265,82.0755
22,90,0,5,2,7,32.768,10545,84.34400000000001
23,90,0,5,3,7,32.768,8872,71.01350000000001
24,90,0,6,0,7,32.768,0,0.0
25,90,0,6,1,7,32.768,11482,91.825
26,90,0,6,2,7,32.768,10272,82.1915
27,90,0,6,3,7,32.768,10360,82.898
28,90,0,7,0,7,32.768,20210,161.5785
29,90,0,7,1,7,32.768,16225,129.805
30,90,0,7,2,7,32.768,11453,91.65050000000001
31,90,0,7,3,7,32.768,11542,92.3255
32,90,1,0,0,0,32.768,0,0.0
33,90,1,0,1,0,32.768,41644,42513.024
34,90,1,0,2,0,32.768,33517,34396.032
35,90,1,0,3,0,32.768,30257,31016.32
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,0,0.0
38,90,1,1,2,0,32.768,49967,51118.656
39,90,1,1,3,0,32.768,46556,47787.136
40,90,1,2,0,0,32.768,0,0.0
41,90,1,2,1,0,32.768,71755,73243.2
42,90,1,2,2,0,32.768,61102,62388.992
43,90,1,2,3,0,32.768,53704,55146.112
44,90,1,3,0,0,32.768,100724,102811.072
45,90,1,3,1,0,32.768,0,0.0
46,90,1,3,2,0,32.768,68969,70428.16
47,90,1,3,3,0,32.768,64799,66418.688
48,90,1,4,0,0,32.768,3152,1850.56
49,90,1,4,1,0,32.768,28646,29257.600000000002
50,90,1,4,2,0,32.768,23303,23932.096
51,90,1,4,3,0,32.768,22500,22976.896
52,90,1,5,0,0,32.768,47773,48934.528
53,90,1,5,1,0,32.768,39484,40296.768000000004
54,90,1,5,2,0,32.768,33910,34815.936
55,90,1,5,3,0,32.768,30979,31717.696
56,90,1,6,0,0,32.768,61867,63550.272000000004
57,90,1,6,1,0,32.768,53144,54532.032
58,90,1,6,2,0,32.768,45861,47005.376000000004
59,90,1,6,3,0,32.768,37304,38076.8
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,52830,54176.576
63,90,1,7,3,0,32.768,44405,45599.552

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,12931,207.318
1,80,0,0,1,6,32.768,11818,188.852
2,80,0,0,2,6,32.768,10155,162.637
3,80,0,0,3,6,32.768,8860,141.976
4,80,0,1,0,6,32.768,1,0.016
5,80,0,1,1,6,32.768,0,0.0
6,80,0,1,2,6,32.768,14013,223.985
7,80,0,1,3,6,32.768,13662,218.701
8,80,0,2,0,6,32.768,21431,343.036
9,80,0,2,1,6,32.768,20236,323.312
10,80,0,2,2,6,32.768,16711,267.656
11,80,0,2,3,6,32.768,13654,218.36700000000002
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,20376,325.557
14,80,0,3,2,6,32.768,17620,282.107
15,80,0,3,3,6,32.768,14796,236.696
16,80,0,4,0,7,32.768,1,0.008
17,80,0,4,1,7,32.768,6626,52.978
18,80,0,4,2,7,32.768,5400,43.1855
19,80,0,4,3,7,32.768,4221,33.7875
20,80,0,5,0,7,32.768,9711,77.1665
21,80,0,5,1,7,32.768,6586,52.672000000000004
22,80,0,5,2,7,32.768,6815,54.5465
23,80,0,5,3,7,32.768,5709,45.6945
24,80,0,6,0,7,32.768,0,0.0
25,80,0,6,1,7,32.768,7405,59.2525
26,80,0,6,2,7,32.768,6607,52.876
27,80,0,6,3,7,32.768,6728,53.806000000000004
28,80,0,7,0,7,32.768,12993,103.878
29,80,0,7,1,7,32.768,10486,83.914
30,80,0,7,2,7,32.768,7413,59.299
31,80,0,7,3,7,32.768,7484,59.84
32,80,1,0,0,0,32.768,0,0.0
33,80,1,0,1,0,32.768,35899,36839.168
34,80,1,0,2,0,32.768,29155,29785.984
35,80,1,0,3,0,32.768,26357,26918.912
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,0,0.0
38,80,1,1,2,0,32.768,43445,44556.544
39,80,1,1,3,0,32.768,40988,41823.616
40,80,1,2,0,0,32.768,0,0.0
41,80,1,2,1,0,32.768,51341,51424.32
42,80,1,2,2,0,32.768,52874,54304.576
43,80,1,2,3,0,32.768,47011,47965.888
44,80,1,3,0,0,32.768,87248,89622.464
45,80,1,3,1,0,32.768,0,0.0
46,80,1,3,2,0,32.768,59638,61215.616
47,80,1,3,3,0,32.768,56784,58125.12
48,80,1,4,0,0,32.768,3,1.536
49,80,1,4,1,0,32.768,24535,25044.672000000002
50,80,1,4,2,0,32.768,19941,20365.12
51,80,1,4,3,0,32.768,19207,19695.936
52,80,1,5,0,0,32.768,453,469.76
53,80,1,5,1,0,32.768,33863,34568.32
54,80,1,5,2,0,32.768,29043,29781.440000000002
55,80,1,5,3,0,32.768,26476,27106.56
56,80,1,6,0,0,32.768,52947,54312.192
57,80,1,6,1,0,32.768,45704,46913.664000000004
58,80,1,6,2,0,32.768,39742,40569.216
59,80,1,6,3,0,32.768,31816,32660.096
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,45675,46615.36
63,80,1,7,3,0,32.768,38134,39169.792

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,1,0.016
1,70,0,0,1,6,32.768,7895,126.532
2,70,0,0,2,6,32.768,6804,108.671
3,70,0,0,3,6,32.768,5936,95.032
4,70,0,1,0,6,32.768,1,0.016
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,9329,149.311
7,70,0,1,3,6,32.768,9283,148.689
8,70,0,2,0,6,32.768,14276,228.353
9,70,0,2,1,6,32.768,13613,217.96200000000002
10,70,0,2,2,6,32.768,11257,180.37800000000001
11,70,0,2,3,6,32.768,9250,147.997
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,13657,218.25
14,70,0,3,2,6,32.768,11723,187.823
15,70,0,3,3,6,32.768,9941,159.15
16,70,0,4,0,7,32.768,1,0.008
17,70,0,4,1,7,32.768,4225,33.8135
18,70,0,4,2,7,32.768,3380,27.055500000000002
19,70,0,4,3,7,32.768,2643,21.143
20,70,0,5,0,7,32.768,6006,47.332
21,70,0,5,1,7,32.768,4126,33.0005
22,70,0,5,2,7,32.768,4321,34.559
23,70,0,5,3,7,32.768,3596,28.773500000000002
24,70,0,6,0,7,32.768,0,0.0
25,70,0,6,1,7,32.768,4692,37.5325
26,70,0,6,2,7,32.768,4163,33.284
27,70,0,6,3,7,32.768,4274,34.175000000000004
28,70,0,7,0,7,32.768,7958,63.746500000000005
29,70,0,7,1,7,32.768,6653,53.242000000000004
30,70,0,7,2,7,32.768,4697,37.557
31,70,0,7,3,7,32.768,4742,37.9155
32,70,1,0,0,0,32.768,0,0.0
33,70,1,0,1,0,32.768,30883,31605.12
34,70,1,0,2,0,32.768,24953,25525.760000000002
35,70,1,0,3,0,32.768,22560,23124.096
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,0,0.0
38,70,1,1,2,0,32.768,878,800.96
39,70,1,1,3,0,32.768,35328,36251.200000000004
40,70,1,2,0,0,32.768,0,0.0
41,70,1,2,1,0,32.768,1,1.024
42,70,1,2,2,0,32.768,45702,46758.08
43,70,1,2,3,0,32.768,40302,41285.12
44,70,1,3,0,0,32.768,75117,77087.232
45,70,1,3,1,0,32.768,0,0.0
46,70,1,3,2,0,32.768,51377,52591.552
47,70,1,3,3,0,32.768,49006,50319.36
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,20594,21129.28
50,70,1,4,2,0,32.768,16747,17099.776
51,70,1,4,3,0,32.768,16258,16684.48
52,70,1,5,0,0,32.768,1,1.024
53,70,1,5,1,0,32.768,28560,29273.472
54,70,1,5,2,0,32.768,24627,25150.208
55,70,1,5,3,0,32.768,22306,22910.656
56,70,1,6,0,0,32.768,44697,45836.8
57,70,1,6,1,0,32.768,39063,39890.688
58,70,1,6,2,0,32.768,33878,34638.848
59,70,1,6,3,0,32.768,27007,27678.144
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,38803,39606.272
63,70,1,7,3,0,32.768,32514,33236.416

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,1,0.016
1,60,0,0,1,6,32.768,5158,82.46000000000001
2,60,0,0,2,6,32.768,4404,70.569
3,60,0,0,3,6,32.768,3872,61.877
4,60,0,1,0,6,32.768,1,0.016
5,60,0,1,1,6,32.768,0,0.0
6,60,0,1,2,6,32.768,296,5.445
7,60,0,1,3,6,32.768,6155,98.506
8,60,0,2,0,6,32.768,9259,147.947
9,60,0,2,1,6,32.768,8951,143.135
10,60,0,2,2,6,32.768,7386,118.345
11,60,0,2,3,6,32.768,6112,97.733
12,60,0,3,0,6,32.768,0,0.0
13,60,0,3,1,6,32.768,8907,142.418
14,60,0,3,2,6,32.768,7611,121.611
15,60,0,3,3,6,32.768,6506,104.215
16,60,0,4,0,7,32.768,1,0.008
17,60,0,4,1,7,32.768,2587,20.735500000000002
18,60,0,4,2,7,32.768,2053,16.4195
19,60,0,4,3,7,32.768,1604,12.8255
20,60,0,5,0,7,32.768,3533,28.2615
21,60,0,5,1,7,32.768,2501,20.017500000000002
22,60,0,5,2,7,32.768,2648,21.177
23,60,0,5,3,7,32.768,2198,17.5935
24,60,0,6,0,7,32.768,0,0.0
25,60,0,6,1,7,32.768,2920,23.36
26,60,0,6,2,7,32.768,2545,20.3405
27,60,0,6,3,7,32.768,2648,21.1825
28,60,0,7,0,7,32.768,693,5.9355
29,60,0,7,1,7,32.768,4110,32.8845
30,60,0,7,2,7,32.768,2892,23.1255
31,60,0,7,3,7,32.768,2915,23.326
32,60,1,0,0,0,32.768,0,0.0
33,60,1,0,1,0,32.768,26157,26726.912
34,60,1,0,2,0,32.768,21038,21600.96
35,60,1,0,3,0,32.768,19215,19634.112
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,0,0.0
38,60,1,1,2,0,32.768,1,1.024
39,60,1,1,3,0,32.768,30444,31052.096
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,38892,39744.96
43,60,1,2,3,0,32.768,34191,35036.224
44,60,1,3,0,0,32.768,31347,39691.712
45,60,1,3,1,0,32.768,0,0.0
46,60,1,3,2,0,32.768,43654,44615.616
47,60,1,3,3,0,32.768,41861,42989.44
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,17180,17612.672
50,60,1,4,2,0,32.768,13860,14156.864
51,60,1,4,3,0,32.768,13607,13937.472
52,60,1,5,0,0,32.768,1,1.024
53,60,1,5,1,0,32.768,23863,24427.904000000002
54,60,1,5,2,0,32.768,20462,20947.392
55,60,1,5,3,0,32.768,18606,19062.528000000002
56,60,1,6,0,0,32.768,37211,38097.856
57,60,1,6,1,0,32.768,32578,33436.608
58,60,1,6,2,0,32.768,28530,29121.088
59,60,1,6,3,0,32.768,22530,23134.528000000002
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,36724,37515.776
62,60,1,7,2,0,32.768,32314,33163.328
63,60,1,7,3,0,32.768,27214,27788.48

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,1,0.016
1,50,0,0,1,6,32.768,3283,52.602000000000004
2,50,0,0,2,6,32.768,2812,44.968
3,50,0,0,3,6,32.768,2461,39.375
4,50,0,1,0,6,32.768,1,0.016
5,50,0,1,1,6,32.768,0,0.0
6,50,0,1,2,6,32.768,2,0.024
7,50,0,1,3,6,32.768,3989,63.862
8,50,0,2,0,6,32.768,5857,93.72
9,50,0,2,1,6,32.768,5751,91.88
10,50,0,2,2,6,32.768,4748,75.895
11,50,0,2,3,6,32.768,3939,63.078
12,50,0,3,0,6,32.768,0,0.0
13,50,0,3,1,6,32.768,5676,90.795
14,50,0,3,2,6,32.768,4801,76.759
15,50,0,3,3,6,32.768,4160,66.634
16,50,0,4,0,7,32.768,1,0.008
17,50,0,4,1,7,32.768,1435,11.480500000000001
18,50,0,4,2,7,32.768,1208,9.6635
19,50,0,4,3,7,32.768,948,7.5605
20,50,0,5,0,7,32.768,2080,16.633
21,50,0,5,1,7,32.768,1471,11.775
22,50,0,5,2,7,32.768,1579,12.627
23,50,0,5,3,7,32.768,1305,10.438
24,50,0,6,0,7,32.768,0,0.0
25,50,0,6,1,7,32.768,1772,14.166500000000001
26,50,0,6,2,7,32.768,1509,12.0715
27,50,0,6,3,7,32.768,1531,12.34
28,50,0,7,0,7,32.768,46,0.40850000000000003
29,50,0,7,1,7,32.768,2468,19.7325
30,50,0,7,2,7,32.768,1731,13.8375
31,50,0,7,3,7,32.768,1740,13.9245
32,50,1,0,0,0,32.768,0,0.0
33,50,1,0,1,0,32.768,21855,22349.12
34,50,1,0,2,0,32.768,17649,18019.584
35,50,1,0,3,0,32.768,16057,16431.808
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,0,0.0
38,50,1,1,2,0,32.768,1,1.024
39,50,1,1,3,0,32.768,25600,26232.448
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,32502,33305.664000000004
43,50,1,2,3,0,32.768,28744,29336.064000000002
44,50,1,3,0,0,32.768,0,0.256
45,50,1,3,1,0,32.768,0,0.0
46,50,1,3,2,0,32.768,36534,37311.808
47,50,1,3,3,0,32.768,35474,36259.072
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,14143,14435.392
50,50,1,4,2,0,32.768,11275,11542.784
51,50,1,4,3,0,32.768,11228,11476.736
52,50,1,5,0,0,32.768,1,1.024
53,50,1,5,1,0,32.768,19637,20098.496
54,50,1,5,2,0,32.768,16798,17174.528000000002
55,50,1,5,3,0,32.768,15232,15623.424
56,50,1,6,0,0,32.768,30010,30540.352
57,50,1,6,1,0,32.768,27044,27613.568
58,50,1,6,2,0,32.768,23507,24134.336
59,50,1,6,3,0,32.768,18559,19027.776
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,30098,30902.912
62,50,1,7,2,0,32.768,26678,27341.696
63,50,1,7,3,0,32.768,22265,22862.848

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,1,0.016
1,40,0,0,1,6,32.768,2029,32.495
2,40,0,0,2,6,32.768,1745,27.805
3,40,0,0,3,6,32.768,1517,24.242
4,40,0,1,0,6,32.768,1,0.016
5,40,0,1,1,6,32.768,0,0.0
6,40,0,1,2,6,32.768,1,0.016
7,40,0,1,3,6,32.768,2524,40.333
8,40,0,2,0,6,32.768,3594,57.53
9,40,0,2,1,6,32.768,3567,57.134
10,40,0,2,2,6,32.768,2916,46.665
11,40,0,2,3,6,32.768,2462,39.467
12,40,0,3,0,6,32.768,0,0.0
13,40,0,3,1,6,32.768,3503,55.992000000000004
14,40,0,3,2,6,32.768,2923,46.828
15,40,0,3,3,6,32.768,2581,41.275
16,40,0,4,0,7,32.768,1,0.008
17,40,0,4,1,7,32.768,671,5.3580000000000005
18,40,0,4,2,7,32.768,685,5.471
19,40,0,4,3,7,32.768,537,4.2915
20,40,0,5,0,7,32.768,1156,9.252
21,40,0,5,1,7,32.768,833,6.666
22,40,0,5,2,7,32.768,908,7.252
23,40,0,5,3,7,32.768,747,5.9725
24,40,0,6,0,7,32.768,0,0.0
25,40,0,6,1,7,32.768,485,2.7775
26,40,0,6,2,7,32.768,865,6.9165
27,40,0,6,3,7,32.768,1,0.0095
28,40,0,7,0,7,32.768,1,0.0085
29,40,0,7,1,7,32.768,1430,11.4425
30,40,0,7,2,7,32.768,1002,8.009500000000001
31,40,0,7,3,7,32.768,1004,8.032
32,40,1,0,0,0,32.768,0,0.0
33,40,1,0,1,0,32.768,17893,18359.872
34,40,1,0,2,0,32.768,14443,14787.2
35,40,1,0,3,0,32.768,13211,13557.632
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,0,0.0
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,21343,21806.208
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,26868,27435.52
43,40,1,2,3,0,32.768,23552,24175.488
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,0,0.0
46,40,1,3,2,0,32.768,30022,30684.288
47,40,1,3,3,0,32.768,29363,30105.664
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,11397,11634.112000000001
50,40,1,4,2,0,32.768,9023,9239.36
51,40,1,4,3,0,32.768,9049,9288.448
52,40,1,5,0,0,32.768,1,1.024
53,40,1,5,1,0,32.768,15873,16227.392
54,40,1,5,2,0,32.768,13523,13850.048
55,40,1,5,3,0,32.768,12322,12580.672
56,40,1,6,0,0,32.768,18400,19363.456000000002
57,40,1,6,1,0,32.768,21932,22386.24
58,40,1,6,2,0,32.768,19230,19650.176
59,40,1,6,3,0,32.768,15070,15420.096
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,24417,25017.472
62,40,1,7,2,0,32.768,21662,22172.864
63,40,1,7,3,0,32.768,18059,18473.600000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1,0.016
1,30,0,0,1,6,32.768,1218,19.514
2,30,0,0,2,6,32.768,1041,16.73
3,30,0,0,3,6,32.768,906,14.495000000000001
4,30,0,1,0,6,32.768,1,0.016
5,30,0,1,1,6,32.768,0,0.0
6,30,0,1,2,6,32.768,1,0.016
7,30,0,1,3,6,32.768,1548,24.761
8,30,0,2,0,6,32.768,2145,34.336
9,30,0,2,1,6,32.768,2155,34.51
10,30,0,2,2,6,32.768,248,3.795
11,30,0,2,3,6,32.768,1498,23.997
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,2093,33.513
14,30,0,3,2,6,32.768,1729,27.677
15,30,0,3,3,6,32.768,1549,24.809
16,30,0,4,0,7,32.768,1,0.008
17,30,0,4,1,7,32.768,255,1.931
18,30,0,4,2,7,32.768,373,2.9875000000000003
19,30,0,4,3,7,32.768,294,2.352
20,30,0,5,0,7,32.768,621,4.9655000000000005
21,30,0,5,1,7,32.768,455,3.6365000000000003
22,30,0,5,2,7,32.768,41,0.3305
23,30,0,5,3,7,32.768,412,3.2965
24,30,0,6,0,7,32.768,0,0.0
25,30,0,6,1,7,32.768,1,0.008
26,30,0,6,2,7,32.768,478,3.827
27,30,0,6,3,7,32.768,1,0.01
28,30,0,7,0,7,32.768,1,0.008
29,30,0,7,1,7,32.768,804,6.4285000000000005
30,30,0,7,2,7,32.768,560,4.4805
31,30,0,7,3,7,32.768,558,4.468
32,30,1,0,0,0,32.768,0,0.0
33,30,1,0,1,0,32.768,14465,14845.376
34,30,1,0,2,0,32.768,11660,11925.248
35,30,1,0,3,0,32.768,10720,10991.168
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,0,0.0
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,17400,17821.248
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,21622,22193.856
43,30,1,2,3,0,32.768,19127,19555.84
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,0,0.0
46,30,1,3,2,0,32.768,655,856.064
47,30,1,3,3,0,32.768,24149,24634.88
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,8985,9188.736
50,30,1,4,2,0,32.768,7108,7264.576
51,30,1,4,3,0,32.768,7196,7390.656
52,30,1,5,0,0,32.768,1,1.024
53,30,1,5,1,0,32.768,12555,12848.32
54,30,1,5,2,0,32.768,10757,10986.688
55,30,1,5,3,0,32.768,9679,9936.128
56,30,1,6,0,0,32.768,10210,10824.256
57,30,1,6,1,0,32.768,17451,17811.648
58,30,1,6,2,0,32.768,15282,15674.944
59,30,1,6,3,0,32.768,11979,12255.488
60,30,1,7,0,0,32.768,944,1068.16
61,30,1,7,1,0,32.768,19346,19855.744
62,30,1,7,2,0,32.768,17168,17608.704
63,30,1,7,3,0,32.768,14337,14644.608

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1,0.016
1,20,0,0,1,6,32.768,713,11.402000000000001
2,20,0,0,2,6,32.768,613,9.893
3,20,0,0,3,6,32.768,526,8.429
4,20,0,1,0,6,32.768,1,0.016
5,20,0,1,1,6,32.768,0,0.0
6,20,0,1,2,6,32.768,1,0.016
7,20,0,1,3,6,32.768,927,14.814
8,20,0,2,0,6,32.768,1251,19.993000000000002
9,20,0,2,1,6,32.768,1268,20.304000000000002
10,20,0,2,2,6,32.768,0,0.0
11,20,0,2,3,6,32.768,888,14.224
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,1220,19.525000000000002
14,20,0,3,2,6,32.768,993,15.898
15,20,0,3,3,6,32.768,907,14.547
16,20,0,4,0,7,32.768,1,0.008
17,20,0,4,1,7,32.768,33,0.266
18,20,0,4,2,7,32.768,197,1.5785
19,20,0,4,3,7,32.768,159,1.249
20,20,0,5,0,7,32.768,6,0.0425
21,20,0,5,1,7,32.768,240,1.9195
22,20,0,5,2,7,32.768,1,0.0095
23,20,0,5,3,7,32.768,222,1.7675
24,20,0,6,0,7,32.768,0,0.0
25,20,0,6,1,7,32.768,1,0.008
26,20,0,6,2,7,32.768,256,2.056
27,20,0,6,3,7,32.768,1,0.008
28,20,0,7,0,7,32.768,1,0.008
29,20,0,7,1,7,32.768,438,3.5100000000000002
30,20,0,7,2,7,32.768,304,2.4365
31,20,0,7,3,7,32.768,302,2.42
32,20,1,0,0,0,32.768,0,0.0
33,20,1,0,1,0,32.768,11575,11832.384
34,20,1,0,2,0,32.768,9260,9495.488
35,20,1,0,3,0,32.768,8606,8796.544
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,0,0.0
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,14074,14353.216
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,2856,3528.448
43,20,1,2,3,0,32.768,15225,15549.12
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,0,0.0
46,20,1,3,2,0,32.768,10,9.024000000000001
47,20,1,3,3,0,32.768,19390,19837.568
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,6975,7148.2880000000005
50,20,1,4,2,0,32.768,5489,5606.0160000000005
51,20,1,4,3,0,32.768,5635,5788.032
52,20,1,5,0,0,32.768,1,1.024
53,20,1,5,1,0,32.768,9770,10024.64
54,20,1,5,2,0,32.768,8361,8550.336
55,20,1,5,3,0,32.768,7526,7719.808
56,20,1,6,0,0,32.768,7598,7881.984
57,20,1,6,1,0,32.768,13635,13959.808
58,20,1,6,2,0,32.768,3,3.584
59,20,1,6,3,0,32.768,9337,9559.488
60,20,1,7,0,0,32.768,0,0.0
61,20,1,7,1,0,32.768,15128,15482.624
62,20,1,7,2,0,32.768,13407,13758.528
63,20,1,7,3,0,32.768,11124,11414.912

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,65635,1050.2160000000001
1,120,0,0,1,6,32.768,48288,773.6800000000001
2,120,0,0,2,6,32.768,41862,669.989
3,120,0,0,3,6,32.768,36332,580.433
4,120,0,1,0,6,32.768,3389,55.335
5,120,0,1,1,6,32.768,0,0.0
6,120,0,1,2,6,32.768,54733,876.734
7,120,0,1,3,6,32.768,52868,847.004
8,120,0,2,0,6,32.768,89306,1427.989
9,120,0,2,1,6,32.768,80493,1286.728
10,120,0,2,2,6,32.768,66291,1062.18
11,120,0,2,3,6,32.768,53312,853.982
12,120,0,3,0,6,32.768,0,0.0
13,120,0,3,1,6,32.768,82384,1317.381
14,120,0,3,2,6,32.768,72927,1165.415
15,120,0,3,3,6,32.768,59212,948.415
16,120,0,4,0,7,32.768,1,0.008
17,120,0,4,1,7,32.768,32300,258.3555
18,120,0,4,2,7,32.768,27421,219.297
19,120,0,4,3,7,32.768,21680,173.3545
20,120,0,5,0,7,32.768,51092,408.702
21,120,0,5,1,7,32.768,33730,269.961
22,120,0,5,2,7,32.768,33660,269.309
23,120,0,5,3,7,32.768,28822,230.47
24,120,0,6,0,7,32.768,0,0.0
25,120,0,6,1,7,32.768,37382,299.1435
26,120,0,6,2,7,32.768,33349,266.8695
27,120,0,6,3,7,32.768,32730,261.963
28,120,0,7,0,7,32.768,65504,524.163
29,120,0,7,1,7,32.768,52242,417.97700000000003
30,120,0,7,2,7,32.768,36825,294.6235
31,120,0,7,3,7,32.768,36553,292.4415
32,120,1,0,0,0,32.768,0,0.0
33,120,1,0,1,0,32.768,59880,61288.832
34,120,1,0,2,0,32.768,48682,49717.504
35,120,1,0,3,0,32.768,43554,44660.48
36,120,1,1,0,0,32.768,94231,96697.728
37,120,1,1,1,0,32.768,0,0.0
38,120,1,1,2,0,32.768,70631,72274.88
39,120,1,1,3,0,32.768,65538,67271.808
40,120,1,2,0,0,32.768,0,0.0
41,120,1,2,1,0,32.768,102032,104509.632
42,120,1,2,2,0,32.768,86714,88887.552
43,120,1,2,3,0,32.768,76930,78544.768
44,120,1,3,0,0,32.768,142742,146049.088
45,120,1,3,1,0,32.768,0,0.0
46,120,1,3,2,0,32.768,98434,100484.672
47,120,1,3,3,0,32.768,91452,93506.816
48,120,1,4,0,0,32.768,53066,54365.248
49,120,1,4,1,0,32.768,42568,43585.216
50,120,1,4,2,0,32.768,35282,36195.840000000004
51,120,1,4,3,0,32.768,33379,34138.56
52,120,1,5,0,0,32.768,71917,73473.344
53,120,1,5,1,0,32.768,58193,59713.6
54,120,1,5,2,0,32.768,50710,51965.312
55,120,1,5,3,0,32.768,46111,47236.8
56,120,1,6,0,0,32.768,92813,94802.496
57,120,1,6,1,0,32.768,78067,80150.336
58,120,1,6,2,0,32.768,66842,68523.84
59,120,1,6,3,0,32.768,55213,56389.952000000005
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,77722,79394.624
63,120,1,7,3,0,32.768,65495,67043.584

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,47316,757.815
1,110,0,0,1,6,32.768,34895,559.248
2,110,0,0,2,6,32.768,30267,484.071
3,110,0,0,3,6,32.768,26286,420.055
4,110,0,1,0,6,32.768,29,0.536
5,110,0,1,1,6,32.768,0,0.0
6,110,0,1,2,6,32.768,40087,641.0790000000001
7,110,0,1,3,6,32.768,38828,620.3530000000001
8,110,0,2,0,6,32.768,64330,1028.957
9,110,0,2,1,6,32.768,58576,936.8580000000001
10,110,0,2,2,6,32.768,48435,774.018
11,110,0,2,3,6,32.768,39000,623.996
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,59808,955.8000000000001
14,110,0,3,2,6,32.768,52682,842.1220000000001
15,110,0,3,3,6,32.768,43046,689.595
16,110,0,4,0,7,32.768,1,0.0085
17,110,0,4,1,7,32.768,22391,179.135
18,110,0,4,2,7,32.768,18890,151.173
19,110,0,4,3,7,32.768,14891,119.1235
20,110,0,5,0,7,32.768,34985,279.4545
21,110,0,5,1,7,32.768,23092,184.842
22,110,0,5,2,7,32.768,23346,186.7105
23,110,0,5,3,7,32.768,19865,158.849
24,110,0,6,0,7,32.768,0,0.0
25,110,0,6,1,7,32.768,25709,205.78
26,110,0,6,2,7,32.768,22985,183.912
27,110,0,6,3,7,32.768,22788,182.195
28,110,0,7,0,7,32.768,45176,361.5235
29,110,0,7,1,7,32.768,36097,288.8495
30,110,0,7,2,7,32.768,25435,203.52450000000002
31,110,0,7,3,7,32.768,25422,203.293
32,110,1,0,0,0,32.768,0,0.0
33,110,1,0,1,0,32.768,53329,54740.864
34,110,1,0,2,0,32.768,43219,44324.544
35,110,1,0,3,0,32.768,38905,39888.064
36,110,1,1,0,0,32.768,84464,86295.872
37,110,1,1,1,0,32.768,0,0.0
38,110,1,1,2,0,32.768,63479,64901.056000000004
39,110,1,1,3,0,32.768,59020,60504.576
40,110,1,2,0,0,32.768,0,0.0
41,110,1,2,1,0,32.768,91484,93675.2
42,110,1,2,2,0,32.768,77688,79706.75200000001
43,110,1,2,3,0,32.768,68972,70429.82400000001
44,110,1,3,0,0,32.768,127871,131058.432
45,110,1,3,1,0,32.768,0,0.0
46,110,1,3,2,0,32.768,87723,90084.736
47,110,1,3,3,0,32.768,82065,84171.136
48,110,1,4,0,0,32.768,46662,47700.736000000004
49,110,1,4,1,0,32.768,37535,38517.952
50,110,1,4,2,0,32.768,31020,31848.128
51,110,1,4,3,0,32.768,29495,30199.232
52,110,1,5,0,0,32.768,63467,65058.880000000005
53,110,1,5,1,0,32.768,51461,52844.352
54,110,1,5,2,0,32.768,44776,45912.256
55,110,1,5,3,0,32.768,40903,41787.520000000004
56,110,1,6,0,0,32.768,81776,83825.152
57,110,1,6,1,0,32.768,69758,71249.152
58,110,1,6,2,0,32.768,59731,61019.008
59,110,1,6,3,0,32.768,48642,49945.088
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,69128,70591.104
63,110,1,7,3,0,32.768,58315,59566.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,1,0.016
1,10,0,0,1,6,32.768,401,6.385
2,10,0,0,2,6,32.768,374,6.008
3,10,0,0,3,6,32.768,294,4.698
4,10,0,1,0,6,32.768,1,0.016
5,10,0,1,1,6,32.768,0,0.0
6,10,0,1,2,6,32.768,1,0.016
7,10,0,1,3,6,32.768,530,8.475
8,10,0,2,0,6,32.768,694,11.131
9,10,0,2,1,6,32.768,716,11.441
10,10,0,2,2,6,32.768,0,0.0
11,10,0,2,3,6,32.768,506,8.094
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,680,10.882
14,10,0,3,2,6,32.768,550,8.75
15,10,0,3,3,6,32.768,510,8.162
16,10,0,4,0,7,32.768,1,0.008
17,10,0,4,1,7,32.768,11,0.0845
18,10,0,4,2,7,32.768,99,0.799
19,10,0,4,3,7,32.768,80,0.6425
20,10,0,5,0,7,32.768,1,0.0075
21,10,0,5,1,7,32.768,120,0.9605
22,10,0,5,2,7,32.768,1,0.0095
23,10,0,5,3,7,32.768,112,0.915
24,10,0,6,0,7,32.768,0,0.0
25,10,0,6,1,7,32.768,1,0.008
26,10,0,6,2,7,32.768,132,1.0535
27,10,0,6,3,7,32.768,1,0.008
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,226,1.815
30,10,0,7,2,7,32.768,157,1.262
31,10,0,7,3,7,32.768,158,1.2455
32,10,1,0,0,0,32.768,0,0.0
33,10,1,0,1,0,32.768,9013,9219.712
34,10,1,0,2,0,32.768,7222,7384.896
35,10,1,0,3,0,32.768,6734,6885.568
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,0,0.0
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,11030,11273.216
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,1,4.928
43,10,1,2,3,0,32.768,11765,12008.0
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,0,0.0
46,10,1,3,2,0,32.768,1,1.088
47,10,1,3,3,0,32.768,15142,15537.92
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,5243,5380.6720000000005
50,10,1,4,2,0,32.768,4096,4184.128
51,10,1,4,3,0,32.768,4287,4389.2480000000005
52,10,1,5,0,0,32.768,1,1.024
53,10,1,5,1,0,32.768,209,227.96800000000002
54,10,1,5,2,0,32.768,6247,6406.912
55,10,1,5,3,0,32.768,5666,5786.688
56,10,1,6,0,0,32.768,2007,2212.864
57,10,1,6,1,0,32.768,10289,10502.208
58,10,1,6,2,0,32.768,1,1.024
59,10,1,6,3,0,32.768,7033,7207.488
60,10,1,7,0,0,32.768,0,0.0
61,10,1,7,1,0,32.768,11377,11611.584
62,10,1,7,2,0,32.768,10080,10350.784
63,10,1,7,3,0,32.768,8373,8558.848

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,33584,538.288
1,100,0,0,1,6,32.768,24942,398.617
2,100,0,0,2,6,32.768,21536,344.657
3,100,0,0,3,6,32.768,18715,299.607
4,100,0,1,0,6,32.768,1,0.016
5,100,0,1,1,6,32.768,0,0.0
6,100,0,1,2,6,32.768,28839,462.107
7,100,0,1,3,6,32.768,28046,448.204
8,100,0,2,0,6,32.768,45601,730.415
9,100,0,2,1,6,32.768,42042,672.205
10,100,0,2,2,6,32.768,34699,555.8530000000001
11,100,0,2,3,6,32.768,28123,449.591
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,42730,683.326
14,100,0,3,2,6,32.768,37394,599.0790000000001
15,100,0,3,3,6,32.768,30919,494.027
16,100,0,4,0,7,32.768,1,0.008
17,100,0,4,1,7,32.768,15266,122.168
18,100,0,4,2,7,32.768,12802,102.348
19,100,0,4,3,7,32.768,10048,80.4255
20,100,0,5,0,7,32.768,23489,187.6825
21,100,0,5,1,7,32.768,15596,124.7195
22,100,0,5,2,7,32.768,15916,127.294
23,100,0,5,3,7,32.768,13444,107.61
24,100,0,6,0,7,32.768,0,0.0
25,100,0,6,1,7,32.768,17401,139.1595
26,100,0,6,2,7,32.768,15575,124.5415
27,100,0,6,3,7,32.768,15562,124.47500000000001
28,100,0,7,0,7,32.768,30592,244.845
29,100,0,7,1,7,32.768,24501,196.0585
30,100,0,7,2,7,32.768,17284,138.225
31,100,0,7,3,7,32.768,17349,138.734
32,100,1,0,0,0,32.768,0,0.0
33,100,1,0,1,0,32.768,47474,48477.824
34,100,1,0,2,0,32.768,38449,39259.904
35,100,1,0,3,0,32.768,34423,35344.0
36,100,1,1,0,0,32.768,37177,32955.712
37,100,1,1,1,0,32.768,0,0.0
38,100,1,1,2,0,32.768,56718,57899.392
39,100,1,1,3,0,32.768,52640,54058.432
40,100,1,2,0,0,32.768,0,0.0
41,100,1,2,1,0,32.768,81518,83251.2
42,100,1,2,2,0,32.768,69055,70868.992
43,100,1,2,3,0,32.768,60987,62628.736000000004
44,100,1,3,0,0,32.768,113795,116659.648
45,100,1,3,1,0,32.768,0,0.0
46,100,1,3,2,0,32.768,78453,80105.088
47,100,1,3,3,0,32.768,73603,75166.976
48,100,1,4,0,0,32.768,38427,39229.888
49,100,1,4,1,0,32.768,32876,33747.584
50,100,1,4,2,0,32.768,27145,27775.68
51,100,1,4,3,0,32.768,25805,26483.008
52,100,1,5,0,0,32.768,55914,57121.216
53,100,1,5,1,0,32.768,45216,46416.832
54,100,1,5,2,0,32.768,39326,40219.904
55,100,1,5,3,0,32.768,35827,36635.776
56,100,1,6,0,0,32.768,71866,73380.8
57,100,1,6,1,0,32.768,61133,62715.072
58,100,1,6,2,0,32.768,52659,53825.472
59,100,1,6,3,0,32.768,42726,43865.28
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,60627,62166.976
63,100,1,7,3,0,32.768,51215,52384.064

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,1,0.016
1,0,0,0,1,6,32.768,224,3.568
2,0,0,0,2,6,32.768,201,3.285
3,0,0,0,3,6,32.768,162,2.603
4,0,0,1,0,6,32.768,1,0.016
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,1,0.016
7,0,0,1,3,6,32.768,298,4.78
8,0,0,2,0,6,32.768,386,6.163
9,0,0,2,1,6,32.768,395,6.357
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,284,4.534
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,372,5.94
14,0,0,3,2,6,32.768,296,4.732
15,0,0,3,3,6,32.768,282,4.493
16,0,0,4,0,7,32.768,1,0.008
17,0,0,4,1,7,32.768,2,0.011
18,0,0,4,2,7,32.768,50,0.3955
19,0,0,4,3,7,32.768,39,0.322
20,0,0,5,0,7,32.768,1,0.005
21,0,0,5,1,7,32.768,58,0.46950000000000003
22,0,0,5,2,7,32.768,1,0.008
23,0,0,5,3,7,32.768,62,0.4965
24,0,0,6,0,7,32.768,0,0.0
25,0,0,6,1,7,32.768,1,0.008
26,0,0,6,2,7,32.768,66,0.5325
27,0,0,6,3,7,32.768,1,0.008
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,113,0.91
30,0,0,7,2,7,32.768,81,0.633
31,0,0,7,3,7,32.768,78,0.6195
32,0,1,0,0,0,32.768,0,0.0
33,0,1,0,1,0,32.768,6925,7070.72
34,0,1,0,2,0,32.768,5485,5631.104
35,0,1,0,3,0,32.768,4717,5019.968
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,0,0.0
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,8498,8697.408
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,1,0.96
43,0,1,2,3,0,32.768,8908,9144.832
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,11779,12023.872
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,3901,4005.952
50,0,1,4,2,0,32.768,1783,1844.224
51,0,1,4,3,0,32.768,3229,3303.4880000000003
52,0,1,5,0,0,32.768,1,1.024
53,0,1,5,1,0,32.768,1,1.024
54,0,1,5,2,0,32.768,4657,4765.376
55,0,1,5,3,0,32.768,4212,4315.52
56,0,1,6,0,0,32.768,4,7.04
57,0,1,6,1,0,32.768,7723,7896.064
58,0,1,6,2,0,32.768,1,1.024
59,0,1,6,3,0,32.768,5304,5409.408
60,0,1,7,0,0,32.768,0,0.0
61,0,1,7,1,0,32.768,8521,8698.56
62,0,1,7,2,0,32.768,7589,7773.2480000000005
63,0,1,7,3,0,32.768,6242,6407.424

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,1,0.016
1,-40,0,0,1,6,32.768,17,0.275
2,-40,0,0,2,6,32.768,0,0.001
3,-40,0,0,3,6,32.768,12,0.277
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,1,0.016
7,-40,0,1,3,6,32.768,1,0.016
8,-40,0,2,0,6,32.768,66,0.925
9,-40,0,2,1,6,32.768,25,0.41100000000000003
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,81,1.449
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,18,0.28200000000000003
14,-40,0,3,2,6,32.768,27,0.393
15,-40,0,3,3,6,32.768,22,0.273
16,-40,0,4,0,7,32.768,1,0.008
17,-40,0,4,1,7,32.768,22,0.2905
18,-40,0,4,2,7,32.768,6,0.078
19,-40,0,4,3,7,32.768,9,0.0535
20,-40,0,5,0,7,32.768,0,0.0135
21,-40,0,5,1,7,32.768,2,0.053
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,35,0.116
24,-40,0,6,0,7,32.768,0,0.0
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,7,0.08
27,-40,0,6,3,7,32.768,1,0.008
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,1,0.008
30,-40,0,7,2,7,32.768,7,0.0605
31,-40,0,7,3,7,32.768,1,0.008
32,-40,1,0,0,0,32.768,0,0.0
33,-40,1,0,1,0,32.768,0,0.0
34,-40,1,0,2,0,32.768,1347,1379.2
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,0,0.0
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,914,984.128
40,-40,1,2,0,0,32.768,0,0.0
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,1224,1561.728
43,-40,1,2,3,0,32.768,2148,2192.384
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,0,0.0
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,1,1.024
48,-40,1,4,0,0,32.768,935,955.2
49,-40,1,4,1,0,32.768,828,849.984
50,-40,1,4,2,0,32.768,0,0.0
51,-40,1,4,3,0,32.768,715,734.08
52,-40,1,5,0,0,32.768,1,1.024
53,-40,1,5,1,0,32.768,1,1.024
54,-40,1,5,2,0,32.768,942,964.864
55,-40,1,5,3,0,32.768,882,901.12
56,-40,1,6,0,0,32.768,1606,1647.488
57,-40,1,6,1,0,32.768,1665,1709.5040000000001
58,-40,1,6,2,0,32.768,0,10.304
59,-40,1,6,3,0,32.768,7,13.632
60,-40,1,7,0,0,32.768,0,0.0
61,-40,1,7,1,0,32.768,1786,1827.52
62,-40,1,7,2,0,32.768,1613,1647.5520000000001
63,-40,1,7,3,0,32.768,1316,1345.0240000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.016
1,-30,0,0,1,6,32.768,27,0.442
2,-30,0,0,2,6,32.768,7,0.122
3,-30,0,0,3,6,32.768,24,0.362
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,1,0.016
7,-30,0,1,3,6,32.768,1,0.016
8,-30,0,2,0,6,32.768,102,1.5010000000000001
9,-30,0,2,1,6,32.768,47,0.747
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,264,3.642
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,39,0.636
14,-30,0,3,2,6,32.768,33,0.715
15,-30,0,3,3,6,32.768,31,0.526
16,-30,0,4,0,7,32.768,1,0.008
17,-30,0,4,1,7,32.768,0,0.321
18,-30,0,4,2,7,32.768,4,0.038
19,-30,0,4,3,7,32.768,10,0.063
20,-30,0,5,0,7,32.768,1,0.0075
21,-30,0,5,1,7,32.768,10,0.098
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,12,0.1505
24,-30,0,6,0,7,32.768,0,0.0
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,14,0.1215
27,-30,0,6,3,7,32.768,1,0.008
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,1,0.01
30,-30,0,7,2,7,32.768,10,0.105
31,-30,0,7,3,7,32.768,1,0.008
32,-30,1,0,0,0,32.768,0,0.0
33,-30,1,0,1,0,32.768,0,0.0
34,-30,1,0,2,0,32.768,2004,2055.744
35,-30,1,0,3,0,32.768,0,0.0
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,0,0.0
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,3230,3303.936
40,-30,1,2,0,0,32.768,0,0.0
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,3755,3854.5280000000002
43,-30,1,2,3,0,32.768,3230,3304.896
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,1,1.024
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,1292,1319.296
50,-30,1,4,2,0,32.768,0,0.0
51,-30,1,4,3,0,32.768,1096,1125.632
52,-30,1,5,0,0,32.768,1,1.024
53,-30,1,5,1,0,32.768,1,1.024
54,-30,1,5,2,0,32.768,1487,1518.208
55,-30,1,5,3,0,32.768,1374,1408.32
56,-30,1,6,0,0,32.768,2557,2624.32
57,-30,1,6,1,0,32.768,2591,2642.368
58,-30,1,6,2,0,32.768,1,1.024
59,-30,1,6,3,0,32.768,1775,1818.176
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,2790,2856.832
62,-30,1,7,2,0,32.768,2499,2566.656
63,-30,1,7,3,0,32.768,2056,2099.712

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.016
1,-20,0,0,1,6,32.768,54,0.88
2,-20,0,0,2,6,32.768,51,0.855
3,-20,0,0,3,6,32.768,41,0.653
4,-20,0,1,0,6,32.768,1,0.016
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,1,0.016
7,-20,0,1,3,6,32.768,2,0.023
8,-20,0,2,0,6,32.768,107,1.766
9,-20,0,2,1,6,32.768,99,1.57
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,347,4.666
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,89,1.415
14,-20,0,3,2,6,32.768,83,1.2510000000000001
15,-20,0,3,3,6,32.768,67,1.1
16,-20,0,4,0,7,32.768,1,0.008
17,-20,0,4,1,7,32.768,6,0.0485
18,-20,0,4,2,7,32.768,11,0.088
19,-20,0,4,3,7,32.768,10,0.088
20,-20,0,5,0,7,32.768,0,0.006500000000000001
21,-20,0,5,1,7,32.768,15,0.138
22,-20,0,5,2,7,32.768,1,0.008
23,-20,0,5,3,7,32.768,28,0.22
24,-20,0,6,0,7,32.768,0,0.0
25,-20,0,6,1,7,32.768,1,0.008
26,-20,0,6,2,7,32.768,19,0.182
27,-20,0,6,3,7,32.768,1,0.008
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,2,0.0185
30,-20,0,7,2,7,32.768,16,0.14200000000000002
31,-20,0,7,3,7,32.768,15,0.14
32,-20,1,0,0,0,32.768,0,0.0
33,-20,1,0,1,0,32.768,3703,3782.9120000000003
34,-20,1,0,2,0,32.768,2885,2958.3360000000002
35,-20,1,0,3,0,32.768,0,0.0
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,0,0.0
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,4595,4690.624
40,-20,1,2,0,0,32.768,0,0.0
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,180,262.272
43,-20,1,2,3,0,32.768,4685,4782.72
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,5661,5758.592000000001
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,1926,1967.1680000000001
50,-20,1,4,2,0,32.768,0,0.0
51,-20,1,4,3,0,32.768,1625,1659.52
52,-20,1,5,0,0,32.768,1,1.024
53,-20,1,5,1,0,32.768,1,1.024
54,-20,1,5,2,0,32.768,2238,2291.84
55,-20,1,5,3,0,32.768,2067,2110.784
56,-20,1,6,0,0,32.768,2340,2519.36
57,-20,1,6,1,0,32.768,3828,3924.992
58,-20,1,6,2,0,32.768,1,1.088
59,-20,1,6,3,0,32.768,2635,2703.68
60,-20,1,7,0,0,32.768,0,0.0
61,-20,1,7,1,0,32.768,4184,4272.0
62,-20,1,7,2,0,32.768,3736,3833.92
63,-20,1,7,3,0,32.768,3070,3140.928

tapeouts/mpw-1/testsetup/MeasResults/ChipNo17/Meas_ChipNo17_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.016
1,-10,0,0,1,6,32.768,114,1.832
2,-10,0,0,2,6,32.768,123,1.844
3,-10,0,0,3,6,32.768,84,1.327
4,-10,0,1,0,6,32.768,1,0.016
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,1,0.016
7,-10,0,1,3,6,32.768,143,2.262
8,-10,0,2,0,6,32.768,197,3.146
9,-10,0,2,1,6,32.768,204,3.261
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,249,3.79
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,187,3.003
14,-10,0,3,2,6,32.768,155,2.481
15,-10,0,3,3,6,32.768,143,2.29
16,-10,0,4,0,7,32.768,1,0.008
17,-10,0,4,1,7,32.768,0,0.025500000000000002
18,-10,0,4,2,7,32.768,22,0.1775
19,-10,0,4,3,7,32.768,21,0.1525
20,-10,0,5,0,7,32.768,0,0.007
21,-10,0,5,1,7,32.768,26,0.2165
22,-10,0,5,2,7,32.768,1,0.008
23,-10,0,5,3,7,32.768,36,0.304
24,-10,0,6,0,7,32.768,0,0.0
25,-10,0,6,1,7,32.768,1,0.008
26,-10,0,6,2,7,32.768,34,0.2665
27,-10,0,6,3,7,32.768,1,0.008
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,53,0.4275
30,-10,0,7,2,7,32.768,36,0.2935
31,-10,0,7,3,7,32.768,51,0.34650000000000003
32,-10,1,0,0,0,32.768,0,0.0
33,-10,1,0,1,0,32.768,5135,5242.496
34,-10,1,0,2,0,32.768,4049,4149.376
35,-10,1,0,3,0,32.768,0,0.0
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,0,0.0
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,6320,6491.776
40,-10,1,2,0,0,32.768,0,0.0
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,6,3.3280000000000003
43,-10,1,2,3,0,32.768,6560,6721.984
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,8718,8930.112000000001
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,2787,2858.496
50,-10,1,4,2,0,32.768,0,0.0
51,-10,1,4,3,0,32.768,2333,2383.936
52,-10,1,5,0,0,32.768,1,1.024
53,-10,1,5,1,0,32.768,1,1.024
54,-10,1,5,2,0,32.768,3297,3374.464
55,-10,1,5,3,0,32.768,3012,3073.728
56,-10,1,6,0,0,32.768,1,6.976
57,-10,1,6,1,0,32.768,5531,5666.496
58,-10,1,6,2,0,32.768,1,1.024
59,-10,1,6,3,0,32.768,3800,3890.6240000000003
60,-10,1,7,0,0,32.768,0,0.0
61,-10,1,7,1,0,32.768,6083,6211.072
62,-10,1,7,2,0,32.768,5417,5564.0960000000005
63,-10,1,7,3,0,32.768,4453,4568.64

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,0,0.0
1,90,0,0,1,6,32.768,23626,377.844
2,90,0,0,2,6,32.768,1054,16.871
3,90,0,0,3,6,32.768,15929,255.214
4,90,0,1,0,6,32.768,32758,524.687
5,90,0,1,1,6,32.768,25573,409.349
6,90,0,1,2,6,32.768,21309,341.413
7,90,0,1,3,6,32.768,18055,288.98900000000003
8,90,0,2,0,6,32.768,1,0.024
9,90,0,2,1,6,32.768,30688,491.474
10,90,0,2,2,6,32.768,26063,416.496
11,90,0,2,3,6,32.768,23824,380.951
12,90,0,3,0,6,32.768,36008,576.759
13,90,0,3,1,6,32.768,35583,568.9300000000001
14,90,0,3,2,6,32.768,28318,453.6
15,90,0,3,3,6,32.768,23617,377.747
16,90,0,4,0,7,32.768,12735,101.8525
17,90,0,4,1,7,32.768,11242,89.98
18,90,0,4,2,7,32.768,8809,70.4495
19,90,0,4,3,7,32.768,7989,63.882
20,90,0,5,0,7,32.768,12489,99.95100000000001
21,90,0,5,1,7,32.768,12839,102.7765
22,90,0,5,2,7,32.768,11123,88.965
23,90,0,5,3,7,32.768,8997,71.9515
24,90,0,6,0,7,32.768,15767,126.1395
25,90,0,6,1,7,32.768,17016,136.1805
26,90,0,6,2,7,32.768,12203,97.6605
27,90,0,6,3,7,32.768,9896,79.128
28,90,0,7,0,7,32.768,1,0.0085
29,90,0,7,1,7,32.768,12026,96.22800000000001
30,90,0,7,2,7,32.768,13258,106.0245
31,90,0,7,3,7,32.768,10805,86.4455
32,90,1,0,0,0,32.768,47338,48472.192
33,90,1,0,1,0,32.768,44817,45920.896
34,90,1,0,2,0,32.768,37203,38099.200000000004
35,90,1,0,3,0,32.768,31234,31896.896
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,0,0.192
38,90,1,1,2,0,32.768,0,0.0
39,90,1,1,3,0,32.768,43883,45027.776
40,90,1,2,0,0,32.768,1,44151.36
41,90,1,2,1,0,32.768,73117,74871.936
42,90,1,2,2,0,32.768,64375,66043.456
43,90,1,2,3,0,32.768,58917,60487.232
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,86816,88692.8
46,90,1,3,2,0,32.768,0,0.0
47,90,1,3,3,0,32.768,67505,68962.944
48,90,1,4,0,0,32.768,33661,34565.44
49,90,1,4,1,0,32.768,34549,35372.8
50,90,1,4,2,0,32.768,24122,24669.376
51,90,1,4,3,0,32.768,23268,23811.392
52,90,1,5,0,0,32.768,51619,52703.296
53,90,1,5,1,0,32.768,38903,39742.72
54,90,1,5,2,0,32.768,1,1.024
55,90,1,5,3,0,32.768,31147,31932.544
56,90,1,6,0,0,32.768,64243,65986.56
57,90,1,6,1,0,32.768,55567,56892.736000000004
58,90,1,6,2,0,32.768,47611,48707.840000000004
59,90,1,6,3,0,32.768,40008,40867.264
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,52846,54243.392
63,90,1,7,3,0,32.768,48650,49660.736000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,16335,261.528
2,80,0,0,2,6,32.768,266,4.28
3,80,0,0,3,6,32.768,11065,176.687
4,80,0,1,0,6,32.768,22467,359.552
5,80,0,1,1,6,32.768,17603,281.555
6,80,0,1,2,6,32.768,14786,236.80700000000002
7,80,0,1,3,6,32.768,12337,197.617
8,80,0,2,0,6,32.768,2,0.025
9,80,0,2,1,6,32.768,21154,338.983
10,80,0,2,2,6,32.768,18061,288.445
11,80,0,2,3,6,32.768,16525,264.618
12,80,0,3,0,6,32.768,24944,399.742
13,80,0,3,1,6,32.768,24534,392.247
14,80,0,3,2,6,32.768,19691,314.633
15,80,0,3,3,6,32.768,16333,261.524
16,80,0,4,0,7,32.768,8112,64.893
17,80,0,4,1,7,32.768,7391,59.1015
18,80,0,4,2,7,32.768,5653,45.231
19,80,0,4,3,7,32.768,5186,41.4975
20,80,0,5,0,7,32.768,7775,62.208
21,80,0,5,1,7,32.768,8345,66.7315
22,80,0,5,2,7,32.768,1137,9.064
23,80,0,5,3,7,32.768,182,1.4535
24,80,0,6,0,7,32.768,10117,80.9045
25,80,0,6,1,7,32.768,11175,89.375
26,80,0,6,2,7,32.768,7881,63.076
27,80,0,6,3,7,32.768,6376,51.03
28,80,0,7,0,7,32.768,1,0.0095
29,80,0,7,1,7,32.768,7621,60.938500000000005
30,80,0,7,2,7,32.768,8623,68.976
31,80,0,7,3,7,32.768,6987,55.894
32,80,1,0,0,0,32.768,41116,41981.888
33,80,1,0,1,0,32.768,39086,39974.336
34,80,1,0,2,0,32.768,32344,33204.736
35,80,1,0,3,0,32.768,27184,27818.56
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,0,0.0
38,80,1,1,2,0,32.768,0,0.0
39,80,1,1,3,0,32.768,38255,39139.264
40,80,1,2,0,0,32.768,130,53.184000000000005
41,80,1,2,1,0,32.768,63848,65351.232
42,80,1,2,2,0,32.768,56304,57775.808000000005
43,80,1,2,3,0,32.768,52021,53133.312
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,75890,77561.984
46,80,1,3,2,0,32.768,0,0.0
47,80,1,3,3,0,32.768,58783,60365.312
48,80,1,4,0,0,32.768,28889,29590.592
49,80,1,4,1,0,32.768,29956,30583.424
50,80,1,4,2,0,32.768,20521,21050.432
51,80,1,4,3,0,32.768,19999,20433.728
52,80,1,5,0,0,32.768,10194,9536.832
53,80,1,5,1,0,32.768,33189,33923.584
54,80,1,5,2,0,32.768,1,1.024
55,80,1,5,3,0,32.768,26666,27371.2
56,80,1,6,0,0,32.768,52005,53272.384
57,80,1,6,1,0,32.768,47736,48965.568
58,80,1,6,2,0,32.768,41152,42062.464
59,80,1,6,3,0,32.768,34308,35217.6
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,45699,46686.912000000004
63,80,1,7,3,0,32.768,41969,43096.448000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,11072,176.961
2,70,0,0,2,6,32.768,0,0.0
3,70,0,0,3,6,32.768,7459,119.46000000000001
4,70,0,1,0,6,32.768,15000,240.389
5,70,0,1,1,6,32.768,11840,189.221
6,70,0,1,2,6,32.768,10041,160.58700000000002
7,70,0,1,3,6,32.768,8238,131.805
8,70,0,2,0,6,32.768,0,0.011
9,70,0,2,1,6,32.768,14260,228.366
10,70,0,2,2,6,32.768,12228,195.583
11,70,0,2,3,6,32.768,11225,179.473
12,70,0,3,0,6,32.768,16924,271.119
13,70,0,3,1,6,32.768,16507,264.353
14,70,0,3,2,6,32.768,13373,213.815
15,70,0,3,3,6,32.768,11053,177.016
16,70,0,4,0,7,32.768,4620,36.6175
17,70,0,4,1,7,32.768,4730,37.856
18,70,0,4,2,7,32.768,3527,28.2235
19,70,0,4,3,7,32.768,3280,26.239
20,70,0,5,0,7,32.768,4697,37.555
21,70,0,5,1,7,32.768,1864,14.628
22,70,0,5,2,7,32.768,1,0.0085
23,70,0,5,3,7,32.768,1,0.0085
24,70,0,6,0,7,32.768,6306,50.42
25,70,0,6,1,7,32.768,7131,57.058
26,70,0,6,2,7,32.768,4959,39.6545
27,70,0,6,3,7,32.768,3996,31.978
28,70,0,7,0,7,32.768,1,0.008
29,70,0,7,1,7,32.768,4691,37.51
30,70,0,7,2,7,32.768,5142,41.549
31,70,0,7,3,7,32.768,4395,35.181
32,70,1,0,0,0,32.768,35046,35884.16
33,70,1,0,1,0,32.768,1,1.024
34,70,1,0,2,0,32.768,27960,28606.592
35,70,1,0,3,0,32.768,23517,24047.68
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,0,0.0
38,70,1,1,2,0,32.768,0,0.0
39,70,1,1,3,0,32.768,32850,33590.72
40,70,1,2,0,0,32.768,2,1.216
41,70,1,2,1,0,32.768,55089,56327.232
42,70,1,2,2,0,32.768,48837,49914.56
43,70,1,2,3,0,32.768,45191,46163.648
44,70,1,3,0,0,32.768,11,2.368
45,70,1,3,1,0,32.768,65392,66988.288
46,70,1,3,2,0,32.768,0,0.0
47,70,1,3,3,0,32.768,50987,52194.048
48,70,1,4,0,0,32.768,24423,25028.8
49,70,1,4,1,0,32.768,25527,26082.816
50,70,1,4,2,0,32.768,17280,17691.456000000002
51,70,1,4,3,0,32.768,16931,17326.72
52,70,1,5,0,0,32.768,1,1.024
53,70,1,5,1,0,32.768,27898,28602.368000000002
54,70,1,5,2,0,32.768,1,1.024
55,70,1,5,3,0,32.768,22621,23145.536
56,70,1,6,0,0,32.768,1,1.024
57,70,1,6,1,0,32.768,40701,41539.968
58,70,1,6,2,0,32.768,35089,35830.656
59,70,1,6,3,0,32.768,29304,29950.848
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,38737,39625.6
63,70,1,7,3,0,32.768,36120,36957.312

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,7289,116.84
2,60,0,0,2,6,32.768,0,0.0
3,60,0,0,3,6,32.768,4922,78.787
4,60,0,1,0,6,32.768,9766,156.489
5,60,0,1,1,6,32.768,7762,124.069
6,60,0,1,2,6,32.768,6643,106.301
7,60,0,1,3,6,32.768,5356,85.59400000000001
8,60,0,2,0,6,32.768,0,0.001
9,60,0,2,1,6,32.768,9374,149.949
10,60,0,2,2,6,32.768,8092,129.284
11,60,0,2,3,6,32.768,7404,118.494
12,60,0,3,0,6,32.768,11225,179.391
13,60,0,3,1,6,32.768,10860,174.005
14,60,0,3,2,6,32.768,8865,141.839
15,60,0,3,3,6,32.768,7301,116.634
16,60,0,4,0,7,32.768,2125,17.041
17,60,0,4,1,7,32.768,2945,23.575
18,60,0,4,2,7,32.768,2132,17.066
19,60,0,4,3,7,32.768,2013,16.094
20,60,0,5,0,7,32.768,2742,21.9315
21,60,0,5,1,7,32.768,1,0.009000000000000001
22,60,0,5,2,7,32.768,1,0.0085
23,60,0,5,3,7,32.768,1,0.008
24,60,0,6,0,7,32.768,3803,30.4195
25,60,0,6,1,7,32.768,4410,35.301
26,60,0,6,2,7,32.768,3020,24.171
27,60,0,6,3,7,32.768,2427,19.421
28,60,0,7,0,7,32.768,1,0.008
29,60,0,7,1,7,32.768,2796,22.351
30,60,0,7,2,7,32.768,112,0.7645000000000001
31,60,0,7,3,7,32.768,2685,21.4775
32,60,1,0,0,0,32.768,29563,30284.224000000002
33,60,1,0,1,0,32.768,1,1.024
34,60,1,0,2,0,32.768,23737,24320.448
35,60,1,0,3,0,32.768,20038,20553.216
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,0,0.0
38,60,1,1,2,0,32.768,0,0.0
39,60,1,1,3,0,32.768,27718,28444.096
40,60,1,2,0,0,32.768,1,1.088
41,60,1,2,1,0,32.768,46875,47910.848
42,60,1,2,2,0,32.768,41656,42557.184
43,60,1,2,3,0,32.768,38659,39605.824
44,60,1,3,0,0,32.768,0,59.968
45,60,1,3,1,0,32.768,55806,57226.24
46,60,1,3,2,0,32.768,0,0.0
47,60,1,3,3,0,32.768,43428,44523.904
48,60,1,4,0,0,32.768,20394,20891.52
49,60,1,4,1,0,32.768,21506,21960.832000000002
50,60,1,4,2,0,32.768,14344,14652.544
51,60,1,4,3,0,32.768,14130,14478.336000000001
52,60,1,5,0,0,32.768,1,1.024
53,60,1,5,1,0,32.768,23168,23739.072
54,60,1,5,2,0,32.768,1,1.024
55,60,1,5,3,0,32.768,18832,19302.4
56,60,1,6,0,0,32.768,1,1.024
57,60,1,6,1,0,32.768,33891,34715.456
58,60,1,6,2,0,32.768,29253,30055.808
59,60,1,6,3,0,32.768,24458,25104.704
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,0,0.0
62,60,1,7,2,0,32.768,32507,33166.336
63,60,1,7,3,0,32.768,30467,31277.568

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,4711,75.404
2,50,0,0,2,6,32.768,0,0.0
3,50,0,0,3,6,32.768,3152,50.513
4,50,0,1,0,6,32.768,6171,98.84
5,50,0,1,1,6,32.768,4949,79.177
6,50,0,1,2,6,32.768,4274,68.489
7,50,0,1,3,6,32.768,3369,53.945
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,5996,95.95
10,50,0,2,2,6,32.768,5210,83.286
11,50,0,2,3,6,32.768,4744,75.999
12,50,0,3,0,6,32.768,7237,115.674
13,50,0,3,1,6,32.768,6947,111.163
14,50,0,3,2,6,32.768,5539,88.31700000000001
15,50,0,3,3,6,32.768,4679,74.757
16,50,0,4,0,7,32.768,1306,10.5115
17,50,0,4,1,7,32.768,1780,14.232000000000001
18,50,0,4,2,7,32.768,1248,9.984
19,50,0,4,3,7,32.768,1195,9.562
20,50,0,5,0,7,32.768,1550,12.403500000000001
21,50,0,5,1,7,32.768,1,0.009000000000000001
22,50,0,5,2,7,32.768,1,0.008
23,50,0,5,3,7,32.768,1,0.008
24,50,0,6,0,7,32.768,2216,17.741500000000002
25,50,0,6,1,7,32.768,2640,21.126
26,50,0,6,2,7,32.768,1783,14.2565
27,50,0,6,3,7,32.768,1427,11.409
28,50,0,7,0,7,32.768,1,0.008
29,50,0,7,1,7,32.768,1608,12.864
30,50,0,7,2,7,32.768,1,0.0035
31,50,0,7,3,7,32.768,1585,12.682
32,50,1,0,0,0,32.768,24632,25204.672000000002
33,50,1,0,1,0,32.768,1,1.024
34,50,1,0,2,0,32.768,19976,20361.984
35,50,1,0,3,0,32.768,16899,17320.384000000002
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,0,0.0
38,50,1,1,2,0,32.768,0,0.0
39,50,1,1,3,0,32.768,23273,23755.712
40,50,1,2,0,0,32.768,1,1.024
41,50,1,2,1,0,32.768,39188,40100.736000000004
42,50,1,2,2,0,32.768,34818,35729.856
43,50,1,2,3,0,32.768,32784,33518.4
44,50,1,3,0,0,32.768,0,0.0
45,50,1,3,1,0,32.768,47049,48167.296
46,50,1,3,2,0,32.768,0,0.0
47,50,1,3,3,0,32.768,36684,37449.088
48,50,1,4,0,0,32.768,16715,17133.504
49,50,1,4,1,0,32.768,1158,1113.344
50,50,1,4,2,0,32.768,11661,11910.144
51,50,1,4,3,0,32.768,11646,11895.424
52,50,1,5,0,0,32.768,1,1.024
53,50,1,5,1,0,32.768,19009,19405.888
54,50,1,5,2,0,32.768,1,1.024
55,50,1,5,3,0,32.768,15433,15838.336000000001
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,27944,28518.72
58,50,1,6,2,0,32.768,2,1.344
59,50,1,6,3,0,32.768,20263,20718.272
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,0,0.0
62,50,1,7,2,0,32.768,26611,27304.064000000002
63,50,1,7,3,0,32.768,25437,26101.696

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,3003,48.064
2,40,0,0,2,6,32.768,0,0.0
3,40,0,0,3,6,32.768,1989,31.781000000000002
4,40,0,1,0,6,32.768,3826,61.230000000000004
5,40,0,1,1,6,32.768,3102,49.688
6,40,0,1,2,6,32.768,2714,43.37
7,40,0,1,3,6,32.768,2084,33.328
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,3753,60.061
10,40,0,2,2,6,32.768,3286,52.661
11,40,0,2,3,6,32.768,2984,47.713
12,40,0,3,0,6,32.768,4573,73.21000000000001
13,40,0,3,1,6,32.768,4357,69.614
14,40,0,3,2,6,32.768,1440,23.088
15,40,0,3,3,6,32.768,2928,46.898
16,40,0,4,0,7,32.768,846,6.6335
17,40,0,4,1,7,32.768,1048,8.387
18,40,0,4,2,7,32.768,712,5.703
19,40,0,4,3,7,32.768,692,5.5345
20,40,0,5,0,7,32.768,858,6.8660000000000005
21,40,0,5,1,7,32.768,1,0.0085
22,40,0,5,2,7,32.768,1,0.008
23,40,0,5,3,7,32.768,1,0.008
24,40,0,6,0,7,32.768,1258,10.0635
25,40,0,6,1,7,32.768,1108,9.472
26,40,0,6,2,7,32.768,1024,8.187
27,40,0,6,3,7,32.768,816,6.5315
28,40,0,7,0,7,32.768,1,0.008
29,40,0,7,1,7,32.768,901,7.207
30,40,0,7,2,7,32.768,0,0.005
31,40,0,7,3,7,32.768,912,7.2935
32,40,1,0,0,0,32.768,20245,20665.536
33,40,1,0,1,0,32.768,1,1.024
34,40,1,0,2,0,32.768,16401,16810.944
35,40,1,0,3,0,32.768,14114,14395.456
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,0,0.0
38,40,1,1,2,0,32.768,0,0.0
39,40,1,1,3,0,32.768,19062,19558.08
40,40,1,2,0,0,32.768,1,1.024
41,40,1,2,1,0,32.768,32378,33190.336
42,40,1,2,2,0,32.768,28866,29603.392
43,40,1,2,3,0,32.768,0,0.256
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,39139,39943.936
46,40,1,3,2,0,32.768,0,0.0
47,40,1,3,3,0,32.768,30373,31061.632
48,40,1,4,0,0,32.768,13547,13847.168
49,40,1,4,1,0,32.768,1,1.024
50,40,1,4,2,0,32.768,9315,9541.44
51,40,1,4,3,0,32.768,9406,9637.312
52,40,1,5,0,0,32.768,1,1.024
53,40,1,5,1,0,32.768,15309,15610.816
54,40,1,5,2,0,32.768,1,1.024
55,40,1,5,3,0,32.768,12554,12810.112000000001
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,22464,23049.792
58,40,1,6,2,0,32.768,1,1.024
59,40,1,6,3,0,32.768,16512,16849.728
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,1,2.368
62,40,1,7,2,0,32.768,21661,22126.08
63,40,1,7,3,0,32.768,20994,21537.600000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,1811,28.998
2,30,0,0,2,6,32.768,0,0.0
3,30,0,0,3,6,32.768,1196,19.114
4,30,0,1,0,6,32.768,2260,36.173
5,30,0,1,1,6,32.768,1867,29.895
6,30,0,1,2,6,32.768,1648,26.323
7,30,0,1,3,6,32.768,1227,19.655
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,1695,26.961000000000002
10,30,0,2,2,6,32.768,1995,31.970000000000002
11,30,0,2,3,6,32.768,1791,28.644000000000002
12,30,0,3,0,6,32.768,2783,44.501
13,30,0,3,1,6,32.768,2619,41.869
14,30,0,3,2,6,32.768,551,8.78
15,30,0,3,3,6,32.768,1760,28.237000000000002
16,30,0,4,0,7,32.768,519,4.1945
17,30,0,4,1,7,32.768,590,4.715
18,30,0,4,2,7,32.768,390,3.1165000000000003
19,30,0,4,3,7,32.768,384,3.0655
20,30,0,5,0,7,32.768,453,3.6245000000000003
21,30,0,5,1,7,32.768,1,0.008
22,30,0,5,2,7,32.768,1,0.008
23,30,0,5,3,7,32.768,1,0.008
24,30,0,6,0,7,32.768,693,5.5200000000000005
25,30,0,6,1,7,32.768,17,0.123
26,30,0,6,2,7,32.768,561,4.487
27,30,0,6,3,7,32.768,445,3.5685000000000002
28,30,0,7,0,7,32.768,1,0.008
29,30,0,7,1,7,32.768,482,3.851
30,30,0,7,2,7,32.768,1,0.0045000000000000005
31,30,0,7,3,7,32.768,501,4.006
32,30,1,0,0,0,32.768,16254,16625.728
33,30,1,0,1,0,32.768,1,1.024
34,30,1,0,2,0,32.768,13335,13612.224
35,30,1,0,3,0,32.768,11505,11761.6
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,0,0.0
38,30,1,1,2,0,32.768,0,0.0
39,30,1,1,3,0,32.768,15463,15781.568000000001
40,30,1,2,0,0,32.768,1,1.024
41,30,1,2,1,0,32.768,26379,26923.456000000002
42,30,1,2,2,0,32.768,23489,24081.088
43,30,1,2,3,0,32.768,0,0.0
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,31908,32552.064000000002
46,30,1,3,2,0,32.768,0,0.0
47,30,1,3,3,0,32.768,24733,25291.328
48,30,1,4,0,0,32.768,10683,10961.472
49,30,1,4,1,0,32.768,1,1.024
50,30,1,4,2,0,32.768,7331,7490.432
51,30,1,4,3,0,32.768,7460,7659.136
52,30,1,5,0,0,32.768,1,1.024
53,30,1,5,1,0,32.768,12057,12300.800000000001
54,30,1,5,2,0,32.768,1,1.024
55,30,1,5,3,0,32.768,9941,10161.472
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,17834,18237.696
58,30,1,6,2,0,32.768,1,1.024
59,30,1,6,3,0,32.768,13157,13440.896
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,18996,19425.728
62,30,1,7,2,0,32.768,17238,17585.088
63,30,1,7,3,0,32.768,17011,17398.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,1063,17.003
2,20,0,0,2,6,32.768,0,0.0
3,20,0,0,3,6,32.768,697,11.146
4,20,0,1,0,6,32.768,1295,20.756
5,20,0,1,1,6,32.768,1096,17.518
6,20,0,1,2,6,32.768,972,15.551
7,20,0,1,3,6,32.768,703,11.253
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,465,7.272
10,20,0,2,2,6,32.768,709,11.494
11,20,0,2,3,6,32.768,1045,16.708000000000002
12,20,0,3,0,6,32.768,1604,25.658
13,20,0,3,1,6,32.768,1543,24.666
14,20,0,3,2,6,32.768,8,0.165
15,20,0,3,3,6,32.768,1032,16.44
16,20,0,4,0,7,32.768,295,2.357
17,20,0,4,1,7,32.768,320,2.5615
18,20,0,4,2,7,32.768,207,1.6515
19,20,0,4,3,7,32.768,205,1.6435
20,20,0,5,0,7,32.768,232,1.851
21,20,0,5,1,7,32.768,1,0.008
22,20,0,5,2,7,32.768,1,0.008
23,20,0,5,3,7,32.768,1,0.008
24,20,0,6,0,7,32.768,390,3.1595
25,20,0,6,1,7,32.768,1,0.008
26,20,0,6,2,7,32.768,297,2.373
27,20,0,6,3,7,32.768,235,1.8815
28,20,0,7,0,7,32.768,1,0.008
29,20,0,7,1,7,32.768,248,1.9885
30,20,0,7,2,7,32.768,1,0.004
31,20,0,7,3,7,32.768,266,2.1265
32,20,1,0,0,0,32.768,12883,13143.616
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,10634,10829.952
35,20,1,0,3,0,32.768,9211,9448.448
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,0,0.0
38,20,1,1,2,0,32.768,0,0.0
39,20,1,1,3,0,32.768,12279,12527.744
40,20,1,2,0,0,32.768,1,1.024
41,20,1,2,1,0,32.768,20948,21460.032
42,20,1,2,2,0,32.768,18707,19198.08
43,20,1,2,3,0,32.768,0,0.0
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,25443,26050.688000000002
46,20,1,3,2,0,32.768,0,0.0
47,20,1,3,3,0,32.768,19842,20247.616
48,20,1,4,0,0,32.768,8330,8523.968
49,20,1,4,1,0,32.768,1,1.024
50,20,1,4,2,0,32.768,5637,5758.2080000000005
51,20,1,4,3,0,32.768,5814,5968.832
52,20,1,5,0,0,32.768,1,1.024
53,20,1,5,1,0,32.768,9261,9497.344000000001
54,20,1,5,2,0,32.768,1,1.024
55,20,1,5,3,0,32.768,7708,7904.768
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,13847,14135.36
58,20,1,6,2,0,32.768,1,1.024
59,20,1,6,3,0,32.768,10260,10517.184000000001
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,14742,15040.384
62,20,1,7,2,0,32.768,13345,13688.0
63,20,1,7,3,0,32.768,13472,13749.76

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,0,0.0
1,120,0,0,1,6,32.768,63694,1019.628
2,120,0,0,2,6,32.768,53668,858.024
3,120,0,0,3,6,32.768,42821,685.3050000000001
4,120,0,1,0,6,32.768,90453,1448.421
5,120,0,1,1,6,32.768,70340,1124.008
6,120,0,1,2,6,32.768,57317,917.522
7,120,0,1,3,6,32.768,49991,799.038
8,120,0,2,0,6,32.768,20,0.249
9,120,0,2,1,6,32.768,83996,1342.028
10,120,0,2,2,6,32.768,70195,1122.398
11,120,0,2,3,6,32.768,63316,1011.657
12,120,0,3,0,6,32.768,97462,1561.284
13,120,0,3,1,6,32.768,95218,1520.423
14,120,0,3,2,6,32.768,75876,1215.336
15,120,0,3,3,6,32.768,63451,1016.416
16,120,0,4,0,7,32.768,41482,331.705
17,120,0,4,1,7,32.768,34954,279.786
18,120,0,4,2,7,32.768,28821,230.6825
19,120,0,4,3,7,32.768,25436,203.566
20,120,0,5,0,7,32.768,44410,355.0415
21,120,0,5,1,7,32.768,40630,325.06350000000003
22,120,0,5,2,7,32.768,35367,283.0845
23,120,0,5,3,7,32.768,28684,229.44650000000001
24,120,0,6,0,7,32.768,51809,414.255
25,120,0,6,1,7,32.768,52172,417.517
26,120,0,6,2,7,32.768,39549,316.549
27,120,0,6,3,7,32.768,32148,257.106
28,120,0,7,0,7,32.768,63218,505.4805
29,120,0,7,1,7,32.768,41041,328.2015
30,120,0,7,2,7,32.768,41830,334.761
31,120,0,7,3,7,32.768,34635,277.2275
32,120,1,0,0,0,32.768,61541,64755.712
33,120,1,0,1,0,32.768,63422,64912.704
34,120,1,0,2,0,32.768,52990,54252.928
35,120,1,0,3,0,32.768,44391,45564.928
36,120,1,1,0,0,32.768,1,1.024
37,120,1,1,1,0,32.768,96906,98943.552
38,120,1,1,2,0,32.768,70969,72558.272
39,120,1,1,3,0,32.768,62788,64458.176
40,120,1,2,0,0,32.768,123003,125633.024
41,120,1,2,1,0,32.768,103519,106289.53600000001
42,120,1,2,2,0,32.768,91129,93135.744
43,120,1,2,3,0,32.768,82777,84565.632
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,122059,124851.96800000001
46,120,1,3,2,0,32.768,1005,1507.84
47,120,1,3,3,0,32.768,95028,97218.176
48,120,1,4,0,0,32.768,50453,51583.744
49,120,1,4,1,0,32.768,50414,51466.048
50,120,1,4,2,0,32.768,36264,37210.432
51,120,1,4,3,0,32.768,34393,35329.472
52,120,1,5,0,0,32.768,75442,77097.792
53,120,1,5,1,0,32.768,57939,59459.840000000004
54,120,1,5,2,0,32.768,60428,61707.712
55,120,1,5,3,0,32.768,46211,47442.496
56,120,1,6,0,0,32.768,94437,96569.088
57,120,1,6,1,0,32.768,82012,83729.856
58,120,1,6,2,0,32.768,69059,70755.776
59,120,1,6,3,0,32.768,58454,59885.376000000004
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,78070,79715.648
63,120,1,7,3,0,32.768,70004,71520.128

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,0,0.0
1,110,0,0,1,6,32.768,46477,743.25
2,110,0,0,2,6,32.768,25188,405.95300000000003
3,110,0,0,3,6,32.768,31330,500.657
4,110,0,1,0,6,32.768,65608,1049.435
5,110,0,1,1,6,32.768,50921,814.967
6,110,0,1,2,6,32.768,41925,669.795
7,110,0,1,3,6,32.768,36187,579.032
8,110,0,2,0,6,32.768,1,0.068
9,110,0,2,1,6,32.768,60940,974.7950000000001
10,110,0,2,2,6,32.768,51308,819.703
11,110,0,2,3,6,32.768,46318,742.1030000000001
12,110,0,3,0,6,32.768,71079,1136.704
13,110,0,3,1,6,32.768,70080,1121.179
14,110,0,3,2,6,32.768,55505,888.5840000000001
15,110,0,3,3,6,32.768,46453,742.2330000000001
16,110,0,4,0,7,32.768,28506,228.185
17,110,0,4,1,7,32.768,24378,195.111
18,110,0,4,2,7,32.768,19823,158.49
19,110,0,4,3,7,32.768,17617,140.917
20,110,0,5,0,7,32.768,29718,237.8465
21,110,0,5,1,7,32.768,28259,225.9345
22,110,0,5,2,7,32.768,24528,196.16400000000002
23,110,0,5,3,7,32.768,19888,159.131
24,110,0,6,0,7,32.768,35503,284.137
25,110,0,6,1,7,32.768,36664,293.146
26,110,0,6,2,7,32.768,27271,218.05450000000002
27,110,0,6,3,7,32.768,22152,177.181
28,110,0,7,0,7,32.768,44179,353.5935
29,110,0,7,1,7,32.768,27810,222.423
30,110,0,7,2,7,32.768,29113,232.77450000000002
31,110,0,7,3,7,32.768,23978,191.833
32,110,1,0,0,0,32.768,54572,58040.512
33,110,1,0,1,0,32.768,57047,58307.712
34,110,1,0,2,0,32.768,47399,48652.736000000004
35,110,1,0,3,0,32.768,39745,40759.488
36,110,1,1,0,0,32.768,1,1.024
37,110,1,1,1,0,32.768,86118,88271.296
38,110,1,1,2,0,32.768,63673,65251.136
39,110,1,1,3,0,32.768,56495,57715.136
40,110,1,2,0,0,32.768,109743,112597.82400000001
41,110,1,2,1,0,32.768,93257,95396.288
42,110,1,2,2,0,32.768,81594,83792.832
43,110,1,2,3,0,32.768,74451,76187.96800000001
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,110071,112378.75200000001
46,110,1,3,2,0,32.768,2,1.728
47,110,1,3,3,0,32.768,85590,87422.40000000001
48,110,1,4,0,0,32.768,44375,45545.408
49,110,1,4,1,0,32.768,44783,45822.72
50,110,1,4,2,0,32.768,31952,32768.256
51,110,1,4,3,0,32.768,30437,31249.28
52,110,1,5,0,0,32.768,66779,68465.92
53,110,1,5,1,0,32.768,51081,52492.032
54,110,1,5,2,0,32.768,6850,9945.408
55,110,1,5,3,0,32.768,41108,41960.32
56,110,1,6,0,0,32.768,83949,85937.024
57,110,1,6,1,0,32.768,72392,74341.76
58,110,1,6,2,0,32.768,61403,63031.808000000005
59,110,1,6,3,0,32.768,52088,53201.92
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,69162,70801.6
63,110,1,7,3,0,32.768,62540,63846.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,595,9.503
2,10,0,0,2,6,32.768,0,0.0
3,10,0,0,3,6,32.768,388,6.203
4,10,0,1,0,6,32.768,709,11.352
5,10,0,1,1,6,32.768,613,9.807
6,10,0,1,2,6,32.768,551,8.794
7,10,0,1,3,6,32.768,384,6.140000000000001
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,128,2.166
10,10,0,2,2,6,32.768,0,0.0
11,10,0,2,3,6,32.768,583,9.323
12,10,0,3,0,6,32.768,27,0.551
13,10,0,3,1,6,32.768,874,13.944
14,10,0,3,2,6,32.768,2,0.024
15,10,0,3,3,6,32.768,581,9.237
16,10,0,4,0,7,32.768,151,1.2
17,10,0,4,1,7,32.768,166,1.324
18,10,0,4,2,7,32.768,104,0.837
19,10,0,4,3,7,32.768,106,0.842
20,10,0,5,0,7,32.768,112,0.8965
21,10,0,5,1,7,32.768,1,0.008
22,10,0,5,2,7,32.768,1,0.008
23,10,0,5,3,7,32.768,1,0.008
24,10,0,6,0,7,32.768,231,1.9355
25,10,0,6,1,7,32.768,1,0.008
26,10,0,6,2,7,32.768,147,1.1805
27,10,0,6,3,7,32.768,117,0.933
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,120,0.9675
30,10,0,7,2,7,32.768,0,0.004
31,10,0,7,3,7,32.768,131,1.06
32,10,1,0,0,0,32.768,9858,10062.656
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,8161,8345.408
35,10,1,0,3,0,32.768,1,1.024
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,0,0.0
38,10,1,1,2,0,32.768,0,0.0
39,10,1,1,3,0,32.768,9377,9612.544
40,10,1,2,0,0,32.768,1,1.024
41,10,1,2,1,0,32.768,16117,16506.176
42,10,1,2,2,0,32.768,366,329.216
43,10,1,2,3,0,32.768,0,0.0
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,19630,20104.512
46,10,1,3,2,0,32.768,0,0.0
47,10,1,3,3,0,32.768,15249,15602.304
48,10,1,4,0,0,32.768,6187,6357.696
49,10,1,4,1,0,32.768,1,1.024
50,10,1,4,2,0,32.768,4152,4238.528
51,10,1,4,3,0,32.768,4361,4456.704
52,10,1,5,0,0,32.768,1,1.024
53,10,1,5,1,0,32.768,6809,7004.8640000000005
54,10,1,5,2,0,32.768,1,1.024
55,10,1,5,3,0,32.768,5771,5892.544
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,10194,10442.880000000001
58,10,1,6,2,0,32.768,1,1.024
59,10,1,6,3,0,32.768,7715,7879.808
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,10869,11111.488
62,10,1,7,2,0,32.768,9923,10173.568000000001
63,10,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,0,0.0
1,100,0,0,1,6,32.768,33406,535.227
2,100,0,0,2,6,32.768,1262,20.156
3,100,0,0,3,6,32.768,22546,361.172
4,100,0,1,0,6,32.768,46831,749.917
5,100,0,1,1,6,32.768,36522,583.466
6,100,0,1,2,6,32.768,30142,482.841
7,100,0,1,3,6,32.768,25842,413.648
8,100,0,2,0,6,32.768,4,0.067
9,100,0,2,1,6,32.768,43674,699.672
10,100,0,2,2,6,32.768,36891,589.7
11,100,0,2,3,6,32.768,33615,537.067
12,100,0,3,0,6,32.768,51001,816.996
13,100,0,3,1,6,32.768,50476,807.303
14,100,0,3,2,6,32.768,40118,640.91
15,100,0,3,3,6,32.768,33381,534.557
16,100,0,4,0,7,32.768,19281,154.297
17,100,0,4,1,7,32.768,16753,133.9445
18,100,0,4,2,7,32.768,13376,106.9725
19,100,0,4,3,7,32.768,11997,95.9785
20,100,0,5,0,7,32.768,19520,156.224
21,100,0,5,1,7,32.768,19291,154.2745
22,100,0,5,2,7,32.768,16712,133.717
23,100,0,5,3,7,32.768,13557,108.512
24,100,0,6,0,7,32.768,23948,191.61
25,100,0,6,1,7,32.768,25286,202.174
26,100,0,6,2,7,32.768,18447,147.6055
27,100,0,6,3,7,32.768,14985,119.9195
28,100,0,7,0,7,32.768,30358,242.6835
29,100,0,7,1,7,32.768,18508,148.0595
30,100,0,7,2,7,32.768,19864,158.982
31,100,0,7,3,7,32.768,16277,130.2535
32,100,1,0,0,0,32.768,52603,54274.688
33,100,1,0,1,0,32.768,50698,51948.032
34,100,1,0,2,0,32.768,42396,43274.432
35,100,1,0,3,0,32.768,35303,36240.96
36,100,1,1,0,0,32.768,1,1.024
37,100,1,1,1,0,32.768,33895,36551.232
38,100,1,1,2,0,32.768,56952,58299.968
39,100,1,1,3,0,32.768,50082,51217.216
40,100,1,2,0,0,32.768,98129,83402.75200000001
41,100,1,2,1,0,32.768,83107,84955.2
42,100,1,2,2,0,32.768,73133,74791.168
43,100,1,2,3,0,32.768,66478,68220.352
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,98255,100359.872
46,100,1,3,2,0,32.768,0,0.0
47,100,1,3,3,0,32.768,76231,78085.18400000001
48,100,1,4,0,0,32.768,39022,39921.088
49,100,1,4,1,0,32.768,39430,40483.968
50,100,1,4,2,0,32.768,27955,28595.648
51,100,1,4,3,0,32.768,26849,27425.664
52,100,1,5,0,0,32.768,59159,60430.4
53,100,1,5,1,0,32.768,44877,45955.968
54,100,1,5,2,0,32.768,1,1.024
55,100,1,5,3,0,32.768,35982,36764.416
56,100,1,6,0,0,32.768,74150,75740.544
57,100,1,6,1,0,32.768,64026,65401.088
58,100,1,6,2,0,32.768,54281,55745.216
59,100,1,6,3,0,32.768,45768,46891.968
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,60753,62301.312
63,100,1,7,3,0,32.768,55120,56582.656

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,335,5.375
2,0,0,0,2,6,32.768,0,0.0
3,0,0,0,3,6,32.768,214,3.435
4,0,0,1,0,6,32.768,392,6.272
5,0,0,1,1,6,32.768,340,5.462
6,0,0,1,2,6,32.768,307,4.934
7,0,0,1,3,6,32.768,207,3.313
8,0,0,2,0,6,32.768,0,0.007
9,0,0,2,1,6,32.768,15,0.082
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,322,5.144
12,0,0,3,0,6,32.768,2,0.019
13,0,0,3,1,6,32.768,486,7.804
14,0,0,3,2,6,32.768,2,0.019
15,0,0,3,3,6,32.768,320,5.1000000000000005
16,0,0,4,0,7,32.768,78,0.6205
17,0,0,4,1,7,32.768,84,0.668
18,0,0,4,2,7,32.768,51,0.41250000000000003
19,0,0,4,3,7,32.768,52,0.43
20,0,0,5,0,7,32.768,53,0.424
21,0,0,5,1,7,32.768,1,0.008
22,0,0,5,2,7,32.768,1,0.008
23,0,0,5,3,7,32.768,1,0.008
24,0,0,6,0,7,32.768,139,1.2165
25,0,0,6,1,7,32.768,1,0.008
26,0,0,6,2,7,32.768,72,0.5835
27,0,0,6,3,7,32.768,58,0.457
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,64,0.5225
30,0,0,7,2,7,32.768,1,0.005
31,0,0,7,3,7,32.768,66,0.53
32,0,1,0,0,0,32.768,7509,7680.32
33,0,1,0,1,0,32.768,1,1.024
34,0,1,0,2,0,32.768,6298,6409.6
35,0,1,0,3,0,32.768,1,1.024
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,0,0.0
38,0,1,1,2,0,32.768,0,0.0
39,0,1,1,3,0,32.768,7225,7380.032
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,12388,12701.248
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,0,0.0
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,15205,15556.736
46,0,1,3,2,0,32.768,0,0.0
47,0,1,3,3,0,32.768,11785,12092.864
48,0,1,4,0,0,32.768,4686,4787.008
49,0,1,4,1,0,32.768,1,1.024
50,0,1,4,2,0,32.768,3073,3147.776
51,0,1,4,3,0,32.768,3269,3357.312
52,0,1,5,0,0,32.768,1,1.024
53,0,1,5,1,0,32.768,5110,5222.912
54,0,1,5,2,0,32.768,1,1.024
55,0,1,5,3,0,32.768,4352,4448.576
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,7644,7805.184
58,0,1,6,2,0,32.768,1,1.024
59,0,1,6,3,0,32.768,5868,5989.6320000000005
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,8146,8327.552
62,0,1,7,2,0,32.768,7491,7684.4800000000005
63,0,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,19,0.382
2,-40,0,0,2,6,32.768,0,0.0
3,-40,0,0,3,6,32.768,11,0.178
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,30,0.467
6,-40,0,1,2,6,32.768,22,0.28400000000000003
7,-40,0,1,3,6,32.768,9,0.146
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,105,1.828
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,70,1.1280000000000001
12,-40,0,3,0,6,32.768,1,0.016
13,-40,0,3,1,6,32.768,1,0.016
14,-40,0,3,2,6,32.768,0,0.339
15,-40,0,3,3,6,32.768,18,0.331
16,-40,0,4,0,7,32.768,11,0.105
17,-40,0,4,1,7,32.768,0,0.0
18,-40,0,4,2,7,32.768,6,0.0395
19,-40,0,4,3,7,32.768,41,0.316
20,-40,0,5,0,7,32.768,2,0.0245
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,1,0.008
24,-40,0,6,0,7,32.768,20,0.1895
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,3,0.054
27,-40,0,6,3,7,32.768,3,0.0205
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,12,0.1075
30,-40,0,7,2,7,32.768,9,0.0565
31,-40,0,7,3,7,32.768,4,0.0405
32,-40,1,0,0,0,32.768,1806,1855.616
33,-40,1,0,1,0,32.768,1,1.024
34,-40,1,0,2,0,32.768,1507,1543.296
35,-40,1,0,3,0,32.768,1,1.024
36,-40,1,1,0,0,32.768,0,0.064
37,-40,1,1,1,0,32.768,0,0.0
38,-40,1,1,2,0,32.768,0,0.0
39,-40,1,1,3,0,32.768,1756,1793.92
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,2776,3000.832
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,0,0.0
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,3800,3890.176
46,-40,1,3,2,0,32.768,0,0.0
47,-40,1,3,3,0,32.768,2942,3003.456
48,-40,1,4,0,0,32.768,1014,1041.088
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,618,633.152
51,-40,1,4,3,0,32.768,702,718.144
52,-40,1,5,0,0,32.768,1,1.024
53,-40,1,5,1,0,32.768,1032,1056.832
54,-40,1,5,2,0,32.768,1,1.024
55,-40,1,5,3,0,32.768,944,964.736
56,-40,1,6,0,0,32.768,1,1.024
57,-40,1,6,1,0,32.768,1561,1594.624
58,-40,1,6,2,0,32.768,1,1.024
59,-40,1,6,3,0,32.768,1308,1340.544
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,1677,1717.1200000000001
62,-40,1,7,2,0,32.768,1619,1652.48
63,-40,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,43,0.727
2,-30,0,0,2,6,32.768,0,0.0
3,-30,0,0,3,6,32.768,24,0.392
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,45,0.735
6,-30,0,1,2,6,32.768,37,0.611
7,-30,0,1,3,6,32.768,23,0.34900000000000003
8,-30,0,2,0,6,32.768,0,0.001
9,-30,0,2,1,6,32.768,133,2.088
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,106,1.743
12,-30,0,3,0,6,32.768,1,0.016
13,-30,0,3,1,6,32.768,1,0.016
14,-30,0,3,2,6,32.768,175,6.183
15,-30,0,3,3,6,32.768,35,0.613
16,-30,0,4,0,7,32.768,16,0.12
17,-30,0,4,1,7,32.768,2,0.025
18,-30,0,4,2,7,32.768,11,0.0685
19,-30,0,4,3,7,32.768,24,0.2185
20,-30,0,5,0,7,32.768,4,0.0325
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,1,0.008
24,-30,0,6,0,7,32.768,52,0.3755
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,6,0.077
27,-30,0,6,3,7,32.768,5,0.0405
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,24,0.14200000000000002
30,-30,0,7,2,7,32.768,6,0.0155
31,-30,0,7,3,7,32.768,8,0.059000000000000004
32,-30,1,0,0,0,32.768,2718,2774.4
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,2262,2320.32
35,-30,1,0,3,0,32.768,1,1.024
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,0,0.0
38,-30,1,1,2,0,32.768,0,0.0
39,-30,1,1,3,0,32.768,2619,2687.616
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,2671,2842.4320000000002
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,0,0.0
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,5671,5786.944
46,-30,1,3,2,0,32.768,0,0.0
47,-30,1,3,3,0,32.768,4392,4486.336
48,-30,1,4,0,0,32.768,1577,1610.176
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,980,1000.8960000000001
51,-30,1,4,3,0,32.768,1093,1119.424
52,-30,1,5,0,0,32.768,1,1.024
53,-30,1,5,1,0,32.768,1628,1668.736
54,-30,1,5,2,0,32.768,1,1.024
55,-30,1,5,3,0,32.768,1462,1493.5040000000001
56,-30,1,6,0,0,32.768,1,1.024
57,-30,1,6,1,0,32.768,2455,2509.184
58,-30,1,6,2,0,32.768,1,1.024
59,-30,1,6,3,0,32.768,2013,2056.064
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,2633,2695.232
62,-30,1,7,2,0,32.768,2511,2563.2000000000003
63,-30,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,101,1.577
2,-20,0,0,2,6,32.768,0,0.0
3,-20,0,0,3,6,32.768,53,0.852
4,-20,0,1,0,6,32.768,62,0.969
5,-20,0,1,1,6,32.768,89,1.413
6,-20,0,1,2,6,32.768,80,1.314
7,-20,0,1,3,6,32.768,48,0.78
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,23,0.202
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,155,2.517
12,-20,0,3,0,6,32.768,1,0.016
13,-20,0,3,1,6,32.768,1,0.016
14,-20,0,3,2,6,32.768,1,0.163
15,-20,0,3,3,6,32.768,75,1.2630000000000001
16,-20,0,4,0,7,32.768,20,0.1835
17,-20,0,4,1,7,32.768,20,0.164
18,-20,0,4,2,7,32.768,11,0.091
19,-20,0,4,3,7,32.768,17,0.1495
20,-20,0,5,0,7,32.768,10,0.0765
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,1,0.008
23,-20,0,5,3,7,32.768,1,0.008
24,-20,0,6,0,7,32.768,74,0.584
25,-20,0,6,1,7,32.768,1,0.008
26,-20,0,6,2,7,32.768,19,0.1515
27,-20,0,6,3,7,32.768,13,0.0915
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,25,0.18
30,-20,0,7,2,7,32.768,1,0.006
31,-20,0,7,3,7,32.768,13,0.117
32,-20,1,0,0,0,32.768,3924,4006.976
33,-20,1,0,1,0,32.768,1,1.024
34,-20,1,0,2,0,32.768,3278,3357.12
35,-20,1,0,3,0,32.768,1,1.024
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,0,0.0
38,-20,1,1,2,0,32.768,0,0.0
39,-20,1,1,3,0,32.768,3773,3874.2400000000002
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,2891,2765.312
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,0,0.0
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,8070,8284.928
46,-20,1,3,2,0,32.768,0,0.0
47,-20,1,3,3,0,32.768,6286,6434.752
48,-20,1,4,0,0,32.768,2322,2385.856
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,1482,1515.776
51,-20,1,4,3,0,32.768,1625,1667.712
52,-20,1,5,0,0,32.768,1,1.024
53,-20,1,5,1,0,32.768,2466,2523.392
54,-20,1,5,2,0,32.768,1,1.024
55,-20,1,5,3,0,32.768,2170,2217.152
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,3705,3782.016
58,-20,1,6,2,0,32.768,1,1.024
59,-20,1,6,3,0,32.768,2954,3027.968
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,3970,4055.936
62,-20,1,7,2,0,32.768,3713,3811.84
63,-20,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo16/Meas_ChipNo16_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,186,2.902
2,-10,0,0,2,6,32.768,0,0.0
3,-10,0,0,3,6,32.768,109,1.762
4,-10,0,1,0,6,32.768,200,3.216
5,-10,0,1,1,6,32.768,175,2.819
6,-10,0,1,2,6,32.768,160,2.569
7,-10,0,1,3,6,32.768,104,1.6540000000000001
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,3,0.169
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,171,2.8930000000000002
12,-10,0,3,0,6,32.768,1,0.017
13,-10,0,3,1,6,32.768,7,0.182
14,-10,0,3,2,6,32.768,2,0.018000000000000002
15,-10,0,3,3,6,32.768,169,2.613
16,-10,0,4,0,7,32.768,38,0.308
17,-10,0,4,1,7,32.768,38,0.313
18,-10,0,4,2,7,32.768,23,0.1935
19,-10,0,4,3,7,32.768,28,0.229
20,-10,0,5,0,7,32.768,23,0.1845
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,1,0.008
23,-10,0,5,3,7,32.768,1,0.008
24,-10,0,6,0,7,32.768,115,0.849
25,-10,0,6,1,7,32.768,1,0.008
26,-10,0,6,2,7,32.768,34,0.273
27,-10,0,6,3,7,32.768,27,0.2105
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,47,0.34900000000000003
30,-10,0,7,2,7,32.768,0,0.006
31,-10,0,7,3,7,32.768,29,0.2465
32,-10,1,0,0,0,32.768,5488,5632.832
33,-10,1,0,1,0,32.768,1,1.024
34,-10,1,0,2,0,32.768,4616,4714.816
35,-10,1,0,3,0,32.768,1,1.024
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,0,0.0
38,-10,1,1,2,0,32.768,0,0.0
39,-10,1,1,3,0,32.768,5306,5426.496
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,7216,6938.816
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,0,0.0
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,11268,11513.408
46,-10,1,3,2,0,32.768,0,0.0
47,-10,1,3,3,0,32.768,8771,8956.352
48,-10,1,4,0,0,32.768,3351,3433.664
49,-10,1,4,1,0,32.768,1,1.024
50,-10,1,4,2,0,32.768,2166,2222.784
51,-10,1,4,3,0,32.768,2355,2407.488
52,-10,1,5,0,0,32.768,1,1.024
53,-10,1,5,1,0,32.768,3600,3692.416
54,-10,1,5,2,0,32.768,1,1.024
55,-10,1,5,3,0,32.768,3107,3191.936
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,5393,5519.296
58,-10,1,6,2,0,32.768,1,1.024
59,-10,1,6,3,0,32.768,4230,4327.872
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,5767,5905.984
62,-10,1,7,2,0,32.768,5382,5500.4800000000005
63,-10,1,7,3,0,32.768,1,1.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,1,0.016
1,90,0,0,1,6,32.768,15564,250.653
2,90,0,0,2,6,32.768,25486,407.764
3,90,0,0,3,6,32.768,25590,410.005
4,90,0,1,0,6,32.768,0,0.0
5,90,0,1,1,6,32.768,72,1.1420000000000001
6,90,0,1,2,6,32.768,22959,390.83
7,90,0,1,3,6,32.768,24991,399.32800000000003
8,90,0,2,0,6,32.768,5,0.059000000000000004
9,90,0,2,1,6,32.768,0,0.0
10,90,0,2,2,6,32.768,33762,539.5360000000001
11,90,0,2,3,6,32.768,34122,545.238
12,90,0,3,0,6,32.768,1,0.016
13,90,0,3,1,6,32.768,158,2.283
14,90,0,3,2,6,32.768,1,0.017
15,90,0,3,3,6,32.768,32491,519.982
16,90,0,4,0,7,32.768,14759,118.12400000000001
17,90,0,4,1,7,32.768,12558,100.502
18,90,0,4,2,7,32.768,10266,82.09
19,90,0,4,3,7,32.768,10186,81.436
20,90,0,5,0,7,32.768,19142,153.0145
21,90,0,5,1,7,32.768,14016,112.1525
22,90,0,5,2,7,32.768,13645,109.1795
23,90,0,5,3,7,32.768,12696,101.631
24,90,0,6,0,7,32.768,0,0.0
25,90,0,6,1,7,32.768,0,0.0
26,90,0,6,2,7,32.768,13691,109.51
27,90,0,6,3,7,32.768,12483,99.8985
28,90,0,7,0,7,32.768,23465,187.791
29,90,0,7,1,7,32.768,20066,160.6085
30,90,0,7,2,7,32.768,19680,157.506
31,90,0,7,3,7,32.768,13884,111.0425
32,90,1,0,0,0,32.768,0,0.0
33,90,1,0,1,0,32.768,56032,57370.752
34,90,1,0,2,0,32.768,48593,49816.256
35,90,1,0,3,0,32.768,42663,43578.624
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,83424,85201.216
38,90,1,1,2,0,32.768,63432,65123.392
39,90,1,1,3,0,32.768,62789,64094.272000000004
40,90,1,2,0,0,32.768,0,0.0
41,90,1,2,1,0,32.768,1,1.024
42,90,1,2,2,0,32.768,78096,80171.072
43,90,1,2,3,0,32.768,73498,75460.032
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,116968,119624.128
46,90,1,3,2,0,32.768,104161,106984.704
47,90,1,3,3,0,32.768,88148,90495.488
48,90,1,4,0,0,32.768,43877,45044.16
49,90,1,4,1,0,32.768,41202,42219.904
50,90,1,4,2,0,32.768,36013,36772.928
51,90,1,4,3,0,32.768,28343,29005.888
52,90,1,5,0,0,32.768,71516,73493.888
53,90,1,5,1,0,32.768,0,0.0
54,90,1,5,2,0,32.768,48485,49578.112
55,90,1,5,3,0,32.768,38821,39654.464
56,90,1,6,0,0,32.768,82752,84926.976
57,90,1,6,1,0,32.768,69367,71008.25600000001
58,90,1,6,2,0,32.768,58591,60066.112
59,90,1,6,3,0,32.768,48677,49884.16
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,67712,69377.088
63,90,1,7,3,0,32.768,57237,58582.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,1,0.016
1,80,0,0,1,6,32.768,1,0.016
2,80,0,0,2,6,32.768,17882,286.53000000000003
3,80,0,0,3,6,32.768,18088,289.85
4,80,0,1,0,6,32.768,0,0.0
5,80,0,1,1,6,32.768,0,0.001
6,80,0,1,2,6,32.768,17,0.254
7,80,0,1,3,6,32.768,17617,281.589
8,80,0,2,0,6,32.768,1,0.023
9,80,0,2,1,6,32.768,0,0.0
10,80,0,2,2,6,32.768,23543,376.871
11,80,0,2,3,6,32.768,23863,382.254
12,80,0,3,0,6,32.768,1,0.016
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,1,0.016
15,80,0,3,3,6,32.768,22834,364.921
16,80,0,4,0,7,32.768,9623,76.993
17,80,0,4,1,7,32.768,8275,66.2355
18,80,0,4,2,7,32.768,6668,53.342
19,80,0,4,3,7,32.768,6641,53.108000000000004
20,80,0,5,0,7,32.768,4210,33.9765
21,80,0,5,1,7,32.768,9147,73.137
22,80,0,5,2,7,32.768,8929,71.40950000000001
23,80,0,5,3,7,32.768,8366,66.911
24,80,0,6,0,7,32.768,46,0.323
25,80,0,6,1,7,32.768,0,0.0
26,80,0,6,2,7,32.768,8898,71.2135
27,80,0,6,3,7,32.768,8153,65.2095
28,80,0,7,0,7,32.768,15410,123.229
29,80,0,7,1,7,32.768,12903,103.16250000000001
30,80,0,7,2,7,32.768,12928,103.4315
31,80,0,7,3,7,32.768,9101,72.803
32,80,1,0,0,0,32.768,0,0.0
33,80,1,0,1,0,32.768,49506,50752.448000000004
34,80,1,0,2,0,32.768,43062,44208.768000000004
35,80,1,0,3,0,32.768,37701,38586.432
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,3,30.080000000000002
38,80,1,1,2,0,32.768,56327,57598.784
39,80,1,1,3,0,32.768,55594,57016.064
40,80,1,2,0,0,32.768,0,0.0
41,80,1,2,1,0,32.768,1,1.024
42,80,1,2,2,0,32.768,69336,70922.368
43,80,1,2,3,0,32.768,65466,67084.224
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,103987,106554.88
46,80,1,3,2,0,32.768,93645,95586.11200000001
47,80,1,3,3,0,32.768,78739,80654.848
48,80,1,4,0,0,32.768,37900,38904.704
49,80,1,4,1,0,32.768,35979,36869.312
50,80,1,4,2,0,32.768,31442,32162.944
51,80,1,4,3,0,32.768,24562,25098.496
52,80,1,5,0,0,32.768,36637,39202.624
53,80,1,5,1,0,32.768,83,125.824
54,80,1,5,2,0,32.768,42187,43305.6
55,80,1,5,3,0,32.768,33545,34378.816
56,80,1,6,0,0,32.768,72480,74054.08
57,80,1,6,1,0,32.768,60478,62030.976
58,80,1,6,2,0,32.768,51247,52612.544
59,80,1,6,3,0,32.768,42459,43458.944
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,59066,60649.344000000005
63,80,1,7,3,0,32.768,49925,51085.504

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,1,0.016
1,70,0,0,1,6,32.768,1,0.016
2,70,0,0,2,6,32.768,12415,198.379
3,70,0,0,3,6,32.768,12624,202.05700000000002
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,0,0.0
7,70,0,1,3,6,32.768,12266,195.955
8,70,0,2,0,6,32.768,1,0.022
9,70,0,2,1,6,32.768,0,0.0
10,70,0,2,2,6,32.768,16251,259.664
11,70,0,2,3,6,32.768,16500,264.012
12,70,0,3,0,6,32.768,1,0.016
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,1,0.016
15,70,0,3,3,6,32.768,15752,252.36700000000002
16,70,0,4,0,7,32.768,6168,49.325
17,70,0,4,1,7,32.768,5359,42.8705
18,70,0,4,2,7,32.768,4250,34.014
19,70,0,4,3,7,32.768,4244,33.9475
20,70,0,5,0,7,32.768,21,0.1325
21,70,0,5,1,7,32.768,5863,46.8765
22,70,0,5,2,7,32.768,5727,45.8255
23,70,0,5,3,7,32.768,5406,43.243
24,70,0,6,0,7,32.768,10820,86.5245
25,70,0,6,1,7,32.768,0,0.0
26,70,0,6,2,7,32.768,5671,45.367000000000004
27,70,0,6,3,7,32.768,5215,41.7415
28,70,0,7,0,7,32.768,9946,79.5665
29,70,0,7,1,7,32.768,8102,64.84700000000001
30,70,0,7,2,7,32.768,8319,66.5725
31,70,0,7,3,7,32.768,5850,46.826
32,70,1,0,0,0,32.768,0,0.0
33,70,1,0,1,0,32.768,43616,44523.456
34,70,1,0,2,0,32.768,38075,38994.496
35,70,1,0,3,0,32.768,32988,33863.616
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,49534,50574.976
39,70,1,1,3,0,32.768,49107,50328.064
40,70,1,2,0,0,32.768,0,0.0
41,70,1,2,1,0,32.768,1,1.024
42,70,1,2,2,0,32.768,60936,62198.4
43,70,1,2,3,0,32.768,57657,59152.64
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,92313,94262.912
46,70,1,3,2,0,32.768,82722,84748.60800000001
47,70,1,3,3,0,32.768,69392,71256.96
48,70,1,4,0,0,32.768,32422,33267.072
49,70,1,4,1,0,32.768,31180,31888.128
50,70,1,4,2,0,32.768,27312,27888.448
51,70,1,4,3,0,32.768,20991,21485.184
52,70,1,5,0,0,32.768,103,137.728
53,70,1,5,1,0,32.768,6959,7674.624
54,70,1,5,2,0,32.768,36682,37467.968
55,70,1,5,3,0,32.768,28901,29503.936
56,70,1,6,0,0,32.768,62209,63841.792
57,70,1,6,1,0,32.768,52149,53555.904
58,70,1,6,2,0,32.768,44657,45599.616
59,70,1,6,3,0,32.768,36503,37475.904
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,51193,52502.208
63,70,1,7,3,0,32.768,43146,44099.072

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,1,0.016
1,60,0,0,1,6,32.768,1,0.017
2,60,0,0,2,6,32.768,8311,132.886
3,60,0,0,3,6,32.768,8541,136.497
4,60,0,1,0,6,32.768,0,0.0
5,60,0,1,1,6,32.768,0,0.0
6,60,0,1,2,6,32.768,0,0.0
7,60,0,1,3,6,32.768,8274,132.249
8,60,0,2,0,6,32.768,1,0.017
9,60,0,2,1,6,32.768,0,0.0
10,60,0,2,2,6,32.768,10827,173.329
11,60,0,2,3,6,32.768,11029,176.673
12,60,0,3,0,6,32.768,1,0.016
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,1,0.016
15,60,0,3,3,6,32.768,10612,169.774
16,60,0,4,0,7,32.768,3803,30.4385
17,60,0,4,1,7,32.768,3342,26.758
18,60,0,4,2,7,32.768,2607,20.869
19,60,0,4,3,7,32.768,2613,20.9145
20,60,0,5,0,7,32.768,0,0.0015
21,60,0,5,1,7,32.768,3638,29.0865
22,60,0,5,2,7,32.768,3545,28.3475
23,60,0,5,3,7,32.768,3371,26.97
24,60,0,6,0,7,32.768,6600,52.8265
25,60,0,6,1,7,32.768,0,0.0
26,60,0,6,2,7,32.768,3477,27.8245
27,60,0,6,3,7,32.768,3224,25.776500000000002
28,60,0,7,0,7,32.768,6179,49.359
29,60,0,7,1,7,32.768,4908,39.2475
30,60,0,7,2,7,32.768,5159,41.257
31,60,0,7,3,7,32.768,3638,29.087500000000002
32,60,1,0,0,0,32.768,0,0.0
33,60,1,0,1,0,32.768,37558,38539.840000000004
34,60,1,0,2,0,32.768,33057,33914.24
35,60,1,0,3,0,32.768,28726,29357.632
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,42680,43793.984000000004
39,60,1,1,3,0,32.768,42937,43861.184
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,52743,53867.136
43,60,1,2,3,0,32.768,50473,51549.248
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,80243,82243.072
46,60,1,3,2,0,32.768,72139,74081.92
47,60,1,3,3,0,32.768,60829,62211.392
48,60,1,4,0,0,32.768,27431,28027.328
49,60,1,4,1,0,32.768,26500,27190.72
50,60,1,4,2,0,32.768,23205,23798.976
51,60,1,4,3,0,32.768,17739,18131.584
52,60,1,5,0,0,32.768,0,0.064
53,60,1,5,1,0,32.768,4814,7286.08
54,60,1,5,2,0,32.768,31204,31948.416
55,60,1,5,3,0,32.768,24407,24938.048
56,60,1,6,0,0,32.768,52874,54296.768000000004
57,60,1,6,1,0,32.768,44388,45567.04
58,60,1,6,2,0,32.768,38188,38971.520000000004
59,60,1,6,3,0,32.768,31169,31844.864
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,0,0.0
62,60,1,7,2,0,32.768,43885,44782.848
63,60,1,7,3,0,32.768,36692,37484.736

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,1,0.016
1,50,0,0,1,6,32.768,1,0.016
2,50,0,0,2,6,32.768,5469,87.483
3,50,0,0,3,6,32.768,5665,90.58
4,50,0,1,0,6,32.768,0,0.0
5,50,0,1,1,6,32.768,0,0.0
6,50,0,1,2,6,32.768,0,0.0
7,50,0,1,3,6,32.768,5483,87.815
8,50,0,2,0,6,32.768,1,0.016
9,50,0,2,1,6,32.768,0,0.0
10,50,0,2,2,6,32.768,7104,113.83800000000001
11,50,0,2,3,6,32.768,7262,116.047
12,50,0,3,0,6,32.768,1,0.016
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,1,0.016
15,50,0,3,3,6,32.768,6965,111.575
16,50,0,4,0,7,32.768,2287,18.3115
17,50,0,4,1,7,32.768,2036,16.286
18,50,0,4,2,7,32.768,1560,12.473
19,50,0,4,3,7,32.768,1573,12.568
20,50,0,5,0,7,32.768,1,0.0015
21,50,0,5,1,7,32.768,2212,17.7
22,50,0,5,2,7,32.768,2134,17.069
23,50,0,5,3,7,32.768,2047,16.3855
24,50,0,6,0,7,32.768,3929,31.4455
25,50,0,6,1,7,32.768,0,0.0
26,50,0,6,2,7,32.768,2073,16.5925
27,50,0,6,3,7,32.768,1937,15.5025
28,50,0,7,0,7,32.768,1921,15.475
29,50,0,7,1,7,32.768,2890,23.13
30,50,0,7,2,7,32.768,3104,24.8265
31,50,0,7,3,7,32.768,2203,17.6245
32,50,1,0,0,0,32.768,0,0.0
33,50,1,0,1,0,32.768,32372,33039.488
34,50,1,0,2,0,32.768,28469,29247.616
35,50,1,0,3,0,32.768,24508,25173.760000000002
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,36773,37521.792
39,50,1,1,3,0,32.768,36938,37832.64
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,45146,46141.888
43,50,1,2,3,0,32.768,43444,44405.184
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,69575,71019.456
46,50,1,3,2,0,32.768,62675,64094.08
47,50,1,3,3,0,32.768,52395,53758.656
48,50,1,4,0,0,32.768,22753,23281.792
49,50,1,4,1,0,32.768,22364,22873.664
50,50,1,4,2,0,32.768,19580,20108.672
51,50,1,4,3,0,32.768,14750,15088.064
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,174,196.16
54,50,1,5,2,0,32.768,26248,26866.112
55,50,1,5,3,0,32.768,20367,20793.472
56,50,1,6,0,0,32.768,44630,45608.256
57,50,1,6,1,0,32.768,37330,38334.336
58,50,1,6,2,0,32.768,32148,32876.032
59,50,1,6,3,0,32.768,26138,26702.272
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,0,0.0
62,50,1,7,2,0,32.768,36884,37666.944
63,50,1,7,3,0,32.768,30663,31413.184

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,1,0.016
1,40,0,0,1,6,32.768,1,0.016
2,40,0,0,2,6,32.768,3485,55.734
3,40,0,0,3,6,32.768,3659,58.521
4,40,0,1,0,6,32.768,0,0.0
5,40,0,1,1,6,32.768,0,0.0
6,40,0,1,2,6,32.768,0,0.0
7,40,0,1,3,6,32.768,3539,56.701
8,40,0,2,0,6,32.768,1,0.016
9,40,0,2,1,6,32.768,0,0.0
10,40,0,2,2,6,32.768,4623,73.904
11,40,0,2,3,6,32.768,4620,73.81700000000001
12,40,0,3,0,6,32.768,1,0.016
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,1,0.016
15,40,0,3,3,6,32.768,24,0.489
16,40,0,4,0,7,32.768,1326,10.61
17,40,0,4,1,7,32.768,1197,9.573
18,40,0,4,2,7,32.768,896,7.171
19,40,0,4,3,7,32.768,913,7.2965
20,40,0,5,0,7,32.768,0,0.0025
21,40,0,5,1,7,32.768,1300,10.3975
22,40,0,5,2,7,32.768,1239,9.9125
23,40,0,5,3,7,32.768,1199,9.6075
24,40,0,6,0,7,32.768,2406,19.1625
25,40,0,6,1,7,32.768,0,0.0
26,40,0,6,2,7,32.768,1190,9.5205
27,40,0,6,3,7,32.768,1124,8.99
28,40,0,7,0,7,32.768,0,0.005
29,40,0,7,1,7,32.768,1645,13.155000000000001
30,40,0,7,2,7,32.768,1803,14.4215
31,40,0,7,3,7,32.768,1290,10.321
32,40,1,0,0,0,32.768,1,0.448
33,40,1,0,1,0,32.768,27243,27921.664
34,40,1,0,2,0,32.768,24331,24841.28
35,40,1,0,3,0,32.768,20839,21290.816
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,30904,31676.224000000002
39,40,1,1,3,0,32.768,31424,32182.016
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,38067,38929.152
43,40,1,2,3,0,32.768,36780,37758.592000000004
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,59069,60486.08
46,40,1,3,2,0,32.768,53527,54722.368
47,40,1,3,3,0,32.768,44835,45857.152
48,40,1,4,0,0,32.768,18550,19031.68
49,40,1,4,1,0,32.768,18519,18915.136
50,40,1,4,2,0,32.768,16292,16726.08
51,40,1,4,3,0,32.768,12043,12333.248
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,0,0.0
54,40,1,5,2,0,32.768,21731,22253.888
55,40,1,5,3,0,32.768,16585,17028.48
56,40,1,6,0,0,32.768,36902,37663.232
57,40,1,6,1,0,32.768,31033,31739.712
58,40,1,6,2,0,32.768,26581,27278.08
59,40,1,6,3,0,32.768,21437,22001.536
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,0,0.0
62,40,1,7,2,0,32.768,30449,31152.384000000002
63,40,1,7,3,0,32.768,25348,25880.128

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1,0.016
1,30,0,0,1,6,32.768,1,0.016
2,30,0,0,2,6,32.768,1630,26.098
3,30,0,0,3,6,32.768,0,0.018000000000000002
4,30,0,1,0,6,32.768,0,0.0
5,30,0,1,1,6,32.768,0,0.0
6,30,0,1,2,6,32.768,0,0.0
7,30,0,1,3,6,32.768,2205,35.233000000000004
8,30,0,2,0,6,32.768,1,0.016
9,30,0,2,1,6,32.768,0,0.0
10,30,0,2,2,6,32.768,2923,46.678000000000004
11,30,0,2,3,6,32.768,2830,45.264
12,30,0,3,0,6,32.768,1,0.016
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,1,0.016
15,30,0,3,3,6,32.768,1,0.016
16,30,0,4,0,7,32.768,739,5.8895
17,30,0,4,1,7,32.768,692,5.5155
18,30,0,4,2,7,32.768,495,3.951
19,30,0,4,3,7,32.768,508,4.0695
20,30,0,5,0,7,32.768,0,0.0015
21,30,0,5,1,7,32.768,732,5.8565000000000005
22,30,0,5,2,7,32.768,689,5.5175
23,30,0,5,3,7,32.768,677,5.4110000000000005
24,30,0,6,0,7,32.768,1533,12.211
25,30,0,6,1,7,32.768,0,0.0
26,30,0,6,2,7,32.768,659,5.279
27,30,0,6,3,7,32.768,627,5.0120000000000005
28,30,0,7,0,7,32.768,0,0.0
29,30,0,7,1,7,32.768,900,7.1975
30,30,0,7,2,7,32.768,1017,8.1595
31,30,0,7,3,7,32.768,727,5.829
32,30,1,0,0,0,32.768,1,0.32
33,30,1,0,1,0,32.768,22780,23245.824
34,30,1,0,2,0,32.768,20262,20766.784
35,30,1,0,3,0,32.768,17319,17717.12
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,25684,26343.104
39,30,1,1,3,0,32.768,26422,27017.600000000002
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,31699,32347.584
43,30,1,2,3,0,32.768,30926,31651.328
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,49703,50833.856
46,30,1,3,2,0,32.768,45006,46089.344
47,30,1,3,3,0,32.768,37662,38517.056000000004
48,30,1,4,0,0,32.768,14868,15247.616
49,30,1,4,1,0,32.768,15041,15352.192000000001
50,30,1,4,2,0,32.768,13336,13700.672
51,30,1,4,3,0,32.768,9689,9904.512
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,0,0.0
54,30,1,5,2,0,32.768,17662,18094.72
55,30,1,5,3,0,32.768,13428,13704.896
56,30,1,6,0,0,32.768,29939,30567.36
57,30,1,6,1,0,32.768,25291,25807.808
58,30,1,6,2,0,32.768,21669,22243.584
59,30,1,6,3,0,32.768,17338,17806.848
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,0,0.0
62,30,1,7,2,0,32.768,24823,25320.448
63,30,1,7,3,0,32.768,20428,20935.104

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1,0.016
1,20,0,0,1,6,32.768,1,0.016
2,20,0,0,2,6,32.768,664,10.639
3,20,0,0,3,6,32.768,0,0.001
4,20,0,1,0,6,32.768,0,0.0
5,20,0,1,1,6,32.768,0,0.0
6,20,0,1,2,6,32.768,0,0.0
7,20,0,1,3,6,32.768,1335,21.367
8,20,0,2,0,6,32.768,1,0.016
9,20,0,2,1,6,32.768,0,0.0
10,20,0,2,2,6,32.768,1,0.016
11,20,0,2,3,6,32.768,1691,27.046
12,20,0,3,0,6,32.768,1,0.016
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1,0.016
15,20,0,3,3,6,32.768,1,0.016
16,20,0,4,0,7,32.768,398,3.173
17,20,0,4,1,7,32.768,560,4.5905000000000005
18,20,0,4,2,7,32.768,266,2.144
19,20,0,4,3,7,32.768,276,2.205
20,20,0,5,0,7,32.768,0,0.0005
21,20,0,5,1,7,32.768,399,3.19
22,20,0,5,2,7,32.768,374,2.9795000000000003
23,20,0,5,3,7,32.768,372,2.959
24,20,0,6,0,7,32.768,554,4.2095
25,20,0,6,1,7,32.768,0,0.0
26,20,0,6,2,7,32.768,358,2.8555
27,20,0,6,3,7,32.768,338,2.71
28,20,0,7,0,7,32.768,0,0.0
29,20,0,7,1,7,32.768,477,3.8125
30,20,0,7,2,7,32.768,862,6.6745
31,20,0,7,3,7,32.768,400,3.2005
32,20,1,0,0,0,32.768,1,0.896
33,20,1,0,1,0,32.768,18659,19145.536
34,20,1,0,2,0,32.768,16702,17124.992000000002
35,20,1,0,3,0,32.768,14183,14547.584
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,21068,21601.728
39,20,1,1,3,0,32.768,21874,22360.064000000002
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,25983,26511.744
43,20,1,2,3,0,32.768,25557,26204.096
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,41252,42153.152
46,20,1,3,2,0,32.768,37279,38255.424
47,20,1,3,3,0,32.768,31086,31912.256
48,20,1,4,0,0,32.768,11767,12022.848
49,20,1,4,1,0,32.768,11912,12238.912
50,20,1,4,2,0,32.768,10822,11066.944
51,20,1,4,3,0,32.768,7613,7818.816
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,0,0.0
54,20,1,5,2,0,32.768,14135,14485.504
55,20,1,5,3,0,32.768,10592,10833.088
56,20,1,6,0,0,32.768,23883,24390.272
57,20,1,6,1,0,32.768,20152,20639.744
58,20,1,6,2,0,32.768,17374,17822.4
59,20,1,6,3,0,32.768,13889,14179.2
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,0,0.0
62,20,1,7,2,0,32.768,19745,20220.736
63,20,1,7,3,0,32.768,16267,16644.096

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,1,0.016
1,120,0,0,1,6,32.768,80130,1281.08
2,120,0,0,2,6,32.768,65603,1049.165
3,120,0,0,3,6,32.768,64905,1039.6290000000001
4,120,0,1,0,6,32.768,0,0.0
5,120,0,1,1,6,32.768,103147,1648.979
6,120,0,1,2,6,32.768,78828,1262.828
7,120,0,1,3,6,32.768,63952,1022.162
8,120,0,2,0,6,32.768,116845,1871.996
9,120,0,2,1,6,32.768,0,0.0
10,120,0,2,2,6,32.768,87979,1408.711
11,120,0,2,3,6,32.768,87728,1402.766
12,120,0,3,0,6,32.768,1,0.016
13,120,0,3,1,6,32.768,102679,1643.673
14,120,0,3,2,6,32.768,92904,1487.798
15,120,0,3,3,6,32.768,84077,1346.689
16,120,0,4,0,7,32.768,46808,374.354
17,120,0,4,1,7,32.768,38586,308.8205
18,120,0,4,2,7,32.768,32404,259.324
19,120,0,4,3,7,32.768,31781,254.274
20,120,0,5,0,7,32.768,58383,466.863
21,120,0,5,1,7,32.768,44260,354.0845
22,120,0,5,2,7,32.768,42592,340.91700000000003
23,120,0,5,3,7,32.768,38834,310.754
24,120,0,6,0,7,32.768,0,0.0
25,120,0,6,1,7,32.768,0,0.0
26,120,0,6,2,7,32.768,43028,344.2575
27,120,0,6,3,7,32.768,38993,312.1075
28,120,0,7,0,7,32.768,73396,587.0835
29,120,0,7,1,7,32.768,64836,518.4175
30,120,0,7,2,7,32.768,60350,482.517
31,120,0,7,3,7,32.768,42898,343.11
32,120,1,0,0,0,32.768,0,0.0
33,120,1,0,1,0,32.768,76926,78550.464
34,120,1,0,2,0,32.768,65985,67685.18400000001
35,120,1,0,3,0,32.768,58345,59675.456
36,120,1,1,0,0,32.768,1,1.024
37,120,1,1,1,0,32.768,113370,115839.488
38,120,1,1,2,0,32.768,86938,89263.744
39,120,1,1,3,0,32.768,84664,86848.064
40,120,1,2,0,0,32.768,6831,12699.008
41,120,1,2,1,0,32.768,1,1.024
42,120,1,2,2,0,32.768,107129,109826.048
43,120,1,2,3,0,32.768,99485,102136.25600000001
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,156299,160470.4
46,120,1,3,2,0,32.768,139387,142495.616
47,120,1,3,3,0,32.768,118861,121374.464
48,120,1,4,0,0,32.768,64079,65705.152
49,120,1,4,1,0,32.768,58310,59685.248
50,120,1,4,2,0,32.768,50585,51860.032
51,120,1,4,3,0,32.768,41091,41959.488
52,120,1,5,0,0,32.768,101922,104482.432
53,120,1,5,1,0,32.768,0,0.0
54,120,1,5,2,0,32.768,68404,70006.08
55,120,1,5,3,0,32.768,55848,57043.008
56,120,1,6,0,0,32.768,117998,120702.464
57,120,1,6,1,0,32.768,98404,100736.064
58,120,1,6,2,0,32.768,82244,84395.584
59,120,1,6,3,0,32.768,69439,70923.776
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,95720,97813.056
63,120,1,7,3,0,32.768,80996,83188.288

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,1,0.016
1,110,0,0,1,6,32.768,59459,950.328
2,110,0,0,2,6,32.768,48492,776.892
3,110,0,0,3,6,32.768,48335,773.5550000000001
4,110,0,1,0,6,32.768,0,0.0
5,110,0,1,1,6,32.768,76330,1221.615
6,110,0,1,2,6,32.768,58745,939.437
7,110,0,1,3,6,32.768,47330,757.665
8,110,0,2,0,6,32.768,85744,1371.739
9,110,0,2,1,6,32.768,0,0.0
10,110,0,2,2,6,32.768,64970,1038.7830000000001
11,110,0,2,3,6,32.768,65110,1040.381
12,110,0,3,0,6,32.768,1,0.016
13,110,0,3,1,6,32.768,75465,1208.502
14,110,0,3,2,6,32.768,65904,1054.334
15,110,0,3,3,6,32.768,62296,995.4250000000001
16,110,0,4,0,7,32.768,32439,259.495
17,110,0,4,1,7,32.768,26977,215.937
18,110,0,4,2,7,32.768,22500,180.1005
19,110,0,4,3,7,32.768,22161,177.362
20,110,0,5,0,7,32.768,40816,326.675
21,110,0,5,1,7,32.768,30732,245.74450000000002
22,110,0,5,2,7,32.768,29672,237.5535
23,110,0,5,3,7,32.768,27268,218.0285
24,110,0,6,0,7,32.768,0,0.0
25,110,0,6,1,7,32.768,0,0.0
26,110,0,6,2,7,32.768,29945,239.6845
27,110,0,6,3,7,32.768,27217,217.615
28,110,0,7,0,7,32.768,51109,408.6715
29,110,0,7,1,7,32.768,44776,358.3535
30,110,0,7,2,7,32.768,42289,338.423
31,110,0,7,3,7,32.768,29992,240.0525
32,110,1,0,0,0,32.768,0,0.0
33,110,1,0,1,0,32.768,69702,71205.504
34,110,1,0,2,0,32.768,60108,61513.6
35,110,1,0,3,0,32.768,52782,54135.296
36,110,1,1,0,0,32.768,1,1.024
37,110,1,1,1,0,32.768,102856,105599.232
38,110,1,1,2,0,32.768,78971,80945.984
39,110,1,1,3,0,32.768,77429,79051.904
40,110,1,2,0,0,32.768,7,8.0
41,110,1,2,1,0,32.768,1,1.024
42,110,1,2,2,0,32.768,97316,99677.82400000001
43,110,1,2,3,0,32.768,90920,92973.44
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,143121,146651.392
46,110,1,3,2,0,32.768,126984,130387.072
47,110,1,3,3,0,32.768,108504,110822.656
48,110,1,4,0,0,32.768,57189,58483.456
49,110,1,4,1,0,32.768,52303,53617.408
50,110,1,4,2,0,32.768,45694,46642.432
51,110,1,4,3,0,32.768,36651,37435.200000000004
52,110,1,5,0,0,32.768,91847,94282.944
53,110,1,5,1,0,32.768,0,0.0
54,110,1,5,2,0,32.768,61293,62937.728
55,110,1,5,3,0,32.768,49658,50968.256
56,110,1,6,0,0,32.768,105667,108256.192
57,110,1,6,1,0,32.768,88618,90468.60800000001
58,110,1,6,2,0,32.768,74223,76021.44
59,110,1,6,3,0,32.768,61932,63609.024000000005
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,85665,87941.632
63,110,1,7,3,0,32.768,73003,74661.376

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,1,0.016
1,10,0,0,1,6,32.768,1,0.016
2,10,0,0,2,6,32.768,306,4.805
3,10,0,0,3,6,32.768,0,0.0
4,10,0,1,0,6,32.768,0,0.0
5,10,0,1,1,6,32.768,0,0.0
6,10,0,1,2,6,32.768,0,0.0
7,10,0,1,3,6,32.768,778,12.461
8,10,0,2,0,6,32.768,1,0.016
9,10,0,2,1,6,32.768,0,0.0
10,10,0,2,2,6,32.768,1,0.016
11,10,0,2,3,6,32.768,895,14.359
12,10,0,3,0,6,32.768,1,0.016
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,1,0.016
15,10,0,3,3,6,32.768,1,0.016
16,10,0,4,0,7,32.768,208,1.6395
17,10,0,4,1,7,32.768,568,4.4905
18,10,0,4,2,7,32.768,136,1.09
19,10,0,4,3,7,32.768,142,1.1455
20,10,0,5,0,7,32.768,0,0.0
21,10,0,5,1,7,32.768,207,1.6555
22,10,0,5,2,7,32.768,192,1.5365
23,10,0,5,3,7,32.768,196,1.5605
24,10,0,6,0,7,32.768,183,1.928
25,10,0,6,1,7,32.768,0,0.0
26,10,0,6,2,7,32.768,183,1.463
27,10,0,6,3,7,32.768,174,1.399
28,10,0,7,0,7,32.768,0,0.0
29,10,0,7,1,7,32.768,240,1.9225
30,10,0,7,2,7,32.768,262,2.5635
31,10,0,7,3,7,32.768,208,1.6785
32,10,1,0,0,0,32.768,0,0.0
33,10,1,0,1,0,32.768,15203,15538.24
34,10,1,0,2,0,32.768,13514,13840.192000000001
35,10,1,0,3,0,32.768,11409,11718.08
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,16917,17336.448
39,10,1,1,3,0,32.768,0,0.0
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,20739,21259.456000000002
43,10,1,2,3,0,32.768,20700,21231.872
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,24,20.16
46,10,1,3,2,0,32.768,30287,30956.736
47,10,1,3,3,0,32.768,25307,25858.752
48,10,1,4,0,0,32.768,8970,9207.744
49,10,1,4,1,0,32.768,9267,9498.56
50,10,1,4,2,0,32.768,8508,8695.488
51,10,1,4,3,0,32.768,5847,5985.792
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,0,0.0
54,10,1,5,2,0,32.768,10976,11258.368
55,10,1,5,3,0,32.768,8080,8290.048
56,10,1,6,0,0,32.768,18513,18891.648
57,10,1,6,1,0,32.768,15599,15985.6
58,10,1,6,2,0,32.768,13458,13815.04
59,10,1,6,3,0,32.768,10680,10929.408
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,17289,17720.192
62,10,1,7,2,0,32.768,15177,15583.552
63,10,1,7,3,0,32.768,12424,12763.392

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,1,0.016
1,100,0,0,1,6,32.768,43435,695.641
2,100,0,0,2,6,32.768,35465,567.923
3,100,0,0,3,6,32.768,35556,568.2040000000001
4,100,0,1,0,6,32.768,0,0.0
5,100,0,1,1,6,32.768,54585,872.995
6,100,0,1,2,6,32.768,43107,689.768
7,100,0,1,3,6,32.768,34673,554.6850000000001
8,100,0,2,0,6,32.768,22081,337.585
9,100,0,2,1,6,32.768,0,0.0
10,100,0,2,2,6,32.768,47305,755.745
11,100,0,2,3,6,32.768,47469,760.4250000000001
12,100,0,3,0,6,32.768,1,0.016
13,100,0,3,1,6,32.768,54785,877.563
14,100,0,3,2,6,32.768,438,7.563
15,100,0,3,3,6,32.768,45433,725.91
16,100,0,4,0,7,32.768,22130,177.0625
17,100,0,4,1,7,32.768,18613,148.8805
18,100,0,4,2,7,32.768,15375,123.053
19,100,0,4,3,7,32.768,15200,121.649
20,100,0,5,0,7,32.768,28255,226.096
21,100,0,5,1,7,32.768,20984,167.8885
22,100,0,5,2,7,32.768,20353,162.8975
23,100,0,5,3,7,32.768,18816,150.573
24,100,0,6,0,7,32.768,0,0.0
25,100,0,6,1,7,32.768,0,0.0
26,100,0,6,2,7,32.768,20502,163.9895
27,100,0,6,3,7,32.768,18655,149.189
28,100,0,7,0,7,32.768,35012,280.068
29,100,0,7,1,7,32.768,30385,243.0935
30,100,0,7,2,7,32.768,29209,233.7035
31,100,0,7,3,7,32.768,20649,165.20250000000001
32,100,1,0,0,0,32.768,0,0.0
33,100,1,0,1,0,32.768,62849,64175.04
34,100,1,0,2,0,32.768,54123,55571.072
35,100,1,0,3,0,32.768,47746,48783.296
36,100,1,1,0,0,32.768,1,1.024
37,100,1,1,1,0,32.768,93652,95734.40000000001
38,100,1,1,2,0,32.768,71210,72945.28
39,100,1,1,3,0,32.768,69751,71508.672
40,100,1,2,0,0,32.768,0,0.0
41,100,1,2,1,0,32.768,1,1.024
42,100,1,2,2,0,32.768,88006,89857.28
43,100,1,2,3,0,32.768,82137,84176.96
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,129834,133004.544
46,100,1,3,2,0,32.768,115546,118579.264
47,100,1,3,3,0,32.768,98176,100534.72
48,100,1,4,0,0,32.768,50480,51617.536
49,100,1,4,1,0,32.768,46574,47846.144
50,100,1,4,2,0,32.768,40495,41586.816
51,100,1,4,3,0,32.768,32430,33108.224
52,100,1,5,0,0,32.768,82152,84420.736
53,100,1,5,1,0,32.768,0,0.0
54,100,1,5,2,0,32.768,54966,56087.04
55,100,1,5,3,0,32.768,44076,45200.704
56,100,1,6,0,0,32.768,94361,96364.736
57,100,1,6,1,0,32.768,78914,80614.976
58,100,1,6,2,0,32.768,66155,67895.872
59,100,1,6,3,0,32.768,55175,56624.96
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,76616,78502.976
63,100,1,7,3,0,32.768,65051,66504.0

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,1,0.016
1,0,0,0,1,6,32.768,1,0.016
2,0,0,0,2,6,32.768,132,2.254
3,0,0,0,3,6,32.768,0,0.002
4,0,0,1,0,6,32.768,0,0.0
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,0,0.0
7,0,0,1,3,6,32.768,449,7.1770000000000005
8,0,0,2,0,6,32.768,1,0.016
9,0,0,2,1,6,32.768,0,0.0
10,0,0,2,2,6,32.768,1,0.016
11,0,0,2,3,6,32.768,7,0.068
12,0,0,3,0,6,32.768,1,0.016
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,1,0.016
15,0,0,3,3,6,32.768,1,0.016
16,0,0,4,0,7,32.768,114,0.849
17,0,0,4,1,7,32.768,467,3.6105
18,0,0,4,2,7,32.768,73,0.5565
19,0,0,4,3,7,32.768,71,0.5745
20,0,0,5,0,7,32.768,0,0.0
21,0,0,5,1,7,32.768,104,0.8305
22,0,0,5,2,7,32.768,95,0.771
23,0,0,5,3,7,32.768,100,0.7935
24,0,0,6,0,7,32.768,199,1.693
25,0,0,6,1,7,32.768,0,0.0
26,0,0,6,2,7,32.768,105,0.8105
27,0,0,6,3,7,32.768,87,0.6965
28,0,0,7,0,7,32.768,0,0.0
29,0,0,7,1,7,32.768,116,0.9325
30,0,0,7,2,7,32.768,28,0.0505
31,0,0,7,3,7,32.768,109,0.857
32,0,1,0,0,0,32.768,0,0.0
33,0,1,0,1,0,32.768,12186,12477.76
34,0,1,0,2,0,32.768,10746,10982.528
35,0,1,0,3,0,32.768,9061,9275.456
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,13314,13658.56
39,0,1,1,3,0,32.768,0,0.0
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,16392,16806.784
43,0,1,2,3,0,32.768,16560,16977.472
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,1,1.024
46,0,1,3,2,0,32.768,24335,24809.344
47,0,1,3,3,0,32.768,20273,20739.84
48,0,1,4,0,0,32.768,6788,6975.616
49,0,1,4,1,0,32.768,7102,7290.432
50,0,1,4,2,0,32.768,6627,6770.816
51,0,1,4,3,0,32.768,4433,4546.752
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,0,0.0
54,0,1,5,2,0,32.768,8497,8688.0
55,0,1,5,3,0,32.768,6176,6308.4800000000005
56,0,1,6,0,0,32.768,14266,14575.04
57,0,1,6,1,0,32.768,11984,12306.176
58,0,1,6,2,0,32.768,10430,10673.536
59,0,1,6,3,0,32.768,8169,8391.936
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,13371,13662.528
62,0,1,7,2,0,32.768,11679,11988.736
63,0,1,7,3,0,32.768,9549,9792.960000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,1,0.016
1,-40,0,0,1,6,32.768,1,0.016
2,-40,0,0,2,6,32.768,10,0.054
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,0,0.0
7,-40,0,1,3,6,32.768,1,0.074
8,-40,0,2,0,6,32.768,1,1.6320000000000001
9,-40,0,2,1,6,32.768,0,0.0
10,-40,0,2,2,6,32.768,1,0.016
11,-40,0,2,3,6,32.768,1,0.016
12,-40,0,3,0,6,32.768,1,0.016
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,1,0.016
16,-40,0,4,0,7,32.768,32,0.47400000000000003
17,-40,0,4,1,7,32.768,0,0.0
18,-40,0,4,2,7,32.768,0,0.0
19,-40,0,4,3,7,32.768,5,0.0405
20,-40,0,5,0,7,32.768,0,0.0
21,-40,0,5,1,7,32.768,32,0.2295
22,-40,0,5,2,7,32.768,13,0.091
23,-40,0,5,3,7,32.768,7,0.0995
24,-40,0,6,0,7,32.768,32,0.2695
25,-40,0,6,1,7,32.768,0,0.0
26,-40,0,6,2,7,32.768,16,0.0905
27,-40,0,6,3,7,32.768,3,0.0315
28,-40,0,7,0,7,32.768,0,0.0015
29,-40,0,7,1,7,32.768,4,0.047
30,-40,0,7,2,7,32.768,1,0.101
31,-40,0,7,3,7,32.768,5,0.053
32,-40,1,0,0,0,32.768,0,0.0
33,-40,1,0,1,0,32.768,0,0.8320000000000001
34,-40,1,0,2,0,32.768,3221,3297.152
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,3834,3939.0080000000003
39,-40,1,1,3,0,32.768,0,0.0
40,-40,1,2,0,0,32.768,0,0.0
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,4854,4952.64
43,-40,1,2,3,0,32.768,5145,5272.576
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,1,1.1520000000000001
47,-40,1,3,3,0,32.768,6255,6387.392
48,-40,1,4,0,0,32.768,1580,1620.352
49,-40,1,4,1,0,32.768,1737,1783.808
50,-40,1,4,2,0,32.768,1756,1799.808
51,-40,1,4,3,0,32.768,1032,1057.536
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,2120,2172.224
55,-40,1,5,3,0,32.768,1427,1464.32
56,-40,1,6,0,0,32.768,0,0.0
57,-40,1,6,1,0,32.768,1,1.024
58,-40,1,6,2,0,32.768,2573,2641.472
59,-40,1,6,3,0,32.768,1990,2041.152
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,3261,3347.072
62,-40,1,7,2,0,32.768,2812,2876.032
63,-40,1,7,3,0,32.768,2280,2335.616

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.016
1,-30,0,0,1,6,32.768,1,0.016
2,-30,0,0,2,6,32.768,12,0.127
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,0,0.0
7,-30,0,1,3,6,32.768,1,0.028
8,-30,0,2,0,6,32.768,1,0.016
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,1,0.016
11,-30,0,2,3,6,32.768,1,0.016
12,-30,0,3,0,6,32.768,1,0.016
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,1,0.016
16,-30,0,4,0,7,32.768,60,0.361
17,-30,0,4,1,7,32.768,0,0.0035
18,-30,0,4,2,7,32.768,5,0.052000000000000005
19,-30,0,4,3,7,32.768,6,0.0645
20,-30,0,5,0,7,32.768,0,0.0005
21,-30,0,5,1,7,32.768,13,0.11850000000000001
22,-30,0,5,2,7,32.768,18,0.184
23,-30,0,5,3,7,32.768,14,0.113
24,-30,0,6,0,7,32.768,96,0.753
25,-30,0,6,1,7,32.768,0,0.0
26,-30,0,6,2,7,32.768,17,0.178
27,-30,0,6,3,7,32.768,7,0.062
28,-30,0,7,0,7,32.768,0,0.001
29,-30,0,7,1,7,32.768,9,0.0815
30,-30,0,7,2,7,32.768,8,0.0275
31,-30,0,7,3,7,32.768,11,0.083
32,-30,1,0,0,0,32.768,0,0.0
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,4557,4654.976
35,-30,1,0,3,0,32.768,3809,3889.152
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,5511,5625.856
39,-30,1,1,3,0,32.768,0,0.0
40,-30,1,2,0,0,32.768,0,0.0
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,6868,7020.8
43,-30,1,2,3,0,32.768,7203,7357.888
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,1,1.024
46,-30,1,3,2,0,32.768,3,5.248
47,-30,1,3,3,0,32.768,8777,8972.864
48,-30,1,4,0,0,32.768,2392,2457.664
49,-30,1,4,1,0,32.768,2616,2672.896
50,-30,1,4,2,0,32.768,2570,2628.352
51,-30,1,4,3,0,32.768,1561,1603.904
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,0,0.0
54,-30,1,5,2,0,32.768,3149,3232.32
55,-30,1,5,3,0,32.768,2164,2220.864
56,-30,1,6,0,0,32.768,0,0.0
57,-30,1,6,1,0,32.768,1,1.024
58,-30,1,6,2,0,32.768,3840,3943.4880000000003
59,-30,1,6,3,0,32.768,2985,3052.928
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,4884,5003.136
62,-30,1,7,2,0,32.768,4244,4340.352
63,-30,1,7,3,0,32.768,3431,3521.024

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.016
1,-20,0,0,1,6,32.768,1,0.016
2,-20,0,0,2,6,32.768,1,0.049
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,1,0.016
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,0,0.0
7,-20,0,1,3,6,32.768,126,2.081
8,-20,0,2,0,6,32.768,1,0.016
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,1,0.016
11,-20,0,2,3,6,32.768,1,0.016
12,-20,0,3,0,6,32.768,1,0.016
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,1,0.016
15,-20,0,3,3,6,32.768,1,0.016
16,-20,0,4,0,7,32.768,34,0.2725
17,-20,0,4,1,7,32.768,57,0.4305
18,-20,0,4,2,7,32.768,13,0.105
19,-20,0,4,3,7,32.768,17,0.129
20,-20,0,5,0,7,32.768,0,0.0005
21,-20,0,5,1,7,32.768,21,0.171
22,-20,0,5,2,7,32.768,39,0.292
23,-20,0,5,3,7,32.768,21,0.1945
24,-20,0,6,0,7,32.768,179,1.6360000000000001
25,-20,0,6,1,7,32.768,0,0.0
26,-20,0,6,2,7,32.768,34,0.265
27,-20,0,6,3,7,32.768,17,0.14250000000000002
28,-20,0,7,0,7,32.768,0,0.0
29,-20,0,7,1,7,32.768,22,0.181
30,-20,0,7,2,7,32.768,5,0.0165
31,-20,0,7,3,7,32.768,21,0.17550000000000002
32,-20,1,0,0,0,32.768,0,0.0
33,-20,1,0,1,0,32.768,1,1.088
34,-20,1,0,2,0,32.768,6184,6346.432
35,-20,1,0,3,0,32.768,5214,5321.152
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,7556,7745.344
39,-20,1,1,3,0,32.768,0,0.0
40,-20,1,2,0,0,32.768,0,0.0
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,9393,9608.128
43,-20,1,2,3,0,32.768,9691,9950.208
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,1,1.024
46,-20,1,3,2,0,32.768,6,8.832
47,-20,1,3,3,0,32.768,11862,12143.424
48,-20,1,4,0,0,32.768,3481,3578.0480000000002
49,-20,1,4,1,0,32.768,3742,3841.92
50,-20,1,4,2,0,32.768,3618,3696.384
51,-20,1,4,3,0,32.768,2277,2334.9120000000003
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,0,0.0
54,-20,1,5,2,0,32.768,4530,4624.576
55,-20,1,5,3,0,32.768,3156,3238.592
56,-20,1,6,0,0,32.768,4133,4240.0
57,-20,1,6,1,0,32.768,1,1.024
58,-20,1,6,2,0,32.768,5536,5649.92
59,-20,1,6,3,0,32.768,4301,4397.6320000000005
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,7022,7192.512
62,-20,1,7,2,0,32.768,6138,6277.2480000000005
63,-20,1,7,3,0,32.768,4969,5095.104

tapeouts/mpw-1/testsetup/MeasResults/ChipNo15/Meas_ChipNo15_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.016
1,-10,0,0,1,6,32.768,1,0.016
2,-10,0,0,2,6,32.768,40,0.625
3,-10,0,0,3,6,32.768,0,0.0
4,-10,0,1,0,6,32.768,0,0.0
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,0,0.0
7,-10,0,1,3,6,32.768,237,3.79
8,-10,0,2,0,6,32.768,1,0.016
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,1,0.016
11,-10,0,2,3,6,32.768,1,0.016
12,-10,0,3,0,6,32.768,1,0.016
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,1,0.016
15,-10,0,3,3,6,32.768,1,0.016
16,-10,0,4,0,7,32.768,51,0.40850000000000003
17,-10,0,4,1,7,32.768,220,1.698
18,-10,0,4,2,7,32.768,31,0.253
19,-10,0,4,3,7,32.768,33,0.2725
20,-10,0,5,0,7,32.768,0,0.0
21,-10,0,5,1,7,32.768,48,0.384
22,-10,0,5,2,7,32.768,51,0.4
23,-10,0,5,3,7,32.768,47,0.373
24,-10,0,6,0,7,32.768,263,2.0695
25,-10,0,6,1,7,32.768,0,0.0
26,-10,0,6,2,7,32.768,71,0.484
27,-10,0,6,3,7,32.768,40,0.3255
28,-10,0,7,0,7,32.768,0,0.0
29,-10,0,7,1,7,32.768,53,0.42
30,-10,0,7,2,7,32.768,1,0.008
31,-10,0,7,3,7,32.768,49,0.3945
32,-10,1,0,0,0,32.768,0,0.0
33,-10,1,0,1,0,32.768,9580,9799.04
34,-10,1,0,2,0,32.768,8260,8462.848
35,-10,1,0,3,0,32.768,6945,7118.272
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,10205,10414.656
39,-10,1,1,3,0,32.768,0,0.0
40,-10,1,2,0,0,32.768,0,0.0
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,12532,12852.800000000001
43,-10,1,2,3,0,32.768,12865,13160.128
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,1,1.024
46,-10,1,3,2,0,32.768,18424,18717.44
47,-10,1,3,3,0,32.768,15742,16090.56
48,-10,1,4,0,0,32.768,4938,5069.4400000000005
49,-10,1,4,1,0,32.768,5243,5373.76
50,-10,1,4,2,0,32.768,4964,5072.256
51,-10,1,4,3,0,32.768,3218,3304.704
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,0,0.0
54,-10,1,5,2,0,32.768,6273,6431.424
55,-10,1,5,3,0,32.768,4467,4585.984
56,-10,1,6,0,0,32.768,10524,10769.728000000001
57,-10,1,6,1,0,32.768,573,720.64
58,-10,1,6,2,0,32.768,7704,7874.112
59,-10,1,6,3,0,32.768,6032,6163.008
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,9800,10055.936
62,-10,1,7,2,0,32.768,8576,8803.2
63,-10,1,7,3,0,32.768,6987,7167.488

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,0,0.0
1,90,0,0,1,6,32.768,22474,359.438
2,90,0,0,2,6,32.768,95,1.43
3,90,0,0,3,6,32.768,17054,272.50100000000003
4,90,0,1,0,6,32.768,0,0.0
5,90,0,1,1,6,32.768,0,0.0
6,90,0,1,2,6,32.768,21780,347.958
7,90,0,1,3,6,32.768,19706,315.668
8,90,0,2,0,6,32.768,1,0.016
9,90,0,2,1,6,32.768,36230,579.018
10,90,0,2,2,6,32.768,24405,390.024
11,90,0,2,3,6,32.768,0,0.0
12,90,0,3,0,6,32.768,0,0.0
13,90,0,3,1,6,32.768,30757,492.402
14,90,0,3,2,6,32.768,1,0.016
15,90,0,3,3,6,32.768,23233,371.718
16,90,0,4,0,7,32.768,10357,82.846
17,90,0,4,1,7,32.768,10855,86.886
18,90,0,4,2,7,32.768,9464,75.7235
19,90,0,4,3,7,32.768,6945,55.551
20,90,0,5,0,7,32.768,16169,129.3375
21,90,0,5,1,7,32.768,12686,101.5275
22,90,0,5,2,7,32.768,9576,76.6055
23,90,0,5,3,7,32.768,0,0.0
24,90,0,6,0,7,32.768,16611,132.8245
25,90,0,6,1,7,32.768,0,0.0
26,90,0,6,2,7,32.768,12963,103.76050000000001
27,90,0,6,3,7,32.768,9648,77.2225
28,90,0,7,0,7,32.768,2,0.012
29,90,0,7,1,7,32.768,16025,128.1605
30,90,0,7,2,7,32.768,12753,101.996
31,90,0,7,3,7,32.768,11446,91.5795
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,40618,41701.376000000004
34,90,1,0,2,0,32.768,40483,41374.016
35,90,1,0,3,0,32.768,36524,37458.048
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,52211,53422.976
39,90,1,1,3,0,32.768,51355,52734.272000000004
40,90,1,2,0,0,32.768,0,0.0
41,90,1,2,1,0,32.768,80557,82468.672
42,90,1,2,2,0,32.768,1,1.024
43,90,1,2,3,0,32.768,61597,62927.552
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,17874,19127.296000000002
46,90,1,3,2,0,32.768,84307,86487.104
47,90,1,3,3,0,32.768,70165,71638.08
48,90,1,4,0,0,32.768,1,1.024
49,90,1,4,1,0,32.768,31699,32503.104
50,90,1,4,2,0,32.768,26283,26866.56
51,90,1,4,3,0,32.768,23504,24041.600000000002
52,90,1,5,0,0,32.768,1,0.96
53,90,1,5,1,0,32.768,41423,42486.848
54,90,1,5,2,0,32.768,44859,45830.208
55,90,1,5,3,0,32.768,31875,32617.856
56,90,1,6,0,0,32.768,68393,69902.912
57,90,1,6,1,0,32.768,55618,56853.888
58,90,1,6,2,0,32.768,45583,46820.416
59,90,1,6,3,0,32.768,42118,43142.528
60,90,1,7,0,0,32.768,0,0.0
61,90,1,7,1,0,32.768,1,1.024
62,90,1,7,2,0,32.768,58699,60305.088
63,90,1,7,3,0,32.768,51653,52858.112

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,15473,247.446
2,80,0,0,2,6,32.768,1,0.016
3,80,0,0,3,6,32.768,11653,186.685
4,80,0,1,0,6,32.768,0,0.0
5,80,0,1,1,6,32.768,0,0.0
6,80,0,1,2,6,32.768,14931,238.644
7,80,0,1,3,6,32.768,13610,218.095
8,80,0,2,0,6,32.768,1,0.016
9,80,0,2,1,6,32.768,25010,400.737
10,80,0,2,2,6,32.768,16925,270.492
11,80,0,2,3,6,32.768,0,0.0
12,80,0,3,0,6,32.768,0,0.0
13,80,0,3,1,6,32.768,21145,337.946
14,80,0,3,2,6,32.768,1,0.016
15,80,0,3,3,6,32.768,15899,254.035
16,80,0,4,0,7,32.768,6575,52.606
17,80,0,4,1,7,32.768,149,1.322
18,80,0,4,2,7,32.768,6108,48.876
19,80,0,4,3,7,32.768,4459,35.6475
20,80,0,5,0,7,32.768,10208,81.6975
21,80,0,5,1,7,32.768,8169,65.37650000000001
22,80,0,5,2,7,32.768,6105,48.812
23,80,0,5,3,7,32.768,1,0.001
24,80,0,6,0,7,32.768,10644,85.1985
25,80,0,6,1,7,32.768,0,0.0
26,80,0,6,2,7,32.768,8262,66.063
27,80,0,6,3,7,32.768,6208,49.661
28,80,0,7,0,7,32.768,1,0.008
29,80,0,7,1,7,32.768,10202,81.6395
30,80,0,7,2,7,32.768,8310,66.52
31,80,0,7,3,7,32.768,7468,59.7545
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,35194,36093.184
34,80,1,0,2,0,32.768,35327,36133.696
35,80,1,0,3,0,32.768,32033,32897.92
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,45546,46577.152
39,80,1,1,3,0,32.768,45277,46417.216
40,80,1,2,0,0,32.768,0,0.0
41,80,1,2,1,0,32.768,70575,72309.056
42,80,1,2,2,0,32.768,1,1.024
43,80,1,2,3,0,32.768,53778,55193.984000000004
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,1,1.024
46,80,1,3,2,0,32.768,74495,76243.52
47,80,1,3,3,0,32.768,61586,62895.936
48,80,1,4,0,0,32.768,1,1.024
49,80,1,4,1,0,32.768,27256,27957.248
50,80,1,4,2,0,32.768,22435,23010.944
51,80,1,4,3,0,32.768,20092,20595.2
52,80,1,5,0,0,32.768,0,0.0
53,80,1,5,1,0,32.768,35607,36536.704
54,80,1,5,2,0,32.768,39120,39946.56
55,80,1,5,3,0,32.768,27257,27948.288
56,80,1,6,0,0,32.768,58530,59930.944
57,80,1,6,1,0,32.768,47904,48929.6
58,80,1,6,2,0,32.768,39321,40376.832
59,80,1,6,3,0,32.768,36406,37277.76
60,80,1,7,0,0,32.768,2,1.792
61,80,1,7,1,0,32.768,1,1.024
62,80,1,7,2,0,32.768,51011,52305.024
63,80,1,7,3,0,32.768,44959,45889.408

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,10428,166.975
2,70,0,0,2,6,32.768,1,0.016
3,70,0,0,3,6,32.768,7832,125.23700000000001
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,10027,160.228
7,70,0,1,3,6,32.768,9227,147.534
8,70,0,2,0,6,32.768,1,0.016
9,70,0,2,1,6,32.768,7444,118.867
10,70,0,2,2,6,32.768,11444,183.249
11,70,0,2,3,6,32.768,0,0.0
12,70,0,3,0,6,32.768,0,0.0
13,70,0,3,1,6,32.768,14208,227.535
14,70,0,3,2,6,32.768,1,0.016
15,70,0,3,3,6,32.768,10612,170.022
16,70,0,4,0,7,32.768,4070,32.567
17,70,0,4,1,7,32.768,1,0.0085
18,70,0,4,2,7,32.768,3846,30.7595
19,70,0,4,3,7,32.768,2786,22.2935
20,70,0,5,0,7,32.768,6245,49.982
21,70,0,5,1,7,32.768,5125,40.9955
22,70,0,5,2,7,32.768,3786,30.2715
23,70,0,5,3,7,32.768,0,0.001
24,70,0,6,0,7,32.768,6659,53.241
25,70,0,6,1,7,32.768,0,0.0
26,70,0,6,2,7,32.768,5127,41.034
27,70,0,6,3,7,32.768,3889,31.1215
28,70,0,7,0,7,32.768,1,0.008
29,70,0,7,1,7,32.768,6342,50.741
30,70,0,7,2,7,32.768,5296,42.345
31,70,0,7,3,7,32.768,4758,38.0745
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,30220,30879.552
34,70,1,0,2,0,32.768,30460,31211.456000000002
35,70,1,0,3,0,32.768,27917,28589.632
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,39114,40133.632
39,70,1,1,3,0,32.768,39521,40401.024
40,70,1,2,0,0,32.768,0,0.0
41,70,1,2,1,0,32.768,61495,62815.616
42,70,1,2,2,0,32.768,1,1.024
43,70,1,2,3,0,32.768,46872,47922.88
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,1,1.024
46,70,1,3,2,0,32.768,65163,66533.76
47,70,1,3,3,0,32.768,53197,54590.016
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,23161,23740.928
50,70,1,4,2,0,32.768,18958,19463.232
51,70,1,4,3,0,32.768,17062,17430.016
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,30393,31040.832000000002
54,70,1,5,2,0,32.768,36,38.144
55,70,1,5,3,0,32.768,23068,23600.064000000002
56,70,1,6,0,0,32.768,49418,50760.448000000004
57,70,1,6,1,0,32.768,40672,41531.648
58,70,1,6,2,0,32.768,33542,34365.568
59,70,1,6,3,0,32.768,30990,31819.456000000002
60,70,1,7,0,0,32.768,57320,59085.056000000004
61,70,1,7,1,0,32.768,1,1.024
62,70,1,7,2,0,32.768,43846,44871.424
63,70,1,7,3,0,32.768,38502,39324.608

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,6907,110.426
2,60,0,0,2,6,32.768,1,0.016
3,60,0,0,3,6,32.768,5130,82.07900000000001
4,60,0,1,0,6,32.768,10285,165.366
5,60,0,1,1,6,32.768,0,0.0
6,60,0,1,2,6,32.768,6571,105.049
7,60,0,1,3,6,32.768,6090,97.45
8,60,0,2,0,6,32.768,1,0.016
9,60,0,2,1,6,32.768,1,0.016
10,60,0,2,2,6,32.768,0,0.001
11,60,0,2,3,6,32.768,0,0.0
12,60,0,3,0,6,32.768,0,0.0
13,60,0,3,1,6,32.768,9356,149.617
14,60,0,3,2,6,32.768,1,0.016
15,60,0,3,3,6,32.768,6934,111.08
16,60,0,4,0,7,32.768,2448,19.5695
17,60,0,4,1,7,32.768,1,0.0095
18,60,0,4,2,7,32.768,2347,18.7935
19,60,0,4,3,7,32.768,1690,13.5315
20,60,0,5,0,7,32.768,3700,29.6015
21,60,0,5,1,7,32.768,2729,21.9575
22,60,0,5,2,7,32.768,2275,18.191
23,60,0,5,3,7,32.768,0,0.001
24,60,0,6,0,7,32.768,4036,32.279
25,60,0,6,1,7,32.768,0,0.0
26,60,0,6,2,7,32.768,3093,24.757
27,60,0,6,3,7,32.768,2366,18.933
28,60,0,7,0,7,32.768,1,0.008
29,60,0,7,1,7,32.768,3833,30.672
30,60,0,7,2,7,32.768,3277,26.206500000000002
31,60,0,7,3,7,32.768,2947,23.5855
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,25374,26027.136000000002
34,60,1,0,2,0,32.768,26035,26616.384000000002
35,60,1,0,3,0,32.768,24040,24541.568
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,33469,34156.928
39,60,1,1,3,0,32.768,33986,34736.384
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,52439,53844.48
42,60,1,2,2,0,32.768,1,1.024
43,60,1,2,3,0,32.768,40218,41049.92
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,1,1.024
46,60,1,3,2,0,32.768,56156,57370.944
47,60,1,3,3,0,32.768,45633,46831.36
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,19390,19851.84
50,60,1,4,2,0,32.768,15875,16220.096
51,60,1,4,3,0,32.768,14207,14530.432
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,25338,25995.264
54,60,1,5,2,0,32.768,1,1.024
55,60,1,5,3,0,32.768,19168,19637.824
56,60,1,6,0,0,32.768,41188,42291.264
57,60,1,6,1,0,32.768,34024,34743.296
58,60,1,6,2,0,32.768,28193,28845.312
59,60,1,6,3,0,32.768,26153,26786.624
60,60,1,7,0,0,32.768,52753,54188.544
61,60,1,7,1,0,32.768,1,1.024
62,60,1,7,2,0,32.768,37105,37912.0
63,60,1,7,3,0,32.768,32411,33214.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,4444,71.23
2,50,0,0,2,6,32.768,1,0.016
3,50,0,0,3,6,32.768,3265,52.214
4,50,0,1,0,6,32.768,6830,109.155
5,50,0,1,1,6,32.768,0,0.0
6,50,0,1,2,6,32.768,4176,66.812
7,50,0,1,3,6,32.768,3905,62.439
8,50,0,2,0,6,32.768,1,0.016
9,50,0,2,1,6,32.768,1,0.016
10,50,0,2,2,6,32.768,0,0.0
11,50,0,2,3,6,32.768,0,0.0
12,50,0,3,0,6,32.768,0,0.0
13,50,0,3,1,6,32.768,5956,95.396
14,50,0,3,2,6,32.768,1,0.016
15,50,0,3,3,6,32.768,4406,70.47500000000001
16,50,0,4,0,7,32.768,1416,11.338000000000001
17,50,0,4,1,7,32.768,1,0.009000000000000001
18,50,0,4,2,7,32.768,1382,11.071
19,50,0,4,3,7,32.768,991,7.9225
20,50,0,5,0,7,32.768,2116,16.927
21,50,0,5,1,7,32.768,1,0.008
22,50,0,5,2,7,32.768,1317,10.5335
23,50,0,5,3,7,32.768,1,0.004
24,50,0,6,0,7,32.768,2357,18.866500000000002
25,50,0,6,1,7,32.768,0,0.0
26,50,0,6,2,7,32.768,1802,14.4115
27,50,0,6,3,7,32.768,1389,11.1095
28,50,0,7,0,7,32.768,1,0.008
29,50,0,7,1,7,32.768,2241,17.934
30,50,0,7,2,7,32.768,1960,15.6865
31,50,0,7,3,7,32.768,1766,14.134500000000001
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,21194,21633.792
34,50,1,0,2,0,32.768,21826,22323.648
35,50,1,0,3,0,32.768,20319,20745.024
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,28034,28610.88
39,50,1,1,3,0,32.768,28784,29426.816
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,44391,45491.776
42,50,1,2,2,0,32.768,1,1.024
43,50,1,2,3,0,32.768,33818,34683.968
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,1,1.024
46,50,1,3,2,0,32.768,47753,48785.088
47,50,1,3,3,0,32.768,38725,39601.856
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,15899,16282.24
50,50,1,4,2,0,32.768,12966,13303.744
51,50,1,4,3,0,32.768,11626,11904.0
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,20989,21442.304
54,50,1,5,2,0,32.768,1,1.024
55,50,1,5,3,0,32.768,15745,16077.952000000001
56,50,1,6,0,0,32.768,33825,34665.152
57,50,1,6,1,0,32.768,27818,28540.16
58,50,1,6,2,0,32.768,23342,23832.576
59,50,1,6,3,0,32.768,21639,22196.288
60,50,1,7,0,0,32.768,43615,44821.76
61,50,1,7,1,0,32.768,1,1.024
62,50,1,7,2,0,32.768,30878,31581.888
63,50,1,7,3,0,32.768,26912,27615.936

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,2795,44.725
2,40,0,0,2,6,32.768,1,0.016
3,40,0,0,3,6,32.768,2021,32.305
4,40,0,1,0,6,32.768,4209,67.265
5,40,0,1,1,6,32.768,0,0.0
6,40,0,1,2,6,32.768,2578,41.292
7,40,0,1,3,6,32.768,2426,38.852000000000004
8,40,0,2,0,6,32.768,1,0.016
9,40,0,2,1,6,32.768,1,0.016
10,40,0,2,2,6,32.768,0,0.0
11,40,0,2,3,6,32.768,0,0.0
12,40,0,3,0,6,32.768,0,0.0
13,40,0,3,1,6,32.768,3689,59.019
14,40,0,3,2,6,32.768,1,0.016
15,40,0,3,3,6,32.768,2729,43.638
16,40,0,4,0,7,32.768,793,6.3485000000000005
17,40,0,4,1,7,32.768,1,0.008
18,40,0,4,2,7,32.768,788,6.3085
19,40,0,4,3,7,32.768,560,4.4805
20,40,0,5,0,7,32.768,1179,9.434000000000001
21,40,0,5,1,7,32.768,1,0.008
22,40,0,5,2,7,32.768,737,5.898
23,40,0,5,3,7,32.768,0,0.005
24,40,0,6,0,7,32.768,1332,10.657
25,40,0,6,1,7,32.768,0,0.0
26,40,0,6,2,7,32.768,1013,8.108
27,40,0,6,3,7,32.768,787,6.3015
28,40,0,7,0,7,32.768,1,0.008
29,40,0,7,1,7,32.768,1268,10.139
30,40,0,7,2,7,32.768,1150,9.213000000000001
31,40,0,7,3,7,32.768,1027,8.213000000000001
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,17272,17689.088
34,40,1,0,2,0,32.768,17924,18372.928
35,40,1,0,3,0,32.768,1,1.024
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,23042,23602.24
39,40,1,1,3,0,32.768,23849,24485.696
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,35046,36096.448000000004
42,40,1,2,2,0,32.768,1,1.024
43,40,1,2,3,0,32.768,28144,28873.536
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,1,1.024
46,40,1,3,2,0,32.768,39764,40797.824
47,40,1,3,3,0,32.768,32096,32929.216
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,1,2.432
50,40,1,4,2,0,32.768,10506,10736.768
51,40,1,4,3,0,32.768,9385,9595.392
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,17025,17378.432
54,40,1,5,2,0,32.768,1,1.024
55,40,1,5,3,0,32.768,12606,12931.584
56,40,1,6,0,0,32.768,27282,27920.704
57,40,1,6,1,0,32.768,22456,23060.8
58,40,1,6,2,0,32.768,18889,19365.312
59,40,1,6,3,0,32.768,17598,18062.528000000002
60,40,1,7,0,0,32.768,35616,36449.984000000004
61,40,1,7,1,0,32.768,1,1.024
62,40,1,7,2,0,32.768,25200,25860.416
63,40,1,7,3,0,32.768,22136,22599.488

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,1692,27.012
2,30,0,0,2,6,32.768,1,0.016
3,30,0,0,3,6,32.768,1209,19.359
4,30,0,1,0,6,32.768,2506,40.032000000000004
5,30,0,1,1,6,32.768,0,0.0
6,30,0,1,2,6,32.768,1542,24.707
7,30,0,1,3,6,32.768,1463,23.405
8,30,0,2,0,6,32.768,1,0.016
9,30,0,2,1,6,32.768,1,0.016
10,30,0,2,2,6,32.768,0,0.0
11,30,0,2,3,6,32.768,0,0.0
12,30,0,3,0,6,32.768,0,0.0
13,30,0,3,1,6,32.768,2213,35.348
14,30,0,3,2,6,32.768,1,0.016
15,30,0,3,3,6,32.768,1631,26.061
16,30,0,4,0,7,32.768,427,3.4215
17,30,0,4,1,7,32.768,1,0.008
18,30,0,4,2,7,32.768,432,3.4685
19,30,0,4,3,7,32.768,305,2.442
20,30,0,5,0,7,32.768,636,5.091
21,30,0,5,1,7,32.768,1,0.008
22,30,0,5,2,7,32.768,404,3.216
23,30,0,5,3,7,32.768,1,0.0015
24,30,0,6,0,7,32.768,726,5.8025
25,30,0,6,1,7,32.768,0,0.0
26,30,0,6,2,7,32.768,550,4.4015
27,30,0,6,3,7,32.768,431,3.4475000000000002
28,30,0,7,0,7,32.768,1,0.008
29,30,0,7,1,7,32.768,693,5.5375000000000005
30,30,0,7,2,7,32.768,1,0.0035
31,30,0,7,3,7,32.768,587,4.6665
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,13835,14205.568000000001
34,30,1,0,2,0,32.768,14286,14693.504
35,30,1,0,3,0,32.768,1,1.024
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,18793,19170.752
39,30,1,1,3,0,32.768,1,1.024
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,22322,23399.296000000002
42,30,1,2,2,0,32.768,1,1.024
43,30,1,2,3,0,32.768,23082,23629.952
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,1,1.024
46,30,1,3,2,0,32.768,28,26.560000000000002
47,30,1,3,3,0,32.768,26431,26976.0
48,30,1,4,0,0,32.768,766,696.064
49,30,1,4,1,0,32.768,1,1.024
50,30,1,4,2,0,32.768,8293,8513.472
51,30,1,4,3,0,32.768,7432,7591.936000000001
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,13520,13853.248
54,30,1,5,2,0,32.768,1,1.024
55,30,1,5,3,0,32.768,9961,10222.976
56,30,1,6,0,0,32.768,21524,22080.832000000002
57,30,1,6,1,0,32.768,17846,18286.912
58,30,1,6,2,0,32.768,15154,15465.152
59,30,1,6,3,0,32.768,14149,14467.392
60,30,1,7,0,0,32.768,28378,29086.4
61,30,1,7,1,0,32.768,1,1.024
62,30,1,7,2,0,32.768,20292,20811.84
63,30,1,7,3,0,32.768,17798,18172.288

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,1,0.019
2,20,0,0,2,6,32.768,1,0.016
3,20,0,0,3,6,32.768,698,11.187
4,20,0,1,0,6,32.768,1434,22.865000000000002
5,20,0,1,1,6,32.768,0,0.0
6,20,0,1,2,6,32.768,888,14.217
7,20,0,1,3,6,32.768,847,13.540000000000001
8,20,0,2,0,6,32.768,1,0.016
9,20,0,2,1,6,32.768,1,0.016
10,20,0,2,2,6,32.768,0,0.0
11,20,0,2,3,6,32.768,0,0.0
12,20,0,3,0,6,32.768,0,0.0
13,20,0,3,1,6,32.768,1272,20.377
14,20,0,3,2,6,32.768,1,0.016
15,20,0,3,3,6,32.768,628,10.055
16,20,0,4,0,7,32.768,222,1.77
17,20,0,4,1,7,32.768,1,0.008
18,20,0,4,2,7,32.768,228,1.825
19,20,0,4,3,7,32.768,158,1.278
20,20,0,5,0,7,32.768,327,2.6195
21,20,0,5,1,7,32.768,1,0.008
22,20,0,5,2,7,32.768,218,1.7225000000000001
23,20,0,5,3,7,32.768,1,0.0045000000000000005
24,20,0,6,0,7,32.768,381,3.0660000000000003
25,20,0,6,1,7,32.768,0,0.0
26,20,0,6,2,7,32.768,286,2.289
27,20,0,6,3,7,32.768,225,1.805
28,20,0,7,0,7,32.768,1,0.008
29,20,0,7,1,7,32.768,362,2.8935
30,20,0,7,2,7,32.768,0,0.003
31,20,0,7,3,7,32.768,323,2.587
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,10905,11173.632
34,20,1,0,2,0,32.768,2854,4221.952
35,20,1,0,3,0,32.768,1,1.024
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,14864,15238.464
39,20,1,1,3,0,32.768,1,1.024
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,12090,12609.344000000001
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,18512,18965.12
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,1,1.024
46,20,1,3,2,0,32.768,0,0.0
47,20,1,3,3,0,32.768,21226,21677.12
48,20,1,4,0,0,32.768,0,0.0
49,20,1,4,1,0,32.768,1,1.024
50,20,1,4,2,0,32.768,6455,6604.544
51,20,1,4,3,0,32.768,5727,5878.272
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,10576,10827.648000000001
54,20,1,5,2,0,32.768,1,1.024
55,20,1,5,3,0,32.768,7739,7903.168000000001
56,20,1,6,0,0,32.768,16675,17061.12
57,20,1,6,1,0,32.768,13794,14170.752
58,20,1,6,2,0,32.768,11790,12074.624
59,20,1,6,3,0,32.768,11030,11309.632
60,20,1,7,0,0,32.768,22228,22711.488
61,20,1,7,1,0,32.768,1,1.024
62,20,1,7,2,0,32.768,16071,16392.064000000002
63,20,1,7,3,0,32.768,13928,14308.352

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,0,0.0
1,120,0,0,1,6,32.768,61067,977.277
2,120,0,0,2,6,32.768,58047,929.634
3,120,0,0,3,6,32.768,46685,747.254
4,120,0,1,0,6,32.768,0,0.0
5,120,0,1,1,6,32.768,0,0.0
6,120,0,1,2,6,32.768,59463,950.553
7,120,0,1,3,6,32.768,53030,847.509
8,120,0,2,0,6,32.768,1,0.016
9,120,0,2,1,6,32.768,96651,1545.663
10,120,0,2,2,6,32.768,65731,1051.896
11,120,0,2,3,6,32.768,0,0.0
12,120,0,3,0,6,32.768,0,0.001
13,120,0,3,1,6,32.768,83974,1341.827
14,120,0,3,2,6,32.768,1439,22.685
15,120,0,3,3,6,32.768,64228,1027.1200000000001
16,120,0,4,0,7,32.768,34670,277.509
17,120,0,4,1,7,32.768,35070,280.682
18,120,0,4,2,7,32.768,30461,243.66750000000002
19,120,0,4,3,7,32.768,22670,181.26250000000002
20,120,0,5,0,7,32.768,51,0.395
21,120,0,5,1,7,32.768,41063,328.5545
22,120,0,5,2,7,32.768,31822,254.668
23,120,0,5,3,7,32.768,30337,242.68550000000002
24,120,0,6,0,7,32.768,54070,432.562
25,120,0,6,1,7,32.768,0,0.0
26,120,0,6,2,7,32.768,43101,344.62350000000004
27,120,0,6,3,7,32.768,31311,250.389
28,120,0,7,0,7,32.768,64054,512.4615
29,120,0,7,1,7,32.768,53148,425.301
30,120,0,7,2,7,32.768,40230,321.961
31,120,0,7,3,7,32.768,36099,288.936
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,58885,60451.136
34,120,1,0,2,0,32.768,57110,58348.8
35,120,1,0,3,0,32.768,51084,52206.592000000004
36,120,1,1,0,0,32.768,1,1.024
37,120,1,1,1,0,32.768,1,1.024
38,120,1,1,2,0,32.768,73873,75700.096
39,120,1,1,3,0,32.768,71446,72999.552
40,120,1,2,0,0,32.768,0,0.0
41,120,1,2,1,0,32.768,94009,98357.888
42,120,1,2,2,0,32.768,96511,99103.61600000001
43,120,1,2,3,0,32.768,86055,87946.75200000001
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,130546,133368.704
46,120,1,3,2,0,32.768,116020,119121.856
47,120,1,3,3,0,32.768,97467,99792.32
48,120,1,4,0,0,32.768,63901,65006.4
49,120,1,4,1,0,32.768,46514,47773.312
50,120,1,4,2,0,32.768,39171,40010.368
51,120,1,4,3,0,32.768,34986,35733.376000000004
52,120,1,5,0,0,32.768,84721,86636.352
53,120,1,5,1,0,32.768,60996,62592.832
54,120,1,5,2,0,32.768,63276,64915.904
55,120,1,5,3,0,32.768,47281,48391.296
56,120,1,6,0,0,32.768,100978,103132.096
57,120,1,6,1,0,32.768,81425,83397.632
58,120,1,6,2,0,32.768,66891,68381.12
59,120,1,6,3,0,32.768,61281,62729.216
60,120,1,7,0,0,32.768,123569,126718.528
61,120,1,7,1,0,32.768,1,1.024
62,120,1,7,2,0,32.768,84798,86572.992
63,120,1,7,3,0,32.768,74321,75879.616

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,0,0.0
1,110,0,0,1,6,32.768,44422,711.487
2,110,0,0,2,6,32.768,42403,679.23
3,110,0,0,3,6,32.768,33989,543.216
4,110,0,1,0,6,32.768,0,0.0
5,110,0,1,1,6,32.768,0,0.0
6,110,0,1,2,6,32.768,43187,691.823
7,110,0,1,3,6,32.768,38771,620.126
8,110,0,2,0,6,32.768,1,0.016
9,110,0,2,1,6,32.768,70758,1133.428
10,110,0,2,2,6,32.768,47924,767.698
11,110,0,2,3,6,32.768,0,0.0
12,110,0,3,0,6,32.768,0,0.0
13,110,0,3,1,6,32.768,61016,976.183
14,110,0,3,2,6,32.768,395,6.468
15,110,0,3,3,6,32.768,46669,745.721
16,110,0,4,0,7,32.768,23684,189.5705
17,110,0,4,1,7,32.768,24264,194.161
18,110,0,4,2,7,32.768,21073,168.5985
19,110,0,4,3,7,32.768,15600,124.7895
20,110,0,5,0,7,32.768,932,7.2235000000000005
21,110,0,5,1,7,32.768,28376,226.8905
22,110,0,5,2,7,32.768,21801,174.35750000000002
23,110,0,5,3,7,32.768,20176,161.44
24,110,0,6,0,7,32.768,37255,298.1805
25,110,0,6,1,7,32.768,0,0.0
26,110,0,6,2,7,32.768,29551,236.3205
27,110,0,6,3,7,32.768,21612,172.8375
28,110,0,7,0,7,32.768,44126,353.12850000000003
29,110,0,7,1,7,32.768,36428,291.5845
30,110,0,7,2,7,32.768,27937,223.602
31,110,0,7,3,7,32.768,25084,200.7475
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,52797,53928.384
34,110,1,0,2,0,32.768,51269,52541.632
35,110,1,0,3,0,32.768,46104,47112.96
36,110,1,1,0,0,32.768,1,1.024
37,110,1,1,1,0,32.768,1,1.024
38,110,1,1,2,0,32.768,66564,67963.072
39,110,1,1,3,0,32.768,64577,66030.592
40,110,1,2,0,0,32.768,0,0.0
41,110,1,2,1,0,32.768,101705,103886.208
42,110,1,2,2,0,32.768,87237,89604.096
43,110,1,2,3,0,32.768,77283,79331.008
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,117776,120658.68800000001
46,110,1,3,2,0,32.768,105182,107940.416
47,110,1,3,3,0,32.768,88074,90064.384
48,110,1,4,0,0,32.768,1748,1670.912
49,110,1,4,1,0,32.768,41501,42447.296
50,110,1,4,2,0,32.768,34598,35424.896
51,110,1,4,3,0,32.768,30781,31629.376
52,110,1,5,0,0,32.768,56852,56979.712
53,110,1,5,1,0,32.768,54344,55562.304000000004
54,110,1,5,2,0,32.768,56793,58323.968
55,110,1,5,3,0,32.768,41953,42881.088
56,110,1,6,0,0,32.768,89182,91594.048
57,110,1,6,1,0,32.768,72502,74140.544
58,110,1,6,2,0,32.768,59607,60884.608
59,110,1,6,3,0,32.768,54508,55904.0
60,110,1,7,0,0,32.768,1198,1940.928
61,110,1,7,1,0,32.768,1,1.024
62,110,1,7,2,0,32.768,75717,77447.936
63,110,1,7,3,0,32.768,66131,67936.064

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,2,0.023
2,10,0,0,2,6,32.768,1,0.016
3,10,0,0,3,6,32.768,409,6.529
4,10,0,1,0,6,32.768,817,13.11
5,10,0,1,1,6,32.768,0,0.0
6,10,0,1,2,6,32.768,512,8.205
7,10,0,1,3,6,32.768,488,7.827
8,10,0,2,0,6,32.768,1,0.016
9,10,0,2,1,6,32.768,1,0.016
10,10,0,2,2,6,32.768,0,0.0
11,10,0,2,3,6,32.768,0,0.0
12,10,0,3,0,6,32.768,0,0.0
13,10,0,3,1,6,32.768,535,8.619
14,10,0,3,2,6,32.768,1,0.016
15,10,0,3,3,6,32.768,1,0.016
16,10,0,4,0,7,32.768,113,0.9035
17,10,0,4,1,7,32.768,1,0.008
18,10,0,4,2,7,32.768,121,0.9605
19,10,0,4,3,7,32.768,82,0.6585
20,10,0,5,0,7,32.768,166,1.3255000000000001
21,10,0,5,1,7,32.768,1,0.008
22,10,0,5,2,7,32.768,121,0.9605
23,10,0,5,3,7,32.768,0,0.0055
24,10,0,6,0,7,32.768,219,1.7670000000000001
25,10,0,6,1,7,32.768,0,0.0
26,10,0,6,2,7,32.768,146,1.166
27,10,0,6,3,7,32.768,116,0.924
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,185,1.474
30,10,0,7,2,7,32.768,0,0.0
31,10,0,7,3,7,32.768,178,1.4075
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,8439,8652.736
34,10,1,0,2,0,32.768,11,16.256
35,10,1,0,3,0,32.768,1,1.024
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,11679,11923.328
39,10,1,1,3,0,32.768,1,1.024
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,13,11.968
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,14609,14934.976
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,1,1.024
46,10,1,3,2,0,32.768,0,0.0
47,10,1,3,3,0,32.768,16690,17105.728
48,10,1,4,0,0,32.768,0,0.0
49,10,1,4,1,0,32.768,1,1.024
50,10,1,4,2,0,32.768,4899,5023.168
51,10,1,4,3,0,32.768,4366,4463.104
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,8089,8299.2
54,10,1,5,2,0,32.768,1,1.024
55,10,1,5,3,0,32.768,5833,5985.984
56,10,1,6,0,0,32.768,12613,12877.376
57,10,1,6,1,0,32.768,10527,10762.368
58,10,1,6,2,0,32.768,9039,9241.408
59,10,1,6,3,0,32.768,8455,8664.448
60,10,1,7,0,0,32.768,16917,17379.584
61,10,1,7,1,0,32.768,1,1.024
62,10,1,7,2,0,32.768,12370,12646.464
63,10,1,7,3,0,32.768,10775,11034.496000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,0,0.0
1,100,0,0,1,6,32.768,31895,510.394
2,100,0,0,2,6,32.768,22408,357.151
3,100,0,0,3,6,32.768,24249,388.485
4,100,0,1,0,6,32.768,0,0.0
5,100,0,1,1,6,32.768,0,0.0
6,100,0,1,2,6,32.768,30930,495.532
7,100,0,1,3,6,32.768,27909,446.69
8,100,0,2,0,6,32.768,1,0.016
9,100,0,2,1,6,32.768,51187,817.914
10,100,0,2,2,6,32.768,34544,551.872
11,100,0,2,3,6,32.768,0,0.0
12,100,0,3,0,6,32.768,0,0.0
13,100,0,3,1,6,32.768,43700,700.213
14,100,0,3,2,6,32.768,1,0.016
15,100,0,3,3,6,32.768,33226,532.2620000000001
16,100,0,4,0,7,32.768,15864,126.872
17,100,0,4,1,7,32.768,16446,131.5025
18,100,0,4,2,7,32.768,14300,114.3405
19,100,0,4,3,7,32.768,10538,84.2615
20,100,0,5,0,7,32.768,13249,105.89450000000001
21,100,0,5,1,7,32.768,19205,153.6095
22,100,0,5,2,7,32.768,14612,116.976
23,100,0,5,3,7,32.768,104,0.788
24,100,0,6,0,7,32.768,25167,201.422
25,100,0,6,1,7,32.768,0,0.0
26,100,0,6,2,7,32.768,19820,158.594
27,100,0,6,3,7,32.768,14618,116.9475
28,100,0,7,0,7,32.768,29949,239.4655
29,100,0,7,1,7,32.768,24485,195.7605
30,100,0,7,2,7,32.768,19075,152.613
31,100,0,7,3,7,32.768,17126,137.0385
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,46570,47643.712
34,100,1,0,2,0,32.768,45741,46854.144
35,100,1,0,3,0,32.768,41348,42200.896
36,100,1,1,0,0,32.768,1,1.024
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,58990,60534.976
39,100,1,1,3,0,32.768,58047,59270.656
40,100,1,2,0,0,32.768,0,0.0
41,100,1,2,1,0,32.768,90598,93019.52
42,100,1,2,2,0,32.768,78532,80193.728
43,100,1,2,3,0,32.768,69148,70981.376
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,106006,108266.624
46,100,1,3,2,0,32.768,94894,97125.376
47,100,1,3,3,0,32.768,78665,80702.912
48,100,1,4,0,0,32.768,1,1.024
49,100,1,4,1,0,32.768,36382,37372.544
50,100,1,4,2,0,32.768,30365,31007.68
51,100,1,4,3,0,32.768,27116,27728.384000000002
52,100,1,5,0,0,32.768,371,516.736
53,100,1,5,1,0,32.768,47844,48862.528
54,100,1,5,2,0,32.768,50619,51979.136
55,100,1,5,3,0,32.768,36808,37632.384
56,100,1,6,0,0,32.768,78580,80480.64
57,100,1,6,1,0,32.768,63707,65300.544
58,100,1,6,2,0,32.768,52544,53654.336
59,100,1,6,3,0,32.768,48317,49397.504
60,100,1,7,0,0,32.768,0,0.0
61,100,1,7,1,0,32.768,1,1.024
62,100,1,7,2,0,32.768,67191,68734.976
63,100,1,7,3,0,32.768,58766,60276.608

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,1,0.016
2,0,0,0,2,6,32.768,1,0.016
3,0,0,0,3,6,32.768,214,3.422
4,0,0,1,0,6,32.768,421,6.732
5,0,0,1,1,6,32.768,0,0.0
6,0,0,1,2,6,32.768,269,4.256
7,0,0,1,3,6,32.768,255,4.112
8,0,0,2,0,6,32.768,1,0.016
9,0,0,2,1,6,32.768,1,0.016
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,0,0.0
12,0,0,3,0,6,32.768,0,0.0
13,0,0,3,1,6,32.768,11,0.197
14,0,0,3,2,6,32.768,1,0.016
15,0,0,3,3,6,32.768,1,0.016
16,0,0,4,0,7,32.768,52,0.421
17,0,0,4,1,7,32.768,1,0.008
18,0,0,4,2,7,32.768,62,0.512
19,0,0,4,3,7,32.768,38,0.316
20,0,0,5,0,7,32.768,77,0.613
21,0,0,5,1,7,32.768,1,0.008
22,0,0,5,2,7,32.768,59,0.47250000000000003
23,0,0,5,3,7,32.768,4,0.0075
24,0,0,6,0,7,32.768,139,1.16
25,0,0,6,1,7,32.768,0,0.0
26,0,0,6,2,7,32.768,68,0.5525
27,0,0,6,3,7,32.768,54,0.4335
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,86,0.6900000000000001
30,0,0,7,2,7,32.768,0,0.0
31,0,0,7,3,7,32.768,94,0.734
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,6290,6428.352
34,0,1,0,2,0,32.768,0,0.0
35,0,1,0,3,0,32.768,1,1.024
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,8780,8970.880000000001
39,0,1,1,3,0,32.768,1,1.024
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,0,0.0
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,2024,1643.776
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,1,1.024
46,0,1,3,2,0,32.768,0,0.0
47,0,1,3,3,0,32.768,12724,12990.464
48,0,1,4,0,0,32.768,0,0.0
49,0,1,4,1,0,32.768,1,1.024
50,0,1,4,2,0,32.768,3571,3654.464
51,0,1,4,3,0,32.768,3152,3236.416
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,5955,6086.2080000000005
54,0,1,5,2,0,32.768,1,1.024
55,0,1,5,3,0,32.768,4235,4323.84
56,0,1,6,0,0,32.768,9023,9271.424
57,0,1,6,1,0,32.768,7616,7783.872
58,0,1,6,2,0,32.768,6551,6732.416
59,0,1,6,3,0,32.768,6190,6329.92
60,0,1,7,0,0,32.768,12454,12785.6
61,0,1,7,1,0,32.768,1,1.024
62,0,1,7,2,0,32.768,9128,9328.960000000001
63,0,1,7,3,0,32.768,7896,8097.728

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,1,0.016
2,-40,0,0,2,6,32.768,1,0.013000000000000001
3,-40,0,0,3,6,32.768,34,0.8160000000000001
4,-40,0,1,0,6,32.768,73,0.972
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,17,0.245
7,-40,0,1,3,6,32.768,34,0.5720000000000001
8,-40,0,2,0,6,32.768,1,0.016
9,-40,0,2,1,6,32.768,1,0.016
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,0,0.0
13,-40,0,3,1,6,32.768,1,0.016
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,1,0.016
16,-40,0,4,0,7,32.768,5,0.039
17,-40,0,4,1,7,32.768,1,0.008
18,-40,0,4,2,7,32.768,8,0.1555
19,-40,0,4,3,7,32.768,9,0.0315
20,-40,0,5,0,7,32.768,8,0.0585
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,1,0.054
23,-40,0,5,3,7,32.768,9,0.0655
24,-40,0,6,0,7,32.768,36,0.139
25,-40,0,6,1,7,32.768,0,0.0
26,-40,0,6,2,7,32.768,6,0.0405
27,-40,0,6,3,7,32.768,16,0.035
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,2,0.0265
30,-40,0,7,2,7,32.768,0,0.0
31,-40,0,7,3,7,32.768,8,0.0915
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1446,1483.776
34,-40,1,0,2,0,32.768,0,0.0
35,-40,1,0,3,0,32.768,1,1.024
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,2413,2475.264
39,-40,1,1,3,0,32.768,1,1.024
40,-40,1,2,0,0,32.768,0,0.0
41,-40,1,2,1,0,32.768,0,0.0
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,0,0.0
47,-40,1,3,3,0,32.768,1,1.024
48,-40,1,4,0,0,32.768,0,0.0
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,778,796.992
51,-40,1,4,3,0,32.768,683,697.28
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,1338,1372.672
54,-40,1,5,2,0,32.768,1,1.024
55,-40,1,5,3,0,32.768,899,918.6560000000001
56,-40,1,6,0,0,32.768,1905,1950.272
57,-40,1,6,1,0,32.768,1615,1654.4
58,-40,1,6,2,0,32.768,1448,1478.272
59,-40,1,6,3,0,32.768,1379,1413.5040000000001
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,1,1.024
62,-40,1,7,2,0,32.768,2162,2209.792
63,-40,1,7,3,0,32.768,1821,1870.144

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,1,0.016
2,-30,0,0,2,6,32.768,1,0.016
3,-30,0,0,3,6,32.768,60,0.894
4,-30,0,1,0,6,32.768,80,1.175
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,35,0.54
7,-30,0,1,3,6,32.768,48,0.762
8,-30,0,2,0,6,32.768,1,0.016
9,-30,0,2,1,6,32.768,1,0.016
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,0,0.0
13,-30,0,3,1,6,32.768,1,0.016
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,1,0.016
16,-30,0,4,0,7,32.768,6,0.049
17,-30,0,4,1,7,32.768,1,0.008
18,-30,0,4,2,7,32.768,22,0.2155
19,-30,0,4,3,7,32.768,4,0.0405
20,-30,0,5,0,7,32.768,9,0.059500000000000004
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,9,0.0695
23,-30,0,5,3,7,32.768,0,0.0
24,-30,0,6,0,7,32.768,58,0.306
25,-30,0,6,1,7,32.768,0,0.0
26,-30,0,6,2,7,32.768,9,0.0695
27,-30,0,6,3,7,32.768,7,0.051500000000000004
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,7,0.055
30,-30,0,7,2,7,32.768,0,0.0
31,-30,0,7,3,7,32.768,16,0.1565
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,2199,2256.768
34,-30,1,0,2,0,32.768,0,0.0
35,-30,1,0,3,0,32.768,1,1.024
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,3352,3440.064
39,-30,1,1,3,0,32.768,1,1.024
40,-30,1,2,0,0,32.768,0,0.0
41,-30,1,2,1,0,32.768,0,0.0
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,1,1.024
46,-30,1,3,2,0,32.768,0,0.0
47,-30,1,3,3,0,32.768,1,1.024
48,-30,1,4,0,0,32.768,0,0.0
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,1200,1232.832
51,-30,1,4,3,0,32.768,1059,1081.92
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,2059,2109.248
54,-30,1,5,2,0,32.768,1,1.024
55,-30,1,5,3,0,32.768,1398,1433.536
56,-30,1,6,0,0,32.768,2990,3052.672
57,-30,1,6,1,0,32.768,2529,2585.28
58,-30,1,6,2,0,32.768,2236,2292.416
59,-30,1,6,3,0,32.768,2134,2186.112
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,1,1.024
62,-30,1,7,2,0,32.768,3274,3346.2400000000002
63,-30,1,7,3,0,32.768,2788,2858.176

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,1,0.016
2,-20,0,0,2,6,32.768,1,0.016
3,-20,0,0,3,6,32.768,73,1.246
4,-20,0,1,0,6,32.768,116,1.8880000000000001
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,67,1.08
7,-20,0,1,3,6,32.768,76,1.212
8,-20,0,2,0,6,32.768,1,0.016
9,-20,0,2,1,6,32.768,1,0.016
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,0,0.0
12,-20,0,3,0,6,32.768,0,0.0
13,-20,0,3,1,6,32.768,1,0.016
14,-20,0,3,2,6,32.768,1,0.016
15,-20,0,3,3,6,32.768,1,0.016
16,-20,0,4,0,7,32.768,11,0.0895
17,-20,0,4,1,7,32.768,1,0.008
18,-20,0,4,2,7,32.768,35,0.2705
19,-20,0,4,3,7,32.768,8,0.07100000000000001
20,-20,0,5,0,7,32.768,15,0.11950000000000001
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,11,0.128
23,-20,0,5,3,7,32.768,8,0.036000000000000004
24,-20,0,6,0,7,32.768,59,0.503
25,-20,0,6,1,7,32.768,0,0.0
26,-20,0,6,2,7,32.768,15,0.11950000000000001
27,-20,0,6,3,7,32.768,11,0.0955
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,16,0.1325
30,-20,0,7,2,7,32.768,0,0.0
31,-20,0,7,3,7,32.768,30,0.244
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,3227,3306.88
34,-20,1,0,2,0,32.768,0,0.0
35,-20,1,0,3,0,32.768,1,1.024
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,4661,4785.92
39,-20,1,1,3,0,32.768,1,1.024
40,-20,1,2,0,0,32.768,0,0.0
41,-20,1,2,1,0,32.768,0,0.0
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,1,1.024
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,1,1.024
46,-20,1,3,2,0,32.768,0,0.0
47,-20,1,3,3,0,32.768,20,15.296000000000001
48,-20,1,4,0,0,32.768,0,0.0
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,1794,1835.584
51,-20,1,4,3,0,32.768,1582,1617.472
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,3045,3116.16
54,-20,1,5,2,0,32.768,1,1.024
55,-20,1,5,3,0,32.768,2101,2151.36
56,-20,1,6,0,0,32.768,4496,4590.656
57,-20,1,6,1,0,32.768,3788,3876.288
58,-20,1,6,2,0,32.768,3343,3413.696
59,-20,1,6,3,0,32.768,3175,3240.768
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,1,1.024
62,-20,1,7,2,0,32.768,4760,4885.184
63,-20,1,7,3,0,32.768,4103,4200.384

tapeouts/mpw-1/testsetup/MeasResults/ChipNo14/Meas_ChipNo14_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,1,0.016
2,-10,0,0,2,6,32.768,1,0.016
3,-10,0,0,3,6,32.768,122,1.969
4,-10,0,1,0,6,32.768,220,3.531
5,-10,0,1,1,6,32.768,0,0.0
6,-10,0,1,2,6,32.768,138,2.226
7,-10,0,1,3,6,32.768,138,2.206
8,-10,0,2,0,6,32.768,1,0.016
9,-10,0,2,1,6,32.768,1,0.016
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,0,0.0
12,-10,0,3,0,6,32.768,0,0.0
13,-10,0,3,1,6,32.768,1,0.016
14,-10,0,3,2,6,32.768,1,0.016
15,-10,0,3,3,6,32.768,1,0.016
16,-10,0,4,0,7,32.768,24,0.196
17,-10,0,4,1,7,32.768,1,0.008
18,-10,0,4,2,7,32.768,45,0.34700000000000003
19,-10,0,4,3,7,32.768,18,0.1505
20,-10,0,5,0,7,32.768,34,0.277
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,27,0.229
23,-10,0,5,3,7,32.768,3,0.009000000000000001
24,-10,0,6,0,7,32.768,84,0.752
25,-10,0,6,1,7,32.768,0,0.0
26,-10,0,6,2,7,32.768,35,0.2695
27,-10,0,6,3,7,32.768,25,0.20650000000000002
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,38,0.313
30,-10,0,7,2,7,32.768,0,0.0
31,-10,0,7,3,7,32.768,48,0.41550000000000004
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,4584,4705.408
34,-10,1,0,2,0,32.768,0,0.0
35,-10,1,0,3,0,32.768,1,1.024
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,6532,6674.112
39,-10,1,1,3,0,32.768,1,1.024
40,-10,1,2,0,0,32.768,0,0.0
41,-10,1,2,1,0,32.768,0,0.0
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,1,1.024
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,1,1.024
46,-10,1,3,2,0,32.768,0,0.0
47,-10,1,3,3,0,32.768,9554,9799.232
48,-10,1,4,0,0,32.768,0,0.0
49,-10,1,4,1,0,32.768,1,1.024
50,-10,1,4,2,0,32.768,2582,2649.6
51,-10,1,4,3,0,32.768,2295,2343.296
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,4363,4457.536
54,-10,1,5,2,0,32.768,1,1.024
55,-10,1,5,3,0,32.768,3058,3127.808
56,-10,1,6,0,0,32.768,6551,6687.488
57,-10,1,6,1,0,32.768,5484,5632.384
58,-10,1,6,2,0,32.768,4799,4917.12
59,-10,1,6,3,0,32.768,4522,4642.048
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,1,1.024
62,-10,1,7,2,0,32.768,6744,6913.728
63,-10,1,7,3,0,32.768,5852,5985.408

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,176,2.718
1,90,0,0,1,6,32.768,23449,375.64
2,90,0,0,2,6,32.768,18542,296.333
3,90,0,0,3,6,32.768,1,0.016
4,90,0,1,0,6,32.768,33810,541.64
5,90,0,1,1,6,32.768,31094,496.838
6,90,0,1,2,6,32.768,23795,381.133
7,90,0,1,3,6,32.768,20255,323.996
8,90,0,2,0,6,32.768,1,0.016
9,90,0,2,1,6,32.768,28081,448.968
10,90,0,2,2,6,32.768,29507,472.37
11,90,0,2,3,6,32.768,21907,351.021
12,90,0,3,0,6,32.768,40333,645.87
13,90,0,3,1,6,32.768,0,0.0
14,90,0,3,2,6,32.768,28505,455.339
15,90,0,3,3,6,32.768,22081,353.607
16,90,0,4,0,7,32.768,12181,97.411
17,90,0,4,1,7,32.768,10646,85.123
18,90,0,4,2,7,32.768,0,0.0
19,90,0,4,3,7,32.768,6941,55.544000000000004
20,90,0,5,0,7,32.768,8009,63.076
21,90,0,5,1,7,32.768,11593,92.72800000000001
22,90,0,5,2,7,32.768,9163,73.3335
23,90,0,5,3,7,32.768,9216,73.7
24,90,0,6,0,7,32.768,16340,130.7245
25,90,0,6,1,7,32.768,15875,126.964
26,90,0,6,2,7,32.768,12738,101.863
27,90,0,6,3,7,32.768,10020,80.205
28,90,0,7,0,7,32.768,0,0.0
29,90,0,7,1,7,32.768,1,0.004
30,90,0,7,2,7,32.768,13909,111.351
31,90,0,7,3,7,32.768,10775,86.156
32,90,1,0,0,0,32.768,20243,21785.472
33,90,1,0,1,0,32.768,41698,42800.832
34,90,1,0,2,0,32.768,35564,36390.528
35,90,1,0,3,0,32.768,32322,33051.904
36,90,1,1,0,0,32.768,63862,65223.744
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,1,1.728
39,90,1,1,3,0,32.768,41709,42662.656
40,90,1,2,0,0,32.768,67114,68898.048
41,90,1,2,1,0,32.768,67632,69225.472
42,90,1,2,2,0,32.768,63541,64900.416000000005
43,90,1,2,3,0,32.768,52778,53992.192
44,90,1,3,0,0,32.768,0,0.0
45,90,1,3,1,0,32.768,83132,84844.54400000001
46,90,1,3,2,0,32.768,71186,73042.496
47,90,1,3,3,0,32.768,62858,64463.616
48,90,1,4,0,0,32.768,35293,36024.128000000004
49,90,1,4,1,0,32.768,28013,28760.128
50,90,1,4,2,0,32.768,25016,25540.032
51,90,1,4,3,0,32.768,21723,22270.72
52,90,1,5,0,0,32.768,1,1.024
53,90,1,5,1,0,32.768,41850,42750.784
54,90,1,5,2,0,32.768,38538,39559.296
55,90,1,5,3,0,32.768,31509,32300.288
56,90,1,6,0,0,32.768,59363,60607.04
57,90,1,6,1,0,32.768,53564,55008.256
58,90,1,6,2,0,32.768,41915,42777.088
59,90,1,6,3,0,32.768,37229,38196.352
60,90,1,7,0,0,32.768,70746,72638.528
61,90,1,7,1,0,32.768,60996,62385.472
62,90,1,7,2,0,32.768,51096,52450.048
63,90,1,7,3,0,32.768,44956,45904.512

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,0,0.0
1,80,0,0,1,6,32.768,16187,258.79
2,80,0,0,2,6,32.768,12794,204.454
3,80,0,0,3,6,32.768,1,0.016
4,80,0,1,0,6,32.768,23299,372.258
5,80,0,1,1,6,32.768,21333,341.696
6,80,0,1,2,6,32.768,16534,264.223
7,80,0,1,3,6,32.768,14005,224.00300000000001
8,80,0,2,0,6,32.768,1,0.016
9,80,0,2,1,6,32.768,19223,307.973
10,80,0,2,2,6,32.768,20532,328.906
11,80,0,2,3,6,32.768,15125,242.322
12,80,0,3,0,6,32.768,27735,443.878
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,19706,315.694
15,80,0,3,3,6,32.768,15252,244.23600000000002
16,80,0,4,0,7,32.768,7810,62.4685
17,80,0,4,1,7,32.768,6912,55.305
18,80,0,4,2,7,32.768,0,0.0
19,80,0,4,3,7,32.768,4479,35.832
20,80,0,5,0,7,32.768,528,3.951
21,80,0,5,1,7,32.768,7540,60.3205
22,80,0,5,2,7,32.768,5965,47.7005
23,80,0,5,3,7,32.768,5931,47.435
24,80,0,6,0,7,32.768,10441,83.568
25,80,0,6,1,7,32.768,9056,71.891
26,80,0,6,2,7,32.768,8274,66.1485
27,80,0,6,3,7,32.768,6446,51.5815
28,80,0,7,0,7,32.768,0,0.0
29,80,0,7,1,7,32.768,1,0.0085
30,80,0,7,2,7,32.768,8963,71.69
31,80,0,7,3,7,32.768,6982,55.892
32,80,1,0,0,0,32.768,34240,35605.44
33,80,1,0,1,0,32.768,36402,37187.776
34,80,1,0,2,0,32.768,30797,31613.312
35,80,1,0,3,0,32.768,27866,28614.016
36,80,1,1,0,0,32.768,55080,56375.488
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,1,1.024
39,80,1,1,3,0,32.768,36191,36936.896
40,80,1,2,0,0,32.768,465,553.856
41,80,1,2,1,0,32.768,58863,60079.296
42,80,1,2,2,0,32.768,55235,56716.416000000005
43,80,1,2,3,0,32.768,45914,46868.416
44,80,1,3,0,0,32.768,0,0.0
45,80,1,3,1,0,32.768,72461,73951.872
46,80,1,3,2,0,32.768,62020,63631.168
47,80,1,3,3,0,32.768,54955,56136.128000000004
48,80,1,4,0,0,32.768,30215,30849.472
49,80,1,4,1,0,32.768,23949,24593.472
50,80,1,4,2,0,32.768,21332,21841.920000000002
51,80,1,4,3,0,32.768,18588,19033.728
52,80,1,5,0,0,32.768,1,1.024
53,80,1,5,1,0,32.768,35959,36806.784
54,80,1,5,2,0,32.768,33364,34133.312
55,80,1,5,3,0,32.768,26943,27682.24
56,80,1,6,0,0,32.768,50821,51985.728
57,80,1,6,1,0,32.768,44645,46014.144
58,80,1,6,2,0,32.768,35827,36626.56
59,80,1,6,3,0,32.768,31888,32672.512000000002
60,80,1,7,0,0,32.768,60766,62190.912000000004
61,80,1,7,1,0,32.768,52311,53711.36
62,80,1,7,2,0,32.768,44084,45090.048
63,80,1,7,3,0,32.768,38395,39428.032

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,0,0.0
1,70,0,0,1,6,32.768,10950,175.298
2,70,0,0,2,6,32.768,8659,138.51
3,70,0,0,3,6,32.768,1,0.016
4,70,0,1,0,6,32.768,15690,250.864
5,70,0,1,1,6,32.768,14393,230.667
6,70,0,1,2,6,32.768,11230,179.74
7,70,0,1,3,6,32.768,9505,151.905
8,70,0,2,0,6,32.768,1,0.016
9,70,0,2,1,6,32.768,12953,207.217
10,70,0,2,2,6,32.768,14055,224.773
11,70,0,2,3,6,32.768,10252,164.238
12,70,0,3,0,6,32.768,18739,299.464
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,13431,215.06900000000002
15,70,0,3,3,6,32.768,10355,165.48
16,70,0,4,0,7,32.768,4894,39.172000000000004
17,70,0,4,1,7,32.768,4386,35.072
18,70,0,4,2,7,32.768,0,0.0
19,70,0,4,3,7,32.768,2825,22.587500000000002
20,70,0,5,0,7,32.768,11,0.069
21,70,0,5,1,7,32.768,4793,38.344500000000004
22,70,0,5,2,7,32.768,3802,30.398
23,70,0,5,3,7,32.768,3726,29.8165
24,70,0,6,0,7,32.768,6521,52.1575
25,70,0,6,1,7,32.768,4285,34.01
26,70,0,6,2,7,32.768,5244,41.9775
27,70,0,6,3,7,32.768,4052,32.4135
28,70,0,7,0,7,32.768,0,0.0
29,70,0,7,1,7,32.768,82,0.7865
30,70,0,7,2,7,32.768,4916,39.1075
31,70,0,7,3,7,32.768,4429,35.411500000000004
32,70,1,0,0,0,32.768,32515,33263.232
33,70,1,0,1,0,32.768,31199,31843.264
34,70,1,0,2,0,32.768,26436,27152.96
35,70,1,0,3,0,32.768,23925,24517.312
36,70,1,1,0,0,32.768,0,0.064
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,1,1.024
39,70,1,1,3,0,32.768,30853,31603.072
40,70,1,2,0,0,32.768,2,3.712
41,70,1,2,1,0,32.768,50489,51653.76
42,70,1,2,2,0,32.768,47736,49009.728
43,70,1,2,3,0,32.768,39316,40226.304000000004
44,70,1,3,0,0,32.768,0,0.0
45,70,1,3,1,0,32.768,62035,63688.768000000004
46,70,1,3,2,0,32.768,53684,54936.512
47,70,1,3,3,0,32.768,47388,48394.56
48,70,1,4,0,0,32.768,25474,26102.784
49,70,1,4,1,0,32.768,20374,20793.472
50,70,1,4,2,0,32.768,17904,18384.448
51,70,1,4,3,0,32.768,15684,16081.472
52,70,1,5,0,0,32.768,1,1.024
53,70,1,5,1,0,32.768,30668,31297.920000000002
54,70,1,5,2,0,32.768,28488,29140.864
55,70,1,5,3,0,32.768,22795,23406.08
56,70,1,6,0,0,32.768,43177,44129.152
57,70,1,6,1,0,32.768,0,0.0
58,70,1,6,2,0,32.768,30314,30945.024
59,70,1,6,3,0,32.768,26936,27637.248
60,70,1,7,0,0,32.768,51536,52622.208
61,70,1,7,1,0,32.768,44451,45677.44
62,70,1,7,2,0,32.768,37474,38232.128000000004
63,70,1,7,3,0,32.768,32580,33442.88

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,0,0.0
1,60,0,0,1,6,32.768,7233,115.73
2,60,0,0,2,6,32.768,5719,91.401
3,60,0,0,3,6,32.768,1,0.016
4,60,0,1,0,6,32.768,10262,164.39600000000002
5,60,0,1,1,6,32.768,9480,151.58
6,60,0,1,2,6,32.768,7439,119.08500000000001
7,60,0,1,3,6,32.768,6271,100.508
8,60,0,2,0,6,32.768,1,0.016
9,60,0,2,1,6,32.768,8479,135.839
10,60,0,2,2,6,32.768,9364,149.699
11,60,0,2,3,6,32.768,6771,108.47200000000001
12,60,0,3,0,6,32.768,12312,196.744
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,8934,142.81300000000002
15,60,0,3,3,6,32.768,6836,109.23100000000001
16,60,0,4,0,7,32.768,2977,23.8255
17,60,0,4,1,7,32.768,2692,21.5465
18,60,0,4,2,7,32.768,0,0.0
19,60,0,4,3,7,32.768,1725,13.794
20,60,0,5,0,7,32.768,1,0.001
21,60,0,5,1,7,32.768,2954,23.6415
22,60,0,5,2,7,32.768,2354,18.8395
23,60,0,5,3,7,32.768,2271,18.1585
24,60,0,6,0,7,32.768,3946,31.5865
25,60,0,6,1,7,32.768,2196,17.463
26,60,0,6,2,7,32.768,3229,25.829
27,60,0,6,3,7,32.768,2476,19.8165
28,60,0,7,0,7,32.768,0,0.0
29,60,0,7,1,7,32.768,1797,14.477
30,60,0,7,2,7,32.768,1,0.011
31,60,0,7,3,7,32.768,2720,21.7725
32,60,1,0,0,0,32.768,27649,28222.72
33,60,1,0,1,0,32.768,64,44.480000000000004
34,60,1,0,2,0,32.768,537,541.888
35,60,1,0,3,0,32.768,20171,20706.112
36,60,1,1,0,0,32.768,0,0.0
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,1,1.024
39,60,1,1,3,0,32.768,26055,26692.288
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,42927,43804.608
42,60,1,2,2,0,32.768,40931,41830.592000000004
43,60,1,2,3,0,32.768,33233,34087.168
44,60,1,3,0,0,32.768,0,0.0
45,60,1,3,1,0,32.768,13202,11498.048
46,60,1,3,2,0,32.768,45700,46807.168
47,60,1,3,3,0,32.768,40072,41135.552
48,60,1,4,0,0,32.768,4057,3091.5840000000003
49,60,1,4,1,0,32.768,16973,17351.872
50,60,1,4,2,0,32.768,14916,15244.48
51,60,1,4,3,0,32.768,13110,13393.344000000001
52,60,1,5,0,0,32.768,1,1.024
53,60,1,5,1,0,32.768,25576,26234.304
54,60,1,5,2,0,32.768,23933,24472.448
55,60,1,5,3,0,32.768,19023,19508.48
56,60,1,6,0,0,32.768,35982,36872.64
57,60,1,6,1,0,32.768,0,0.0
58,60,1,6,2,0,32.768,25123,25779.776
59,60,1,6,3,0,32.768,22469,23019.008
60,60,1,7,0,0,32.768,42815,43874.048
61,60,1,7,1,0,32.768,37247,38254.72
62,60,1,7,2,0,32.768,31200,31922.304
63,60,1,7,3,0,32.768,27403,27974.08

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,0,0.0
1,50,0,0,1,6,32.768,4674,74.71600000000001
2,50,0,0,2,6,32.768,3681,58.979
3,50,0,0,3,6,32.768,1,0.016
4,50,0,1,0,6,32.768,6577,105.136
5,50,0,1,1,6,32.768,6075,97.36
6,50,0,1,2,6,32.768,4828,77.169
7,50,0,1,3,6,32.768,4067,65.07900000000001
8,50,0,2,0,6,32.768,1,0.016
9,50,0,2,1,6,32.768,5439,86.98
10,50,0,2,2,6,32.768,6081,97.4
11,50,0,2,3,6,32.768,4382,70.078
12,50,0,3,0,6,32.768,7899,126.411
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,5803,92.73100000000001
15,50,0,3,3,6,32.768,4396,70.428
16,50,0,4,0,7,32.768,1764,14.105500000000001
17,50,0,4,1,7,32.768,1601,12.8
18,50,0,4,2,7,32.768,0,0.0
19,50,0,4,3,7,32.768,1024,8.182500000000001
20,50,0,5,0,7,32.768,1,0.003
21,50,0,5,1,7,32.768,1769,14.162
22,50,0,5,2,7,32.768,1421,11.373000000000001
23,50,0,5,3,7,32.768,1342,10.733
24,50,0,6,0,7,32.768,2350,18.8425
25,50,0,6,1,7,32.768,264,2.015
26,50,0,6,2,7,32.768,1928,15.427
27,50,0,6,3,7,32.768,1473,11.779
28,50,0,7,0,7,32.768,0,0.0
29,50,0,7,1,7,32.768,2246,17.956500000000002
30,50,0,7,2,7,32.768,1,0.009000000000000001
31,50,0,7,3,7,32.768,1624,12.993
32,50,1,0,0,0,32.768,22870,23437.632
33,50,1,0,1,0,32.768,1,1.024
34,50,1,0,2,0,32.768,7,8.448
35,50,1,0,3,0,32.768,16900,17250.816
36,50,1,1,0,0,32.768,0,0.0
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,1,1.024
39,50,1,1,3,0,32.768,21735,22211.072
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,35727,36629.888
42,50,1,2,2,0,32.768,34365,35126.272
43,50,1,2,3,0,32.768,27788,28466.688000000002
44,50,1,3,0,0,32.768,0,0.0
45,50,1,3,1,0,32.768,1,1.024
46,50,1,3,2,0,32.768,38364,39349.632
47,50,1,3,3,0,32.768,33765,34499.392
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,13987,14274.048
50,50,1,4,2,0,32.768,12119,12437.376
51,50,1,4,3,0,32.768,10701,10979.456
52,50,1,5,0,0,32.768,1,1.024
53,50,1,5,1,0,32.768,21118,21664.64
54,50,1,5,2,0,32.768,19775,20284.864
55,50,1,5,3,0,32.768,15625,15997.12
56,50,1,6,0,0,32.768,29680,30400.0
57,50,1,6,1,0,32.768,0,0.0
58,50,1,6,2,0,32.768,20723,21139.904
59,50,1,6,3,0,32.768,18418,18879.744
60,50,1,7,0,0,32.768,35273,36068.736
61,50,1,7,1,0,32.768,30775,31588.544
62,50,1,7,2,0,32.768,25584,26255.808
63,50,1,7,3,0,32.768,22550,23021.184

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,0,0.0
1,40,0,0,1,6,32.768,2944,47.146
2,40,0,0,2,6,32.768,2322,37.189
3,40,0,0,3,6,32.768,1,0.016
4,40,0,1,0,6,32.768,4099,65.623
5,40,0,1,1,6,32.768,3820,61.134
6,40,0,1,2,6,32.768,3058,48.847
7,40,0,1,3,6,32.768,2578,41.188
8,40,0,2,0,6,32.768,1,0.016
9,40,0,2,1,6,32.768,3405,54.436
10,40,0,2,2,6,32.768,3862,61.893
11,40,0,2,3,6,32.768,2560,40.866
12,40,0,3,0,6,32.768,4983,79.642
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,3672,58.81
15,40,0,3,3,6,32.768,2775,44.384
16,40,0,4,0,7,32.768,1014,8.1075
17,40,0,4,1,7,32.768,926,7.405
18,40,0,4,2,7,32.768,0,0.0
19,40,0,4,3,7,32.768,588,4.7105
20,40,0,5,0,7,32.768,0,0.0015
21,40,0,5,1,7,32.768,1030,8.2355
22,40,0,5,2,7,32.768,834,6.6785000000000005
23,40,0,5,3,7,32.768,769,6.1535
24,40,0,6,0,7,32.768,1431,11.4845
25,40,0,6,1,7,32.768,6,0.052000000000000005
26,40,0,6,2,7,32.768,1118,8.9425
27,40,0,6,3,7,32.768,849,6.791
28,40,0,7,0,7,32.768,0,0.0
29,40,0,7,1,7,32.768,1304,10.415000000000001
30,40,0,7,2,7,32.768,1,0.0095
31,40,0,7,3,7,32.768,941,7.5325
32,40,1,0,0,0,32.768,18710,19091.136
33,40,1,0,1,0,32.768,1,1.024
34,40,1,0,2,0,32.768,1,1.024
35,40,1,0,3,0,32.768,13802,14155.84
36,40,1,1,0,0,32.768,0,0.0
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,17773,18244.608
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,29513,30193.024
42,40,1,2,2,0,32.768,28346,29084.16
43,40,1,2,3,0,32.768,22884,23425.152000000002
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,1,1.024
46,40,1,3,2,0,32.768,31947,32609.856
47,40,1,3,3,0,32.768,27826,28527.872
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,11329,11560.832
50,40,1,4,2,0,32.768,9739,9974.08
51,40,1,4,3,0,32.768,8640,8868.096
52,40,1,5,0,0,32.768,1,1.024
53,40,1,5,1,0,32.768,17200,17621.056
54,40,1,5,2,0,32.768,16172,16560.704
55,40,1,5,3,0,32.768,12593,12928.064
56,40,1,6,0,0,32.768,24148,24682.112
57,40,1,6,1,0,32.768,0,0.0
58,40,1,6,2,0,32.768,16722,17059.648
59,40,1,6,3,0,32.768,14879,15242.880000000001
60,40,1,7,0,0,32.768,28630,29219.136000000002
61,40,1,7,1,0,32.768,24913,25606.592
62,40,1,7,2,0,32.768,20683,21222.208
63,40,1,7,3,0,32.768,18170,18642.688000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,0,0.0
1,30,0,0,1,6,32.768,1771,28.344
2,30,0,0,2,6,32.768,1400,22.347
3,30,0,0,3,6,32.768,1,0.016
4,30,0,1,0,6,32.768,2431,38.865
5,30,0,1,1,6,32.768,2285,36.568
6,30,0,1,2,6,32.768,1843,29.496000000000002
7,30,0,1,3,6,32.768,1559,24.91
8,30,0,2,0,6,32.768,1,0.016
9,30,0,2,1,6,32.768,2031,32.483000000000004
10,30,0,2,2,6,32.768,2356,37.632
11,30,0,2,3,6,32.768,0,0.002
12,30,0,3,0,6,32.768,3011,48.118
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,1373,21.861
15,30,0,3,3,6,32.768,1673,26.740000000000002
16,30,0,4,0,7,32.768,551,4.4105
17,30,0,4,1,7,32.768,508,4.0635
18,30,0,4,2,7,32.768,0,0.0
19,30,0,4,3,7,32.768,323,2.5735
20,30,0,5,0,7,32.768,0,0.0035
21,30,0,5,1,7,32.768,568,4.543
22,30,0,5,2,7,32.768,466,3.7345
23,30,0,5,3,7,32.768,419,3.3525
24,30,0,6,0,7,32.768,779,6.2135
25,30,0,6,1,7,32.768,44,0.2615
26,30,0,6,2,7,32.768,617,4.928
27,30,0,6,3,7,32.768,465,3.7185
28,30,0,7,0,7,32.768,0,0.0
29,30,0,7,1,7,32.768,712,5.703
30,30,0,7,2,7,32.768,2,0.01
31,30,0,7,3,7,32.768,518,4.152
32,30,1,0,0,0,32.768,14221,14785.408
33,30,1,0,1,0,32.768,1,1.024
34,30,1,0,2,0,32.768,1,1.024
35,30,1,0,3,0,32.768,11100,11366.016
36,30,1,1,0,0,32.768,0,0.0
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,14302,14644.800000000001
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,23836,24384.256
42,30,1,2,2,0,32.768,22864,23362.176
43,30,1,2,3,0,32.768,18397,18869.376
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,1,1.024
46,30,1,3,2,0,32.768,25781,26449.472
47,30,1,3,3,0,32.768,22491,23064.96
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,8965,9148.608
50,30,1,4,2,0,32.768,7608,7798.848
51,30,1,4,3,0,32.768,5378,5750.2080000000005
52,30,1,5,0,0,32.768,1,1.024
53,30,1,5,1,0,32.768,13640,13993.664
54,30,1,5,2,0,32.768,12928,13198.016
55,30,1,5,3,0,32.768,9991,10203.264000000001
56,30,1,6,0,0,32.768,19080,19576.32
57,30,1,6,1,0,32.768,0,0.0
58,30,1,6,2,0,32.768,13122,13455.168
59,30,1,6,3,0,32.768,11752,12032.32
60,30,1,7,0,0,32.768,21829,9236.800000000001
61,30,1,7,1,0,32.768,19770,20298.304
62,30,1,7,2,0,32.768,16352,16748.032
63,30,1,7,3,0,32.768,14456,14751.616

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,0,0.0
1,20,0,0,1,6,32.768,1033,16.487000000000002
2,20,0,0,2,6,32.768,807,12.943
3,20,0,0,3,6,32.768,1,0.016
4,20,0,1,0,6,32.768,1384,22.153
5,20,0,1,1,6,32.768,1318,21.093
6,20,0,1,2,6,32.768,1078,17.187
7,20,0,1,3,6,32.768,913,14.619
8,20,0,2,0,6,32.768,1,0.016
9,20,0,2,1,6,32.768,1170,18.712
10,20,0,2,2,6,32.768,979,15.664
11,20,0,2,3,6,32.768,0,0.0
12,20,0,3,0,6,32.768,1726,27.821
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,386,6.073
15,20,0,3,3,6,32.768,975,15.584
16,20,0,4,0,7,32.768,291,2.311
17,20,0,4,1,7,32.768,267,2.1315
18,20,0,4,2,7,32.768,0,0.0
19,20,0,4,3,7,32.768,171,1.351
20,20,0,5,0,7,32.768,1,0.004
21,20,0,5,1,7,32.768,300,2.406
22,20,0,5,2,7,32.768,252,2.0105
23,20,0,5,3,7,32.768,219,1.756
24,20,0,6,0,7,32.768,390,3.0955
25,20,0,6,1,7,32.768,502,4.08
26,20,0,6,2,7,32.768,326,2.607
27,20,0,6,3,7,32.768,244,1.956
28,20,0,7,0,7,32.768,0,0.0
29,20,0,7,1,7,32.768,374,2.997
30,20,0,7,2,7,32.768,2,0.0105
31,20,0,7,3,7,32.768,277,2.2015000000000002
32,20,1,0,0,0,32.768,10300,10582.336
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,1,1.024
35,20,1,0,3,0,32.768,8780,8961.6
36,20,1,1,0,0,32.768,0,0.0
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,11230,11517.44
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,18892,19350.464
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,14617,14918.016
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,1,1.024
46,20,1,3,2,0,32.768,10,9.152000000000001
47,20,1,3,3,0,32.768,17854,18310.4
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,6918,7094.272
50,20,1,4,2,0,32.768,5849,5973.952
51,20,1,4,3,0,32.768,0,0.0
52,20,1,5,0,0,32.768,1,1.024
53,20,1,5,1,0,32.768,153,185.024
54,20,1,5,2,0,32.768,10038,10309.312
55,20,1,5,3,0,32.768,7724,7886.08
56,20,1,6,0,0,32.768,14884,15221.12
57,20,1,6,1,0,32.768,0,0.0
58,20,1,6,2,0,32.768,10189,10408.384
59,20,1,6,3,0,32.768,9110,9315.584
60,20,1,7,0,0,32.768,4,2.112
61,20,1,7,1,0,32.768,15438,15799.872000000001
62,20,1,7,2,0,32.768,12609,12937.472
63,20,1,7,3,0,32.768,11174,11447.36

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,72169,1156.314
1,120,0,0,1,6,32.768,63542,1015.73
2,120,0,0,2,6,32.768,49748,796.813
3,120,0,0,3,6,32.768,1,0.017
4,120,0,1,0,6,32.768,91464,1465.0330000000001
5,120,0,1,1,6,32.768,84105,1345.425
6,120,0,1,2,6,32.768,63221,1011.993
7,120,0,1,3,6,32.768,54145,863.191
8,120,0,2,0,6,32.768,1,0.016
9,120,0,2,1,6,32.768,77004,1231.412
10,120,0,2,2,6,32.768,77666,1240.858
11,120,0,2,3,6,32.768,59034,943.6370000000001
12,120,0,3,0,6,32.768,110089,1760.559
13,120,0,3,1,6,32.768,0,0.0
14,120,0,3,2,6,32.768,75813,1211.845
15,120,0,3,3,6,32.768,59366,949.019
16,120,0,4,0,7,32.768,39765,318.223
17,120,0,4,1,7,32.768,33906,271.1175
18,120,0,4,2,7,32.768,29630,237.97650000000002
19,120,0,4,3,7,32.768,22377,179.0105
20,120,0,5,0,7,32.768,45606,364.615
21,120,0,5,1,7,32.768,36535,292.379
22,120,0,5,2,7,32.768,29196,233.5535
23,120,0,5,3,7,32.768,29771,237.9835
24,120,0,6,0,7,32.768,53762,430.1455
25,120,0,6,1,7,32.768,50702,405.7335
26,120,0,6,2,7,32.768,40424,323.211
27,120,0,6,3,7,32.768,32416,259.469
28,120,0,7,0,7,32.768,0,0.0
29,120,0,7,1,7,32.768,1,0.003
30,120,0,7,2,7,32.768,45780,366.0485
31,120,0,7,3,7,32.768,34180,273.5425
32,120,1,0,0,0,32.768,0,0.0
33,120,1,0,1,0,32.768,59583,61166.656
34,120,1,0,2,0,32.768,50814,52153.344000000005
35,120,1,0,3,0,32.768,46434,47648.896
36,120,1,1,0,0,32.768,92180,94383.552
37,120,1,1,1,0,32.768,1,1.024
38,120,1,1,2,0,32.768,67177,68659.712
39,120,1,1,3,0,32.768,60224,61547.520000000004
40,120,1,2,0,0,32.768,129764,132527.168
41,120,1,2,1,0,32.768,97030,99338.496
42,120,1,2,2,0,32.768,89587,92012.928
43,120,1,2,3,0,32.768,75544,77423.424
44,120,1,3,0,0,32.768,143146,147014.144
45,120,1,3,1,0,32.768,117501,120507.456
46,120,1,3,2,0,32.768,101039,103573.76000000001
47,120,1,3,3,0,32.768,89610,91789.696
48,120,1,4,0,0,32.768,52657,53871.616
49,120,1,4,1,0,32.768,42081,43172.8
50,120,1,4,2,0,32.768,37407,38210.816
51,120,1,4,3,0,32.768,32600,33373.888
52,120,1,5,0,0,32.768,1,1.1520000000000001
53,120,1,5,1,0,32.768,61341,62678.272000000004
54,120,1,5,2,0,32.768,56281,57663.616
55,120,1,5,3,0,32.768,46904,47961.344000000005
56,120,1,6,0,0,32.768,87519,89835.776
57,120,1,6,1,0,32.768,79055,80734.72
58,120,1,6,2,0,32.768,61971,63657.344000000005
59,120,1,6,3,0,32.768,55509,56782.656
60,120,1,7,0,0,32.768,103513,106297.088
61,120,1,7,1,0,32.768,89368,91462.144
62,120,1,7,2,0,32.768,75645,77336.064
63,120,1,7,3,0,32.768,65932,67524.544

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,50989,825.16
1,110,0,0,1,6,32.768,46452,742.111
2,110,0,0,2,6,32.768,36423,583.369
3,110,0,0,3,6,32.768,1,0.016
4,110,0,1,0,6,32.768,66902,1071.083
5,110,0,1,1,6,32.768,61346,982.953
6,110,0,1,2,6,32.768,46489,744.029
7,110,0,1,3,6,32.768,39729,635.457
8,110,0,2,0,6,32.768,1,0.016
9,110,0,2,1,6,32.768,55952,895.067
10,110,0,2,2,6,32.768,57227,914.924
11,110,0,2,3,6,32.768,43172,690.82
12,110,0,3,0,6,32.768,80279,1282.919
13,110,0,3,1,6,32.768,0,0.0
14,110,0,3,2,6,32.768,55578,889.028
15,110,0,3,3,6,32.768,43515,695.297
16,110,0,4,0,7,32.768,27367,219.07150000000001
17,110,0,4,1,7,32.768,23442,187.482
18,110,0,4,2,7,32.768,0,0.0
19,110,0,4,3,7,32.768,15458,123.7025
20,110,0,5,0,7,32.768,31599,252.6395
21,110,0,5,1,7,32.768,25438,203.484
22,110,0,5,2,7,32.768,20217,161.8
23,110,0,5,3,7,32.768,20573,164.5485
24,110,0,6,0,7,32.768,37039,296.26
25,110,0,6,1,7,32.768,35392,282.9875
26,110,0,6,2,7,32.768,28084,224.6535
27,110,0,6,3,7,32.768,22416,179.4125
28,110,0,7,0,7,32.768,0,0.0
29,110,0,7,1,7,32.768,1,0.003
30,110,0,7,2,7,32.768,31452,251.7345
31,110,0,7,3,7,32.768,23760,190.008
32,110,1,0,0,0,32.768,3,1.92
33,110,1,0,1,0,32.768,53363,54773.44
34,110,1,0,2,0,32.768,45650,46666.496
35,110,1,0,3,0,32.768,41587,42589.184
36,110,1,1,0,0,32.768,82036,84209.28
37,110,1,1,1,0,32.768,1,1.024
38,110,1,1,2,0,32.768,60142,61433.792
39,110,1,1,3,0,32.768,53745,55010.304000000004
40,110,1,2,0,0,32.768,115799,118515.52
41,110,1,2,1,0,32.768,86591,88903.424
42,110,1,2,2,0,32.768,80776,82642.11200000001
43,110,1,2,3,0,32.768,67624,69328.64
44,110,1,3,0,0,32.768,128968,131712.384
45,110,1,3,1,0,32.768,105445,108228.16
46,110,1,3,2,0,32.768,90837,92951.872
47,110,1,3,3,0,32.768,80555,82391.04000000001
48,110,1,4,0,0,32.768,46596,47620.48
49,110,1,4,1,0,32.768,37193,38069.888
50,110,1,4,2,0,32.768,32843,33716.928
51,110,1,4,3,0,32.768,28829,29440.064000000002
52,110,1,5,0,0,32.768,1,1.024
53,110,1,5,1,0,32.768,54532,55757.888
54,110,1,5,2,0,32.768,50040,51356.608
55,110,1,5,3,0,32.768,41428,42465.536
56,110,1,6,0,0,32.768,77678,79588.416
57,110,1,6,1,0,32.768,70269,71739.456
58,110,1,6,2,0,32.768,54967,56359.808000000005
59,110,1,6,3,0,32.768,49137,50283.328
60,110,1,7,0,0,32.768,93052,95541.888
61,110,1,7,1,0,32.768,79625,81325.376
62,110,1,7,2,0,32.768,66893,68624.448
63,110,1,7,3,0,32.768,58712,59966.976

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,0,0.0
1,10,0,0,1,6,32.768,528,8.458
2,10,0,0,2,6,32.768,460,7.3660000000000005
3,10,0,0,3,6,32.768,1,0.016
4,10,0,1,0,6,32.768,770,12.372
5,10,0,1,1,6,32.768,750,11.98
6,10,0,1,2,6,32.768,615,9.834
7,10,0,1,3,6,32.768,525,8.370000000000001
8,10,0,2,0,6,32.768,1,0.016
9,10,0,2,1,6,32.768,659,10.55
10,10,0,2,2,6,32.768,1,0.022
11,10,0,2,3,6,32.768,0,0.0
12,10,0,3,0,6,32.768,465,7.2
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,1,0.027
15,10,0,3,3,6,32.768,555,8.879
16,10,0,4,0,7,32.768,148,1.1705
17,10,0,4,1,7,32.768,135,1.0875000000000001
18,10,0,4,2,7,32.768,0,0.0
19,10,0,4,3,7,32.768,87,0.7000000000000001
20,10,0,5,0,7,32.768,0,0.0025
21,10,0,5,1,7,32.768,154,1.2355
22,10,0,5,2,7,32.768,133,1.054
23,10,0,5,3,7,32.768,112,0.894
24,10,0,6,0,7,32.768,190,1.5275
25,10,0,6,1,7,32.768,276,2.2495
26,10,0,6,2,7,32.768,167,1.337
27,10,0,6,3,7,32.768,124,0.9975
28,10,0,7,0,7,32.768,0,0.0
29,10,0,7,1,7,32.768,190,1.522
30,10,0,7,2,7,32.768,1,0.0105
31,10,0,7,3,7,32.768,140,1.1275
32,10,1,0,0,0,32.768,8374,8387.84
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,1,1.024
35,10,1,0,3,0,32.768,6799,6936.128
36,10,1,1,0,0,32.768,0,0.0
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,8690,8893.184
40,10,1,2,0,0,32.768,20551,20952.192
41,10,1,2,1,0,32.768,6,4.032
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,11317,11550.144
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,1,1.024
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,13883,14206.592
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,5243,5362.368
50,10,1,4,2,0,32.768,1127,1234.176
51,10,1,4,3,0,32.768,0,0.0
52,10,1,5,0,0,32.768,1,1.024
53,10,1,5,1,0,32.768,1,1.024
54,10,1,5,2,0,32.768,7636,7827.904
55,10,1,5,3,0,32.768,5786,5916.608
56,10,1,6,0,0,32.768,11183,11472.64
57,10,1,6,1,0,32.768,0,0.0
58,10,1,6,2,0,32.768,7647,7812.736
59,10,1,6,3,0,32.768,6829,6987.84
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,11661,11905.984
62,10,1,7,2,0,32.768,9468,9667.648000000001
63,10,1,7,3,0,32.768,8397,8591.296

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,18870,307.437
1,100,0,0,1,6,32.768,33332,532.892
2,100,0,0,2,6,32.768,26228,419.687
3,100,0,0,3,6,32.768,1,0.016
4,100,0,1,0,6,32.768,48128,769.1610000000001
5,100,0,1,1,6,32.768,44038,705.452
6,100,0,1,2,6,32.768,33604,537.649
7,100,0,1,3,6,32.768,28586,457.96000000000004
8,100,0,2,0,6,32.768,1,0.016
9,100,0,2,1,6,32.768,40044,639.802
10,100,0,2,2,6,32.768,41469,663.533
11,100,0,2,3,6,32.768,31065,497.064
12,100,0,3,0,6,32.768,57495,918.701
13,100,0,3,1,6,32.768,0,0.0
14,100,0,3,2,6,32.768,40182,642.07
15,100,0,3,3,6,32.768,31303,500.457
16,100,0,4,0,7,32.768,18469,147.7865
17,100,0,4,1,7,32.768,15956,127.554
18,100,0,4,2,7,32.768,0,0.0
19,100,0,4,3,7,32.768,10477,83.81700000000001
20,100,0,5,0,7,32.768,21121,168.9695
21,100,0,5,1,7,32.768,17352,138.8145
22,100,0,5,2,7,32.768,13746,110.014
23,100,0,5,3,7,32.768,13927,111.35900000000001
24,100,0,6,0,7,32.768,24899,199.1205
25,100,0,6,1,7,32.768,24138,193.2125
26,100,0,6,2,7,32.768,19110,152.8905
27,100,0,6,3,7,32.768,15172,121.3175
28,100,0,7,0,7,32.768,0,0.0
29,100,0,7,1,7,32.768,0,0.002
30,100,0,7,2,7,32.768,21148,169.135
31,100,0,7,3,7,32.768,16162,129.3445
32,100,1,0,0,0,32.768,1474,1563.328
33,100,1,0,1,0,32.768,47463,48652.864
34,100,1,0,2,0,32.768,40317,41416.064
35,100,1,0,3,0,32.768,36883,37663.808
36,100,1,1,0,0,32.768,72944,74539.456
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,53323,54462.464
39,100,1,1,3,0,32.768,47418,48670.976
40,100,1,2,0,0,32.768,102610,104947.392
41,100,1,2,1,0,32.768,76926,78883.84
42,100,1,2,2,0,32.768,71649,73553.408
43,100,1,2,3,0,32.768,60094,61422.784
44,100,1,3,0,0,32.768,94120,95484.352
45,100,1,3,1,0,32.768,94340,96309.568
46,100,1,3,2,0,32.768,80684,82791.36
47,100,1,3,3,0,32.768,71682,73237.952
48,100,1,4,0,0,32.768,40644,41654.976
49,100,1,4,1,0,32.768,32398,33244.096
50,100,1,4,2,0,32.768,28710,29482.432
51,100,1,4,3,0,32.768,25145,25734.592
52,100,1,5,0,0,32.768,1,1.024
53,100,1,5,1,0,32.768,47778,49049.728
54,100,1,5,2,0,32.768,44335,45286.272000000004
55,100,1,5,3,0,32.768,36270,37250.752
56,100,1,6,0,0,32.768,68310,69797.696
57,100,1,6,1,0,32.768,61736,63118.272000000004
58,100,1,6,2,0,32.768,48122,49384.448000000004
59,100,1,6,3,0,32.768,42929,44044.096
60,100,1,7,0,0,32.768,82014,83735.296
61,100,1,7,1,0,32.768,69740,71584.448
62,100,1,7,2,0,32.768,58806,60301.312
63,100,1,7,3,0,32.768,51450,52728.512

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,0,0.0
1,0,0,0,1,6,32.768,1,0.02
2,0,0,0,2,6,32.768,256,4.114
3,0,0,0,3,6,32.768,1,0.016
4,0,0,1,0,6,32.768,426,6.833
5,0,0,1,1,6,32.768,420,6.732
6,0,0,1,2,6,32.768,347,5.553
7,0,0,1,3,6,32.768,291,4.673
8,0,0,2,0,6,32.768,1,0.016
9,0,0,2,1,6,32.768,366,5.865
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,0,0.0
12,0,0,3,0,6,32.768,593,9.512
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,1,0.019
15,0,0,3,3,6,32.768,310,4.957
16,0,0,4,0,7,32.768,75,0.5875
17,0,0,4,1,7,32.768,67,0.544
18,0,0,4,2,7,32.768,0,0.0
19,0,0,4,3,7,32.768,43,0.358
20,0,0,5,0,7,32.768,0,0.001
21,0,0,5,1,7,32.768,80,0.64
22,0,0,5,2,7,32.768,70,0.542
23,0,0,5,3,7,32.768,56,0.445
24,0,0,6,0,7,32.768,93,0.746
25,0,0,6,1,7,32.768,172,1.3615
26,0,0,6,2,7,32.768,83,0.662
27,0,0,6,3,7,32.768,61,0.4935
28,0,0,7,0,7,32.768,0,0.0
29,0,0,7,1,7,32.768,93,0.7415
30,0,0,7,2,7,32.768,4,0.0135
31,0,0,7,3,7,32.768,72,0.5565
32,0,1,0,0,0,32.768,6180,6527.68
33,0,1,0,1,0,32.768,0,80.768
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,5123,5252.992
36,0,1,1,0,0,32.768,0,0.0
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,6570,6717.2480000000005
40,0,1,2,0,0,32.768,1,1.024
41,0,1,2,1,0,32.768,1,1.088
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,8542,8757.888
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,1,1.024
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,10671,10890.432
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,3908,4006.592
50,0,1,4,2,0,32.768,1,1.024
51,0,1,4,3,0,32.768,0,0.0
52,0,1,5,0,0,32.768,1,1.024
53,0,1,5,1,0,32.768,1,1.024
54,0,1,5,2,0,32.768,5762,5899.264
55,0,1,5,3,0,32.768,4320,4415.744
56,0,1,6,0,0,32.768,8367,8581.44
57,0,1,6,1,0,32.768,0,0.0
58,0,1,6,2,0,32.768,5696,5833.92
59,0,1,6,3,0,32.768,5114,5227.52
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,8729,8949.888
62,0,1,7,2,0,32.768,7045,7199.296
63,0,1,7,3,0,32.768,6317,6449.472

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.0
1,-40,0,0,1,6,32.768,1,0.016
2,-40,0,0,2,6,32.768,17,0.294
3,-40,0,0,3,6,32.768,1,0.016
4,-40,0,1,0,6,32.768,37,0.556
5,-40,0,1,1,6,32.768,25,0.403
6,-40,0,1,2,6,32.768,29,0.439
7,-40,0,1,3,6,32.768,1,0.02
8,-40,0,2,0,6,32.768,1,0.016
9,-40,0,2,1,6,32.768,39,0.599
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,31,0.663
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,17,0.294
16,-40,0,4,0,7,32.768,5,0.0535
17,-40,0,4,1,7,32.768,11,0.126
18,-40,0,4,2,7,32.768,0,0.0
19,-40,0,4,3,7,32.768,8,0.1105
20,-40,0,5,0,7,32.768,0,0.0
21,-40,0,5,1,7,32.768,11,0.1475
22,-40,0,5,2,7,32.768,1,0.011
23,-40,0,5,3,7,32.768,4,0.064
24,-40,0,6,0,7,32.768,5,0.0545
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,4,0.0625
27,-40,0,6,3,7,32.768,6,0.136
28,-40,0,7,0,7,32.768,0,0.0
29,-40,0,7,1,7,32.768,4,0.034
30,-40,0,7,2,7,32.768,1,0.0485
31,-40,0,7,3,7,32.768,7,0.049
32,-40,1,0,0,0,32.768,657,567.232
33,-40,1,0,1,0,32.768,0,0.0
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,1206,1233.4080000000001
36,-40,1,1,0,0,32.768,0,0.0
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,1497,1531.712
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,0,0.0
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,1,1.28
48,-40,1,4,0,0,32.768,1,1.024
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,1,1.024
51,-40,1,4,3,0,32.768,0,0.0
52,-40,1,5,0,0,32.768,1,1.024
53,-40,1,5,1,0,32.768,1306,781.888
54,-40,1,5,2,0,32.768,1261,1293.888
55,-40,1,5,3,0,32.768,902,923.52
56,-40,1,6,0,0,32.768,1778,1816.704
57,-40,1,6,1,0,32.768,0,0.0
58,-40,1,6,2,0,32.768,1239,1270.016
59,-40,1,6,3,0,32.768,1065,1094.592
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,1904,1949.056
62,-40,1,7,2,0,32.768,1436,1469.056
63,-40,1,7,3,0,32.768,1332,1364.928

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,0,0.0
1,-30,0,0,1,6,32.768,1,0.016
2,-30,0,0,2,6,32.768,36,0.5640000000000001
3,-30,0,0,3,6,32.768,1,0.016
4,-30,0,1,0,6,32.768,48,0.779
5,-30,0,1,1,6,32.768,51,0.809
6,-30,0,1,2,6,32.768,44,0.721
7,-30,0,1,3,6,32.768,1,0.033
8,-30,0,2,0,6,32.768,1,0.016
9,-30,0,2,1,6,32.768,66,1.058
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,77,1.22
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,38,0.597
16,-30,0,4,0,7,32.768,10,0.0755
17,-30,0,4,1,7,32.768,20,0.1715
18,-30,0,4,2,7,32.768,0,0.0
19,-30,0,4,3,7,32.768,12,0.127
20,-30,0,5,0,7,32.768,0,0.0
21,-30,0,5,1,7,32.768,12,0.176
22,-30,0,5,2,7,32.768,1,0.01
23,-30,0,5,3,7,32.768,12,0.08650000000000001
24,-30,0,6,0,7,32.768,12,0.0925
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,7,0.07
27,-30,0,6,3,7,32.768,19,0.1385
28,-30,0,7,0,7,32.768,0,0.0
29,-30,0,7,1,7,32.768,9,0.074
30,-30,0,7,2,7,32.768,1,0.0415
31,-30,0,7,3,7,32.768,7,0.0665
32,-30,1,0,0,0,32.768,2543,2595.072
33,-30,1,0,1,0,32.768,0,0.0
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,1821,1867.968
36,-30,1,1,0,0,32.768,0,0.0
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,2290,2345.856
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,0,0.0
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,1,1.024
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,3957,4055.6800000000003
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,1,1.024
51,-30,1,4,3,0,32.768,0,0.0
52,-30,1,5,0,0,32.768,1,1.024
53,-30,1,5,1,0,32.768,1,1.024
54,-30,1,5,2,0,32.768,1953,2002.944
55,-30,1,5,3,0,32.768,1417,1447.68
56,-30,1,6,0,0,32.768,2770,2844.48
57,-30,1,6,1,0,32.768,0,0.0
58,-30,1,6,2,0,32.768,1926,1969.6000000000001
59,-30,1,6,3,0,32.768,1682,1721.4080000000001
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,2951,3018.944
62,-30,1,7,2,0,32.768,2275,2323.712
63,-30,1,7,3,0,32.768,2082,2135.36

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,0,0.0
1,-20,0,0,1,6,32.768,1,0.016
2,-20,0,0,2,6,32.768,67,1.074
3,-20,0,0,3,6,32.768,1,0.016
4,-20,0,1,0,6,32.768,101,1.633
5,-20,0,1,1,6,32.768,108,1.708
6,-20,0,1,2,6,32.768,89,1.435
7,-20,0,1,3,6,32.768,1,0.024
8,-20,0,2,0,6,32.768,1,0.016
9,-20,0,2,1,6,32.768,103,1.676
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,0,0.0
12,-20,0,3,0,6,32.768,155,2.5100000000000002
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,1,0.019
15,-20,0,3,3,6,32.768,79,1.262
16,-20,0,4,0,7,32.768,16,0.132
17,-20,0,4,1,7,32.768,21,0.20800000000000002
18,-20,0,4,2,7,32.768,0,0.0
19,-20,0,4,3,7,32.768,19,0.1575
20,-20,0,5,0,7,32.768,0,0.002
21,-20,0,5,1,7,32.768,30,0.266
22,-20,0,5,2,7,32.768,20,0.162
23,-20,0,5,3,7,32.768,15,0.1335
24,-20,0,6,0,7,32.768,18,0.154
25,-20,0,6,1,7,32.768,1,0.008
26,-20,0,6,2,7,32.768,16,0.136
27,-20,0,6,3,7,32.768,14,0.149
28,-20,0,7,0,7,32.768,0,0.0
29,-20,0,7,1,7,32.768,19,0.152
30,-20,0,7,2,7,32.768,1,0.0155
31,-20,0,7,3,7,32.768,14,0.1225
32,-20,1,0,0,0,32.768,3638,3734.08
33,-20,1,0,1,0,32.768,0,0.0
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,2654,2714.0480000000002
36,-20,1,1,0,0,32.768,0,0.0
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,3346,3430.4
40,-20,1,2,0,0,32.768,1,1.024
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,9,7.5520000000000005
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,1,1.024
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,5642,5795.968
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,1911,1951.9360000000001
50,-20,1,4,2,0,32.768,1,1.024
51,-20,1,4,3,0,32.768,0,0.0
52,-20,1,5,0,0,32.768,1,1.024
53,-20,1,5,1,0,32.768,1,1.024
54,-20,1,5,2,0,32.768,2898,2958.08
55,-20,1,5,3,0,32.768,2108,2162.688
56,-20,1,6,0,0,32.768,4146,4247.104
57,-20,1,6,1,0,32.768,0,0.0
58,-20,1,6,2,0,32.768,2836,2910.3360000000002
59,-20,1,6,3,0,32.768,2516,2567.2960000000003
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,4352,4456.704
62,-20,1,7,2,0,32.768,3420,3493.056
63,-20,1,7,3,0,32.768,3100,3181.632

tapeouts/mpw-1/testsetup/MeasResults/ChipNo13/Meas_ChipNo13_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,0,0.0
1,-10,0,0,1,6,32.768,1,0.016
2,-10,0,0,2,6,32.768,132,2.149
3,-10,0,0,3,6,32.768,1,0.016
4,-10,0,1,0,6,32.768,214,3.424
5,-10,0,1,1,6,32.768,217,3.469
6,-10,0,1,2,6,32.768,180,2.891
7,-10,0,1,3,6,32.768,209,3.297
8,-10,0,2,0,6,32.768,1,0.016
9,-10,0,2,1,6,32.768,192,3.105
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,0,0.0
12,-10,0,3,0,6,32.768,316,5.056
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,2,0.02
15,-10,0,3,3,6,32.768,160,2.5540000000000003
16,-10,0,4,0,7,32.768,34,0.274
17,-10,0,4,1,7,32.768,35,0.28750000000000003
18,-10,0,4,2,7,32.768,0,0.0
19,-10,0,4,3,7,32.768,23,0.1995
20,-10,0,5,0,7,32.768,0,0.002
21,-10,0,5,1,7,32.768,43,0.35100000000000003
22,-10,0,5,2,7,32.768,38,0.295
23,-10,0,5,3,7,32.768,29,0.2285
24,-10,0,6,0,7,32.768,41,0.3355
25,-10,0,6,1,7,32.768,1,0.0085
26,-10,0,6,2,7,32.768,37,0.304
27,-10,0,6,3,7,32.768,28,0.246
28,-10,0,7,0,7,32.768,0,0.0
29,-10,0,7,1,7,32.768,42,0.335
30,-10,0,7,2,7,32.768,3,0.0145
31,-10,0,7,3,7,32.768,33,0.258
32,-10,1,0,0,0,32.768,4964,5063.04
33,-10,1,0,1,0,32.768,0,0.0
34,-10,1,0,2,0,32.768,1,1.024
35,-10,1,0,3,0,32.768,3742,3828.928
36,-10,1,1,0,0,32.768,0,0.0
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,4767,4874.496
40,-10,1,2,0,0,32.768,1,1.024
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,6198,6352.0
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,1,1.024
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,7879,8052.16
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,2802,2870.1440000000002
50,-10,1,4,2,0,32.768,1,1.024
51,-10,1,4,3,0,32.768,0,0.0
52,-10,1,5,0,0,32.768,1,1.024
53,-10,1,5,1,0,32.768,1,1.024
54,-10,1,5,2,0,32.768,4143,4244.416
55,-10,1,5,3,0,32.768,3074,3140.672
56,-10,1,6,0,0,32.768,5974,6113.792
57,-10,1,6,1,0,32.768,0,0.0
58,-10,1,6,2,0,32.768,4088,4171.776
59,-10,1,6,3,0,32.768,3628,3725.12
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,6281,6415.872
62,-10,1,7,2,0,32.768,4964,5098.048
63,-10,1,7,3,0,32.768,4501,4603.584

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,175,2.443
1,90,0,0,1,6,32.768,25543,408.714
2,90,0,0,2,6,32.768,18118,290.31600000000003
3,90,0,0,3,6,32.768,15894,254.171
4,90,0,1,0,6,32.768,0,0.0
5,90,0,1,1,6,32.768,27952,447.793
6,90,0,1,2,6,32.768,23959,382.907
7,90,0,1,3,6,32.768,20209,323.541
8,90,0,2,0,6,32.768,40263,643.939
9,90,0,2,1,6,32.768,29039,465.232
10,90,0,2,2,6,32.768,25600,409.80400000000003
11,90,0,2,3,6,32.768,23102,369.127
12,90,0,3,0,6,32.768,45658,731.444
13,90,0,3,1,6,32.768,0,0.0
14,90,0,3,2,6,32.768,29330,468.94
15,90,0,3,3,6,32.768,23992,383.369
16,90,0,4,0,7,32.768,0,0.0
17,90,0,4,1,7,32.768,1,0.008
18,90,0,4,2,7,32.768,7620,60.9445
19,90,0,4,3,7,32.768,7175,57.387
20,90,0,5,0,7,32.768,0,0.0
21,90,0,5,1,7,32.768,1,0.008
22,90,0,5,2,7,32.768,11757,93.996
23,90,0,5,3,7,32.768,8227,65.7985
24,90,0,6,0,7,32.768,0,0.0
25,90,0,6,1,7,32.768,16355,130.836
26,90,0,6,2,7,32.768,12154,97.1905
27,90,0,6,3,7,32.768,10839,86.75750000000001
28,90,0,7,0,7,32.768,1,0.008
29,90,0,7,1,7,32.768,16241,129.883
30,90,0,7,2,7,32.768,12313,98.518
31,90,0,7,3,7,32.768,11628,92.96300000000001
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,43454,44474.496
34,90,1,0,2,0,32.768,36726,37499.904
35,90,1,0,3,0,32.768,32252,32969.664000000004
36,90,1,1,0,0,32.768,1,1.024
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,49539,50655.488
39,90,1,1,3,0,32.768,48144,49209.344000000005
40,90,1,2,0,0,32.768,92743,95256.96
41,90,1,2,1,0,32.768,76663,78490.048
42,90,1,2,2,0,32.768,65661,67053.632
43,90,1,2,3,0,32.768,55556,56896.576
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,89006,91169.53600000001
46,90,1,3,2,0,32.768,76926,78983.04000000001
47,90,1,3,3,0,32.768,68753,70206.208
48,90,1,4,0,0,32.768,0,0.0
49,90,1,4,1,0,32.768,1,1.024
50,90,1,4,2,0,32.768,25777,26436.672000000002
51,90,1,4,3,0,32.768,22858,23370.368000000002
52,90,1,5,0,0,32.768,0,0.0
53,90,1,5,1,0,32.768,40134,41171.712
54,90,1,5,2,0,32.768,35501,36286.272
55,90,1,5,3,0,32.768,29985,30808.832000000002
56,90,1,6,0,0,32.768,1,1.024
57,90,1,6,1,0,32.768,52034,53394.688
58,90,1,6,2,0,32.768,44281,45278.656
59,90,1,6,3,0,32.768,39667,40511.808
60,90,1,7,0,0,32.768,76606,78611.456
61,90,1,7,1,0,32.768,57701,59166.656
62,90,1,7,2,0,32.768,53252,54639.552
63,90,1,7,3,0,32.768,47682,48673.536

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,1,0.016
1,80,0,0,1,6,32.768,17617,281.508
2,80,0,0,2,6,32.768,5035,80.251
3,80,0,0,3,6,32.768,10937,174.835
4,80,0,1,0,6,32.768,0,0.0
5,80,0,1,1,6,32.768,19380,310.466
6,80,0,1,2,6,32.768,16540,264.64300000000003
7,80,0,1,3,6,32.768,13997,223.69400000000002
8,80,0,2,0,6,32.768,27519,440.45300000000003
9,80,0,2,1,6,32.768,20029,320.139
10,80,0,2,2,6,32.768,17757,283.75
11,80,0,2,3,6,32.768,15944,255.171
12,80,0,3,0,6,32.768,31158,497.94100000000003
13,80,0,3,1,6,32.768,0,0.0
14,80,0,3,2,6,32.768,20138,321.958
15,80,0,3,3,6,32.768,16542,264.75600000000003
16,80,0,4,0,7,32.768,0,0.0
17,80,0,4,1,7,32.768,1,0.008
18,80,0,4,2,7,32.768,4882,39.058
19,80,0,4,3,7,32.768,4607,36.853500000000004
20,80,0,5,0,7,32.768,0,0.0
21,80,0,5,1,7,32.768,1,0.008
22,80,0,5,2,7,32.768,7662,61.3165
23,80,0,5,3,7,32.768,5318,42.5235
24,80,0,6,0,7,32.768,0,0.0
25,80,0,6,1,7,32.768,10548,84.4225
26,80,0,6,2,7,32.768,7947,63.564
27,80,0,6,3,7,32.768,6994,55.952
28,80,0,7,0,7,32.768,1,0.008
29,80,0,7,1,7,32.768,10584,84.6775
30,80,0,7,2,7,32.768,7858,62.8265
31,80,0,7,3,7,32.768,7469,59.766
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,37628,38620.544
34,80,1,0,2,0,32.768,31978,32631.104
35,80,1,0,3,0,32.768,27939,28540.928
36,80,1,1,0,0,32.768,1,1.024
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,42888,43981.12
39,80,1,1,3,0,32.768,42085,43092.992
40,80,1,2,0,0,32.768,80931,83075.072
41,80,1,2,1,0,32.768,67162,68575.168
42,80,1,2,2,0,32.768,57254,58530.56
43,80,1,2,3,0,32.768,48458,49728.768000000004
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,77809,79913.856
46,80,1,3,2,0,32.768,67710,69203.84
47,80,1,3,3,0,32.768,60073,61694.72
48,80,1,4,0,0,32.768,0,0.0
49,80,1,4,1,0,32.768,1,1.024
50,80,1,4,2,0,32.768,22132,22695.936
51,80,1,4,3,0,32.768,19635,20098.176
52,80,1,5,0,0,32.768,0,0.0
53,80,1,5,1,0,32.768,34515,35298.944
54,80,1,5,2,0,32.768,30485,31220.864
55,80,1,5,3,0,32.768,25619,26308.352
56,80,1,6,0,0,32.768,1,1.024
57,80,1,6,1,0,32.768,44788,45953.856
58,80,1,6,2,0,32.768,37980,38970.496
59,80,1,6,3,0,32.768,34041,34814.72
60,80,1,7,0,0,32.768,65905,67680.25600000001
61,80,1,7,1,0,32.768,49810,50891.072
62,80,1,7,2,0,32.768,46100,47213.696
63,80,1,7,3,0,32.768,41095,42038.144

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,1,0.016
1,70,0,0,1,6,32.768,11854,189.637
2,70,0,0,2,6,32.768,681,10.789
3,70,0,0,3,6,32.768,7355,117.531
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,13178,210.833
6,70,0,1,2,6,32.768,11175,178.733
7,70,0,1,3,6,32.768,9429,151.05100000000002
8,70,0,2,0,6,32.768,18398,294.332
9,70,0,2,1,6,32.768,13474,215.293
10,70,0,2,2,6,32.768,11978,191.584
11,70,0,2,3,6,32.768,10791,172.473
12,70,0,3,0,6,32.768,20620,330.409
13,70,0,3,1,6,32.768,0,0.0
14,70,0,3,2,6,32.768,13492,215.886
15,70,0,3,3,6,32.768,11184,178.707
16,70,0,4,0,7,32.768,0,0.0
17,70,0,4,1,7,32.768,1,0.008
18,70,0,4,2,7,32.768,3039,24.303
19,70,0,4,3,7,32.768,2879,23.0165
20,70,0,5,0,7,32.768,0,0.0
21,70,0,5,1,7,32.768,1,0.008
22,70,0,5,2,7,32.768,4860,38.8695
23,70,0,5,3,7,32.768,3342,26.7255
24,70,0,6,0,7,32.768,0,0.0
25,70,0,6,1,7,32.768,6609,52.8895
26,70,0,6,2,7,32.768,5063,40.4735
27,70,0,6,3,7,32.768,4382,35.0495
28,70,0,7,0,7,32.768,1,0.008
29,70,0,7,1,7,32.768,6715,53.673
30,70,0,7,2,7,32.768,4921,39.3705
31,70,0,7,3,7,32.768,4656,37.2535
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,916,962.5600000000001
34,70,1,0,2,0,32.768,27358,28076.864
35,70,1,0,3,0,32.768,23861,24412.352
36,70,1,1,0,0,32.768,1,1.024
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,36948,37731.264
39,70,1,1,3,0,32.768,36431,37302.016
40,70,1,2,0,0,32.768,67488,69655.872
41,70,1,2,1,0,32.768,57939,59252.928
42,70,1,2,2,0,32.768,49223,50489.728
43,70,1,2,3,0,32.768,42173,43050.112
44,70,1,3,0,0,32.768,0,0.0
45,70,1,3,1,0,32.768,67443,69230.4
46,70,1,3,2,0,32.768,18,16.448
47,70,1,3,3,0,32.768,52512,53696.32
48,70,1,4,0,0,32.768,0,0.0
49,70,1,4,1,0,32.768,1,1.024
50,70,1,4,2,0,32.768,18712,19205.568
51,70,1,4,3,0,32.768,16701,17053.248
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,29043,29793.600000000002
54,70,1,5,2,0,32.768,25735,26423.744
55,70,1,5,3,0,32.768,21630,22163.712
56,70,1,6,0,0,32.768,1,1.024
57,70,1,6,1,0,32.768,38144,38929.088
58,70,1,6,2,0,32.768,32364,33164.8
59,70,1,6,3,0,32.768,28889,29484.416
60,70,1,7,0,0,32.768,56017,57518.272000000004
61,70,1,7,1,0,32.768,42369,43252.928
62,70,1,7,2,0,32.768,39345,40342.016
63,70,1,7,3,0,32.768,34983,35804.032

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,1,0.016
1,60,0,0,1,6,32.768,7806,124.87
2,60,0,0,2,6,32.768,244,3.6790000000000003
3,60,0,0,3,6,32.768,4829,77.237
4,60,0,1,0,6,32.768,0,0.0
5,60,0,1,1,6,32.768,8753,140.066
6,60,0,1,2,6,32.768,7200,115.035
7,60,0,1,3,6,32.768,6234,99.634
8,60,0,2,0,6,32.768,12011,192.447
9,60,0,2,1,6,32.768,8846,141.376
10,60,0,2,2,6,32.768,7894,126.286
11,60,0,2,3,6,32.768,7123,113.958
12,60,0,3,0,6,32.768,13380,213.81900000000002
13,60,0,3,1,6,32.768,0,0.0
14,60,0,3,2,6,32.768,8839,141.52100000000002
15,60,0,3,3,6,32.768,7373,117.881
16,60,0,4,0,7,32.768,0,0.0
17,60,0,4,1,7,32.768,1,0.008
18,60,0,4,2,7,32.768,1838,14.696
19,60,0,4,3,7,32.768,1747,13.9815
20,60,0,5,0,7,32.768,0,0.001
21,60,0,5,1,7,32.768,1,0.008
22,60,0,5,2,7,32.768,2992,23.9475
23,60,0,5,3,7,32.768,2043,16.345
24,60,0,6,0,7,32.768,0,0.0
25,60,0,6,1,7,32.768,4021,32.170500000000004
26,60,0,6,2,7,32.768,3134,25.0915
27,60,0,6,3,7,32.768,2669,21.341
28,60,0,7,0,7,32.768,1,0.008
29,60,0,7,1,7,32.768,4130,33.068
30,60,0,7,2,7,32.768,2954,23.627
31,60,0,7,3,7,32.768,2820,22.533
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,1,1.024
34,60,1,0,2,0,32.768,23207,23812.672000000002
35,60,1,0,3,0,32.768,20092,20614.592
36,60,1,1,0,0,32.768,1,1.024
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,10964,11316.48
39,60,1,1,3,0,32.768,31018,31811.776
40,60,1,2,0,0,32.768,46512,47953.984000000004
41,60,1,2,1,0,32.768,49343,50627.968
42,60,1,2,2,0,32.768,41947,42922.56
43,60,1,2,3,0,32.768,36024,36772.096
44,60,1,3,0,0,32.768,0,0.0
45,60,1,3,1,0,32.768,53773,55566.144
46,60,1,3,2,0,32.768,0,0.32
47,60,1,3,3,0,32.768,44946,46073.856
48,60,1,4,0,0,32.768,0,0.0
49,60,1,4,1,0,32.768,1,1.024
50,60,1,4,2,0,32.768,15594,16005.504
51,60,1,4,3,0,32.768,13951,14307.008
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,24275,24774.848
54,60,1,5,2,0,32.768,21573,22070.784
55,60,1,5,3,0,32.768,17900,18390.656
56,60,1,6,0,0,32.768,1,1.024
57,60,1,6,1,0,32.768,31688,32481.280000000002
58,60,1,6,2,0,32.768,27164,27778.624
59,60,1,6,3,0,32.768,23979,24607.168
60,60,1,7,0,0,32.768,47010,48137.152
61,60,1,7,1,0,32.768,1,1.024
62,60,1,7,2,0,32.768,33139,33911.872
63,60,1,7,3,0,32.768,29418,30059.456000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,1,0.016
1,50,0,0,1,6,32.768,5011,80.32300000000001
2,50,0,0,2,6,32.768,26,0.462
3,50,0,0,3,6,32.768,3102,49.606
4,50,0,1,0,6,32.768,0,0.0
5,50,0,1,1,6,32.768,5423,86.599
6,50,0,1,2,6,32.768,143,2.271
7,50,0,1,3,6,32.768,4000,64.103
8,50,0,2,0,6,32.768,7621,121.62700000000001
9,50,0,2,1,6,32.768,6511,104.973
10,50,0,2,2,6,32.768,5086,81.45
11,50,0,2,3,6,32.768,4599,73.604
12,50,0,3,0,6,32.768,8426,134.744
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,5653,90.545
15,50,0,3,3,6,32.768,4740,75.959
16,50,0,4,0,7,32.768,0,0.0
17,50,0,4,1,7,32.768,1,0.008
18,50,0,4,2,7,32.768,1078,8.622
19,50,0,4,3,7,32.768,1033,8.2495
20,50,0,5,0,7,32.768,1,0.002
21,50,0,5,1,7,32.768,1,0.008
22,50,0,5,2,7,32.768,1790,14.3155
23,50,0,5,3,7,32.768,1213,9.7175
24,50,0,6,0,7,32.768,0,0.0
25,50,0,6,1,7,32.768,2376,19.003
26,50,0,6,2,7,32.768,1892,15.139000000000001
27,50,0,6,3,7,32.768,1577,12.6195
28,50,0,7,0,7,32.768,1,0.008
29,50,0,7,1,7,32.768,2473,19.777
30,50,0,7,2,7,32.768,1723,13.789
31,50,0,7,3,7,32.768,1651,13.216000000000001
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,1,1.024
34,50,1,0,2,0,32.768,16,15.68
35,50,1,0,3,0,32.768,16810,17169.216
36,50,1,1,0,0,32.768,1,1.024
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,1,1.024
39,50,1,1,3,0,32.768,26154,26796.352
40,50,1,2,0,0,32.768,30352,30975.296000000002
41,50,1,2,1,0,32.768,41685,42633.92
42,50,1,2,2,0,32.768,35201,36064.384
43,50,1,2,3,0,32.768,30358,30990.336
44,50,1,3,0,0,32.768,0,0.0
45,50,1,3,1,0,32.768,0,0.0
46,50,1,3,2,0,32.768,0,0.0
47,50,1,3,3,0,32.768,38010,38998.272
48,50,1,4,0,0,32.768,0,0.0
49,50,1,4,1,0,32.768,1,1.024
50,50,1,4,2,0,32.768,12841,13171.136
51,50,1,4,3,0,32.768,11616,11876.288
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,19783,20295.872
54,50,1,5,2,0,32.768,17758,18157.632
55,50,1,5,3,0,32.768,14724,15043.584
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,26170,26722.496
58,50,1,6,2,0,32.768,22399,22966.656
59,50,1,6,3,0,32.768,19707,20230.4
60,50,1,7,0,0,32.768,38800,39721.152
61,50,1,7,1,0,32.768,1,1.024
62,50,1,7,2,0,32.768,27422,28115.328
63,50,1,7,3,0,32.768,24358,24879.168

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,1,0.016
1,40,0,0,1,6,32.768,3112,49.729
2,40,0,0,2,6,32.768,1,0.019
3,40,0,0,3,6,32.768,1922,30.712
4,40,0,1,0,6,32.768,0,0.0
5,40,0,1,1,6,32.768,17,0.383
6,40,0,1,2,6,32.768,1,0.016
7,40,0,1,3,6,32.768,2484,39.735
8,40,0,2,0,6,32.768,4561,72.728
9,40,0,2,1,6,32.768,45,0.759
10,40,0,2,2,6,32.768,3168,50.620000000000005
11,40,0,2,3,6,32.768,2891,46.299
12,40,0,3,0,6,32.768,5105,81.71000000000001
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,3499,56.01
15,40,0,3,3,6,32.768,2951,47.295
16,40,0,4,0,7,32.768,0,0.0
17,40,0,4,1,7,32.768,1,0.008
18,40,0,4,2,7,32.768,608,4.854
19,40,0,4,3,7,32.768,584,4.6745
20,40,0,5,0,7,32.768,0,0.0025
21,40,0,5,1,7,32.768,1,0.008
22,40,0,5,2,7,32.768,1028,8.233
23,40,0,5,3,7,32.768,695,5.564
24,40,0,6,0,7,32.768,0,0.0
25,40,0,6,1,7,32.768,1353,10.842
26,40,0,6,2,7,32.768,1101,8.796
27,40,0,6,3,7,32.768,897,7.1775
28,40,0,7,0,7,32.768,1,0.008
29,40,0,7,1,7,32.768,1424,11.387500000000001
30,40,0,7,2,7,32.768,967,7.74
31,40,0,7,3,7,32.768,930,7.442
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,1,1.024
34,40,1,0,2,0,32.768,5,2.048
35,40,1,0,3,0,32.768,13693,14053.312
36,40,1,1,0,0,32.768,1,1.024
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,21623,22181.824
40,40,1,2,0,0,32.768,25827,26316.032
41,40,1,2,1,0,32.768,34430,35284.224
42,40,1,2,2,0,32.768,29151,29768.0
43,40,1,2,3,0,32.768,25004,25662.336
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,0,0.0
46,40,1,3,2,0,32.768,0,0.0
47,40,1,3,3,0,32.768,31794,32482.496
48,40,1,4,0,0,32.768,0,0.0
49,40,1,4,1,0,32.768,1,1.024
50,40,1,4,2,0,32.768,10402,10648.576000000001
51,40,1,4,3,0,32.768,9466,9667.072
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,15988,16311.68
54,40,1,5,2,0,32.768,14258,14647.744
55,40,1,5,3,0,32.768,11796,12071.744
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,21155,21573.44
58,40,1,6,2,0,32.768,18154,18636.608
59,40,1,6,3,0,32.768,15996,16327.488000000001
60,40,1,7,0,0,32.768,31378,32172.032
61,40,1,7,1,0,32.768,1,1.024
62,40,1,7,2,0,32.768,22522,22993.024
63,40,1,7,3,0,32.768,19685,20208.576

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1,0.016
1,30,0,0,1,6,32.768,1848,29.506
2,30,0,0,2,6,32.768,1,0.016
3,30,0,0,3,6,32.768,1141,18.245
4,30,0,1,0,6,32.768,0,0.0
5,30,0,1,1,6,32.768,1,0.018000000000000002
6,30,0,1,2,6,32.768,1,0.016
7,30,0,1,3,6,32.768,1475,23.62
8,30,0,2,0,6,32.768,2572,41.038000000000004
9,30,0,2,1,6,32.768,1,0.017
10,30,0,2,2,6,32.768,1164,19.223
11,30,0,2,3,6,32.768,0,0.003
12,30,0,3,0,6,32.768,2965,47.472
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,2092,33.422000000000004
15,30,0,3,3,6,32.768,1774,28.349
16,30,0,4,0,7,32.768,0,0.0
17,30,0,4,1,7,32.768,1,0.008
18,30,0,4,2,7,32.768,326,2.61
19,30,0,4,3,7,32.768,317,2.537
20,30,0,5,0,7,32.768,1,0.005
21,30,0,5,1,7,32.768,1,0.008
22,30,0,5,2,7,32.768,750,6.1245
23,30,0,5,3,7,32.768,381,3.0525
24,30,0,6,0,7,32.768,0,0.0
25,30,0,6,1,7,32.768,807,6.6105
26,30,0,6,2,7,32.768,612,4.9005
27,30,0,6,3,7,32.768,489,3.91
28,30,0,7,0,7,32.768,1,0.008
29,30,0,7,1,7,32.768,786,6.275
30,30,0,7,2,7,32.768,521,4.157
31,30,0,7,3,7,32.768,502,4.007
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,1,1.024
34,30,1,0,2,0,32.768,1,1.024
35,30,1,0,3,0,32.768,11012,11281.6
36,30,1,1,0,0,32.768,1,1.024
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,17585,18039.68
40,30,1,2,0,0,32.768,9488,10313.408
41,30,1,2,1,0,32.768,28122,28717.376
42,30,1,2,2,0,32.768,9045,8706.56
43,30,1,2,3,0,32.768,20366,20838.016
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,0,0.0
46,30,1,3,2,0,32.768,0,0.0
47,30,1,3,3,0,32.768,1,1.024
48,30,1,4,0,0,32.768,0,0.0
49,30,1,4,1,0,32.768,1,1.024
50,30,1,4,2,0,32.768,8234,8438.272
51,30,1,4,3,0,32.768,7503,7692.544
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,12490,12809.6
54,30,1,5,2,0,32.768,11300,11571.648000000001
55,30,1,5,3,0,32.768,9295,9490.816
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,16596,17024.96
58,30,1,6,2,0,32.768,14519,14828.608
59,30,1,6,3,0,32.768,12580,12917.888
60,30,1,7,0,0,32.768,24986,25510.848
61,30,1,7,1,0,32.768,1,1.024
62,30,1,7,2,0,32.768,17937,18385.408
63,30,1,7,3,0,32.768,15738,16082.880000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1,0.016
1,20,0,0,1,6,32.768,1113,17.79
2,20,0,0,2,6,32.768,1,0.017
3,20,0,0,3,6,32.768,690,11.023
4,20,0,1,0,6,32.768,0,0.0
5,20,0,1,1,6,32.768,1,0.02
6,20,0,1,2,6,32.768,1,0.016
7,20,0,1,3,6,32.768,887,14.166
8,20,0,2,0,6,32.768,846,13.834
9,20,0,2,1,6,32.768,1,0.022
10,20,0,2,2,6,32.768,2,0.019
11,20,0,2,3,6,32.768,0,0.0
12,20,0,3,0,6,32.768,1728,27.688
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1273,20.211000000000002
15,20,0,3,3,6,32.768,1062,17.007
16,20,0,4,0,7,32.768,0,0.0
17,20,0,4,1,7,32.768,1,0.008
18,20,0,4,2,7,32.768,176,1.4025
19,20,0,4,3,7,32.768,171,1.3725
20,20,0,5,0,7,32.768,190,1.302
21,20,0,5,1,7,32.768,1,0.008
22,20,0,5,2,7,32.768,1,0.0105
23,20,0,5,3,7,32.768,208,1.666
24,20,0,6,0,7,32.768,0,0.0
25,20,0,6,1,7,32.768,401,3.217
26,20,0,6,2,7,32.768,339,2.702
27,20,0,6,3,7,32.768,263,2.1065
28,20,0,7,0,7,32.768,1,0.008
29,20,0,7,1,7,32.768,428,3.4205
30,20,0,7,2,7,32.768,275,2.198
31,20,0,7,3,7,32.768,268,2.129
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,1,1.024
34,20,1,0,2,0,32.768,1,1.024
35,20,1,0,3,0,32.768,8741,8952.576000000001
36,20,1,1,0,0,32.768,1,1.024
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,14109,14481.024
40,20,1,2,0,0,32.768,140,147.648
41,20,1,2,1,0,32.768,15441,14003.712
42,20,1,2,2,0,32.768,1,1.024
43,20,1,2,3,0,32.768,16289,16700.672
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,0,0.0
46,20,1,3,2,0,32.768,0,0.0
47,20,1,3,3,0,32.768,1,1.024
48,20,1,4,0,0,32.768,0,0.0
49,20,1,4,1,0,32.768,1,1.024
50,20,1,4,2,0,32.768,6428,6593.088
51,20,1,4,3,0,32.768,5903,6030.400000000001
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,9667,9919.68
54,20,1,5,2,0,32.768,8775,9005.632
55,20,1,5,3,0,32.768,7155,7345.536
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,12894,13219.776
58,20,1,6,2,0,32.768,11322,11609.344000000001
59,20,1,6,3,0,32.768,9806,10051.392
60,20,1,7,0,0,32.768,19466,19901.952
61,20,1,7,1,0,32.768,1,1.024
62,20,1,7,2,0,32.768,14106,14480.256
63,20,1,7,3,0,32.768,12262,12588.032000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,71851,1151.32
1,120,0,0,1,6,32.768,69459,1111.424
2,120,0,0,2,6,32.768,51772,827.144
3,120,0,0,3,6,32.768,43371,694.374
4,120,0,1,0,6,32.768,1,0.045
5,120,0,1,1,6,32.768,75552,1209.005
6,120,0,1,2,6,32.768,64536,1031.824
7,120,0,1,3,6,32.768,54546,873.647
8,120,0,2,0,6,32.768,111813,1786.3700000000001
9,120,0,2,1,6,32.768,79693,1276.39
10,120,0,2,2,6,32.768,69368,1109.954
11,120,0,2,3,6,32.768,62259,994.8910000000001
12,120,0,3,0,6,32.768,127503,2038.487
13,120,0,3,1,6,32.768,0,0.0
14,120,0,3,2,6,32.768,80768,1290.624
15,120,0,3,3,6,32.768,64957,1038.5430000000001
16,120,0,4,0,7,32.768,0,0.0
17,120,0,4,1,7,32.768,4,0.0415
18,120,0,4,2,7,32.768,25124,201.0385
19,120,0,4,3,7,32.768,23687,189.39600000000002
20,120,0,5,0,7,32.768,0,0.0
21,120,0,5,1,7,32.768,1,0.008
22,120,0,5,2,7,32.768,36906,295.1655
23,120,0,5,3,7,32.768,26655,213.15
24,120,0,6,0,7,32.768,0,0.004
25,120,0,6,1,7,32.768,52801,422.60450000000003
26,120,0,6,2,7,32.768,38385,307.007
27,120,0,6,3,7,32.768,35238,281.7525
28,120,0,7,0,7,32.768,1,0.014
29,120,0,7,1,7,32.768,51240,409.6685
30,120,0,7,2,7,32.768,41426,331.493
31,120,0,7,3,7,32.768,37859,302.8415
32,120,1,0,0,0,32.768,82,22.464000000000002
33,120,1,0,1,0,32.768,62208,63556.928
34,120,1,0,2,0,32.768,52111,53505.28
35,120,1,0,3,0,32.768,46711,47686.72
36,120,1,1,0,0,32.768,80676,81490.816
37,120,1,1,1,0,32.768,1,1.024
38,120,1,1,2,0,32.768,70910,72585.088
39,120,1,1,3,0,32.768,67521,69204.224
40,120,1,2,0,0,32.768,131991,134985.728
41,120,1,2,1,0,32.768,108449,110835.392
42,120,1,2,2,0,32.768,92681,94918.912
43,120,1,2,3,0,32.768,78450,80559.744
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,124665,127627.136
46,120,1,3,2,0,32.768,107881,110767.104
47,120,1,3,3,0,32.768,95724,97836.16
48,120,1,4,0,0,32.768,0,0.0
49,120,1,4,1,0,32.768,46915,48002.24
50,120,1,4,2,0,32.768,38463,39358.528
51,120,1,4,3,0,32.768,33639,34550.912000000004
52,120,1,5,0,0,32.768,0,0.0
53,120,1,5,1,0,32.768,59726,61199.616
54,120,1,5,2,0,32.768,52438,53614.272000000004
55,120,1,5,3,0,32.768,45207,46194.496
56,120,1,6,0,0,32.768,1,1.024
57,120,1,6,1,0,32.768,77028,79014.848
58,120,1,6,2,0,32.768,65217,66590.72
59,120,1,6,3,0,32.768,58515,59750.08
60,120,1,7,0,0,32.768,112502,115171.32800000001
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,77861,79594.304
63,120,1,7,3,0,32.768,69217,70852.16

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,48833,779.395
1,110,0,0,1,6,32.768,50513,808.9300000000001
2,110,0,0,2,6,32.768,37570,600.337
3,110,0,0,3,6,32.768,31533,504.841
4,110,0,1,0,6,32.768,0,0.0
5,110,0,1,1,6,32.768,54878,878.951
6,110,0,1,2,6,32.768,47154,753.7520000000001
7,110,0,1,3,6,32.768,39840,637.457
8,110,0,2,0,6,32.768,80720,1291.978
9,110,0,2,1,6,32.768,57969,926.519
10,110,0,2,2,6,32.768,50519,808.417
11,110,0,2,3,6,32.768,45384,726.517
12,110,0,3,0,6,32.768,92248,1474.5620000000001
13,110,0,3,1,6,32.768,0,0.0
14,110,0,3,2,6,32.768,58503,935.594
15,110,0,3,3,6,32.768,47254,756.774
16,110,0,4,0,7,32.768,0,0.0
17,110,0,4,1,7,32.768,1,0.008
18,110,0,4,2,7,32.768,17233,137.79
19,110,0,4,3,7,32.768,16213,129.6635
20,110,0,5,0,7,32.768,0,0.0
21,110,0,5,1,7,32.768,1,0.008
22,110,0,5,2,7,32.768,25695,205.5225
23,110,0,5,3,7,32.768,18342,146.8235
24,110,0,6,0,7,32.768,0,0.0
25,110,0,6,1,7,32.768,36474,291.678
26,110,0,6,2,7,32.768,26589,212.798
27,110,0,6,3,7,32.768,24260,194.0285
28,110,0,7,0,7,32.768,1,0.008
29,110,0,7,1,7,32.768,35568,284.6635
30,110,0,7,2,7,32.768,28251,225.9195
31,110,0,7,3,7,32.768,26085,208.606
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,55471,56845.632
34,110,1,0,2,0,32.768,46826,47935.04
35,110,1,0,3,0,32.768,41523,42543.424
36,110,1,1,0,0,32.768,1,1.024
37,110,1,1,1,0,32.768,1,1.024
38,110,1,1,2,0,32.768,63281,64924.608
39,110,1,1,3,0,32.768,60610,62220.864
40,110,1,2,0,0,32.768,118725,121235.90400000001
41,110,1,2,1,0,32.768,97261,99717.888
42,110,1,2,2,0,32.768,83025,85238.40000000001
43,110,1,2,3,0,32.768,70826,72316.48
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,112022,114963.584
46,110,1,3,2,0,32.768,97716,99833.856
47,110,1,3,3,0,32.768,86156,88292.672
48,110,1,4,0,0,32.768,0,0.0
49,110,1,4,1,0,32.768,31857,30861.056
50,110,1,4,2,0,32.768,33886,34772.288
51,110,1,4,3,0,32.768,29800,30585.856
52,110,1,5,0,0,32.768,0,0.0
53,110,1,5,1,0,32.768,52812,54161.28
54,110,1,5,2,0,32.768,46396,47558.72
55,110,1,5,3,0,32.768,39749,40757.632
56,110,1,6,0,0,32.768,1,1.024
57,110,1,6,1,0,32.768,68381,69977.6
58,110,1,6,2,0,32.768,57686,59094.016
59,110,1,6,3,0,32.768,51678,53001.92
60,110,1,7,0,0,32.768,100014,102358.336
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,69278,70805.312
63,110,1,7,3,0,32.768,61482,63084.8

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,1,0.016
1,10,0,0,1,6,32.768,598,9.582
2,10,0,0,2,6,32.768,1,0.016
3,10,0,0,3,6,32.768,376,6.023
4,10,0,1,0,6,32.768,0,0.0
5,10,0,1,1,6,32.768,1,0.019
6,10,0,1,2,6,32.768,1,0.016
7,10,0,1,3,6,32.768,478,7.642
8,10,0,2,0,6,32.768,0,0.036000000000000004
9,10,0,2,1,6,32.768,1,0.018000000000000002
10,10,0,2,2,6,32.768,2,0.02
11,10,0,2,3,6,32.768,0,0.0
12,10,0,3,0,6,32.768,915,14.620000000000001
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,681,10.882
15,10,0,3,3,6,32.768,584,9.363
16,10,0,4,0,7,32.768,0,0.0
17,10,0,4,1,7,32.768,1,0.008
18,10,0,4,2,7,32.768,85,0.6835
19,10,0,4,3,7,32.768,87,0.6755
20,10,0,5,0,7,32.768,1,0.008
21,10,0,5,1,7,32.768,1,0.008
22,10,0,5,2,7,32.768,1,0.01
23,10,0,5,3,7,32.768,106,0.8545
24,10,0,6,0,7,32.768,0,0.0
25,10,0,6,1,7,32.768,84,0.6015
26,10,0,6,2,7,32.768,169,1.3665
27,10,0,6,3,7,32.768,129,1.0325
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,211,1.684
30,10,0,7,2,7,32.768,132,1.056
31,10,0,7,3,7,32.768,127,1.024
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,1,1.024
34,10,1,0,2,0,32.768,1,1.024
35,10,1,0,3,0,32.768,6655,6815.808
36,10,1,1,0,0,32.768,1,1.024
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,10901,11122.944
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,1,1.024
43,10,1,2,3,0,32.768,12473,12768.512
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,0,0.0
46,10,1,3,2,0,32.768,0,0.0
47,10,1,3,3,0,32.768,1,1.024
48,10,1,4,0,0,32.768,0,0.0
49,10,1,4,1,0,32.768,1,1.024
50,10,1,4,2,0,32.768,4778,4895.168
51,10,1,4,3,0,32.768,1,1.024
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,7137,7293.12
54,10,1,5,2,0,32.768,6520,6664.96
55,10,1,5,3,0,32.768,5254,5393.216
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,9465,9712.64
58,10,1,6,2,0,32.768,8452,8646.144
59,10,1,6,3,0,32.768,7241,7417.6
60,10,1,7,0,0,32.768,14339,14704.512
61,10,1,7,1,0,32.768,1,1.024
62,10,1,7,2,0,32.768,10557,10840.448
63,10,1,7,3,0,32.768,9147,9363.776

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,12845,206.92000000000002
1,100,0,0,1,6,32.768,36343,581.553
2,100,0,0,2,6,32.768,26854,429.606
3,100,0,0,3,6,32.768,22654,362.36
4,100,0,1,0,6,32.768,0,0.0
5,100,0,1,1,6,32.768,39498,632.364
6,100,0,1,2,6,32.768,33987,543.338
7,100,0,1,3,6,32.768,28746,459.3
8,100,0,2,0,6,32.768,57671,922.273
9,100,0,2,1,6,32.768,41470,663.9300000000001
10,100,0,2,2,6,32.768,36372,581.5500000000001
11,100,0,2,3,6,32.768,32735,523.635
12,100,0,3,0,6,32.768,65752,1051.464
13,100,0,3,1,6,32.768,0,0.0
14,100,0,3,2,6,32.768,41915,669.98
15,100,0,3,3,6,32.768,33998,544.577
16,100,0,4,0,7,32.768,0,0.0
17,100,0,4,1,7,32.768,1,0.008
18,100,0,4,2,7,32.768,11606,92.895
19,100,0,4,3,7,32.768,10919,87.37950000000001
20,100,0,5,0,7,32.768,0,0.0
21,100,0,5,1,7,32.768,1,0.008
22,100,0,5,2,7,32.768,17594,140.8375
23,100,0,5,3,7,32.768,12441,99.5625
24,100,0,6,0,7,32.768,0,0.0
25,100,0,6,1,7,32.768,24745,198.03900000000002
26,100,0,6,2,7,32.768,18192,145.555
27,100,0,6,3,7,32.768,16442,131.4615
28,100,0,7,0,7,32.768,1,0.008
29,100,0,7,1,7,32.768,24322,194.6915
30,100,0,7,2,7,32.768,18907,151.214
31,100,0,7,3,7,32.768,17651,141.13150000000002
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,49250,50522.176
34,100,1,0,2,0,32.768,41573,42583.552
35,100,1,0,3,0,32.768,36784,37619.968
36,100,1,1,0,0,32.768,1,1.024
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,56164,57666.112
39,100,1,1,3,0,32.768,54469,55605.376000000004
40,100,1,2,0,0,32.768,105440,108025.28
41,100,1,2,1,0,32.768,87091,88955.96800000001
42,100,1,2,2,0,32.768,74002,76041.088
43,100,1,2,3,0,32.768,62977,64459.904
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,100697,102893.696
46,100,1,3,2,0,32.768,87076,89277.76
47,100,1,3,3,0,32.768,77134,79098.176
48,100,1,4,0,0,32.768,0,0.0
49,100,1,4,1,0,32.768,1,1.024
50,100,1,4,2,0,32.768,29865,30516.992000000002
51,100,1,4,3,0,32.768,26199,26859.648
52,100,1,5,0,0,32.768,0,0.0
53,100,1,5,1,0,32.768,46491,47546.688
54,100,1,5,2,0,32.768,40693,41768.576
55,100,1,5,3,0,32.768,34784,35618.496
56,100,1,6,0,0,32.768,1,1.024
57,100,1,6,1,0,32.768,60081,61474.944
58,100,1,6,2,0,32.768,50821,51990.464
59,100,1,6,3,0,32.768,45573,46582.976
60,100,1,7,0,0,32.768,87783,90169.088
61,100,1,7,1,0,32.768,26495,30179.264
62,100,1,7,2,0,32.768,60866,62509.952000000005
63,100,1,7,3,0,32.768,54571,55712.64

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,1,0.016
1,0,0,0,1,6,32.768,334,5.343
2,0,0,0,2,6,32.768,1,0.016
3,0,0,0,3,6,32.768,212,3.398
4,0,0,1,0,6,32.768,0,0.0
5,0,0,1,1,6,32.768,2,0.024
6,0,0,1,2,6,32.768,1,0.016
7,0,0,1,3,6,32.768,256,4.152
8,0,0,2,0,6,32.768,0,0.001
9,0,0,2,1,6,32.768,1,0.016
10,0,0,2,2,6,32.768,1,0.018000000000000002
11,0,0,2,3,6,32.768,0,0.0
12,0,0,3,0,6,32.768,492,7.882000000000001
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,376,6.017
15,0,0,3,3,6,32.768,353,5.603
16,0,0,4,0,7,32.768,0,0.0
17,0,0,4,1,7,32.768,1,0.008
18,0,0,4,2,7,32.768,43,0.3405
19,0,0,4,3,7,32.768,41,0.332
20,0,0,5,0,7,32.768,1,0.008
21,0,0,5,1,7,32.768,1,0.008
22,0,0,5,2,7,32.768,1,0.008
23,0,0,5,3,7,32.768,57,0.448
24,0,0,6,0,7,32.768,0,0.0
25,0,0,6,1,7,32.768,5,0.0405
26,0,0,6,2,7,32.768,87,0.7045
27,0,0,6,3,7,32.768,65,0.5155
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,106,0.848
30,0,0,7,2,7,32.768,66,0.5305
31,0,0,7,3,7,32.768,64,0.5115000000000001
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,1,1.024
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,5095,5216.512
36,0,1,1,0,0,32.768,1,1.024
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,8335,8528.896
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,1,1.024
43,0,1,2,3,0,32.768,1,1.024
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,0,0.0
47,0,1,3,3,0,32.768,1,1.024
48,0,1,4,0,0,32.768,0,0.0
49,0,1,4,1,0,32.768,1,1.024
50,0,1,4,2,0,32.768,3598,3693.312
51,0,1,4,3,0,32.768,1,1.024
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,5349,5463.872
54,0,1,5,2,0,32.768,4905,5016.128
55,0,1,5,3,0,32.768,3937,4039.1040000000003
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,4296,4336.256
58,0,1,6,2,0,32.768,6427,6562.432
59,0,1,6,3,0,32.768,5462,5595.008
60,0,1,7,0,0,32.768,10836,11104.512
61,0,1,7,1,0,32.768,1,1.024
62,0,1,7,2,0,32.768,8091,8236.096
63,0,1,7,3,0,32.768,6944,7120.896

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,1,0.016
1,-40,0,0,1,6,32.768,17,0.278
2,-40,0,0,2,6,32.768,1,0.016
3,-40,0,0,3,6,32.768,1,0.016
4,-40,0,1,0,6,32.768,0,0.0
5,-40,0,1,1,6,32.768,0,0.0
6,-40,0,1,2,6,32.768,1,0.016
7,-40,0,1,3,6,32.768,13,0.251
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,1,0.016
10,-40,0,2,2,6,32.768,1,0.016
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,21,0.341
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,3,0.011
15,-40,0,3,3,6,32.768,19,0.294
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,1,0.008
18,-40,0,4,2,7,32.768,8,0.083
19,-40,0,4,3,7,32.768,2,0.02
20,-40,0,5,0,7,32.768,1,0.008
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,8,0.1275
24,-40,0,6,0,7,32.768,0,0.0
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,0,0.0075
27,-40,0,6,3,7,32.768,2,0.022
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,14,0.127
30,-40,0,7,2,7,32.768,7,0.116
31,-40,0,7,3,7,32.768,4,0.032
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1,1.024
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,1208,1240.128
36,-40,1,1,0,0,32.768,1,1.024
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,1902,1985.152
40,-40,1,2,0,0,32.768,1,1.024
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,1,1.024
43,-40,1,2,3,0,32.768,1,1.024
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,0,0.0
46,-40,1,3,2,0,32.768,0,0.0
47,-40,1,3,3,0,32.768,1,1.024
48,-40,1,4,0,0,32.768,0,0.0
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,229,246.592
51,-40,1,4,3,0,32.768,1,1.024
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,1093,1117.696
54,-40,1,5,2,0,32.768,1019,1046.528
55,-40,1,5,3,0,32.768,805,824.128
56,-40,1,6,0,0,32.768,1,1.024
57,-40,1,6,1,0,32.768,1,1.024
58,-40,1,6,2,0,32.768,0,0.0
59,-40,1,6,3,0,32.768,1144,1168.384
60,-40,1,7,0,0,32.768,8,6.5920000000000005
61,-40,1,7,1,0,32.768,1,1.024
62,-40,1,7,2,0,32.768,0,0.0
63,-40,1,7,3,0,32.768,1516,1548.224

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.016
1,-30,0,0,1,6,32.768,38,0.608
2,-30,0,0,2,6,32.768,1,0.016
3,-30,0,0,3,6,32.768,8,0.10200000000000001
4,-30,0,1,0,6,32.768,0,0.0
5,-30,0,1,1,6,32.768,0,0.0
6,-30,0,1,2,6,32.768,1,0.016
7,-30,0,1,3,6,32.768,18,0.375
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,1,0.016
10,-30,0,2,2,6,32.768,1,0.016
11,-30,0,2,3,6,32.768,0,0.0
12,-30,0,3,0,6,32.768,49,0.803
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,55,0.802
15,-30,0,3,3,6,32.768,41,0.672
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,1,0.008
18,-30,0,4,2,7,32.768,12,0.0965
19,-30,0,4,3,7,32.768,4,0.035500000000000004
20,-30,0,5,0,7,32.768,1,0.008
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,21,0.157
24,-30,0,6,0,7,32.768,0,0.0
25,-30,0,6,1,7,32.768,1,0.008
26,-30,0,6,2,7,32.768,6,0.025500000000000002
27,-30,0,6,3,7,32.768,5,0.0455
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,13,0.135
30,-30,0,7,2,7,32.768,21,0.1475
31,-30,0,7,3,7,32.768,13,0.058
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,1817,1861.1200000000001
36,-30,1,1,0,0,32.768,1,1.024
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,1724,1571.8400000000001
40,-30,1,2,0,0,32.768,1,1.024
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,1,1.024
43,-30,1,2,3,0,32.768,1,1.024
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,0,0.0
47,-30,1,3,3,0,32.768,1,1.024
48,-30,1,4,0,0,32.768,0,0.0
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,1179,1209.6000000000001
51,-30,1,4,3,0,32.768,1,1.024
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,1717,1752.896
54,-30,1,5,2,0,32.768,1595,1636.672
55,-30,1,5,3,0,32.768,1262,1294.912
56,-30,1,6,0,0,32.768,1,1.024
57,-30,1,6,1,0,32.768,1,1.024
58,-30,1,6,2,0,32.768,0,0.0
59,-30,1,6,3,0,32.768,1778,1825.28
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,1,1.024
62,-30,1,7,2,0,32.768,0,0.0
63,-30,1,7,3,0,32.768,2328,2388.736

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.016
1,-20,0,0,1,6,32.768,82,1.313
2,-20,0,0,2,6,32.768,1,0.018000000000000002
3,-20,0,0,3,6,32.768,54,0.84
4,-20,0,1,0,6,32.768,0,0.0
5,-20,0,1,1,6,32.768,0,0.0
6,-20,0,1,2,6,32.768,1,0.016
7,-20,0,1,3,6,32.768,62,0.904
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,1,0.016
10,-20,0,2,2,6,32.768,1,0.016
11,-20,0,2,3,6,32.768,0,0.0
12,-20,0,3,0,6,32.768,112,1.813
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,101,1.572
15,-20,0,3,3,6,32.768,87,1.385
16,-20,0,4,0,7,32.768,0,0.0
17,-20,0,4,1,7,32.768,1,0.008
18,-20,0,4,2,7,32.768,13,0.1115
19,-20,0,4,3,7,32.768,8,0.0695
20,-20,0,5,0,7,32.768,1,0.008
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,1,0.008
23,-20,0,5,3,7,32.768,24,0.1835
24,-20,0,6,0,7,32.768,0,0.0
25,-20,0,6,1,7,32.768,1,0.008
26,-20,0,6,2,7,32.768,19,0.162
27,-20,0,6,3,7,32.768,13,0.10350000000000001
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,22,0.194
30,-20,0,7,2,7,32.768,21,0.14400000000000002
31,-20,0,7,3,7,32.768,15,0.1065
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,1,1.024
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,2638,2701.504
36,-20,1,1,0,0,32.768,1,1.024
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,1086,1094.656
40,-20,1,2,0,0,32.768,244,233.536
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,1,1.024
43,-20,1,2,3,0,32.768,1,1.024
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,0,0.0
47,-20,1,3,3,0,32.768,1,1.024
48,-20,1,4,0,0,32.768,0,0.0
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,1768,1814.528
51,-20,1,4,3,0,32.768,1,1.024
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,2575,2643.904
54,-20,1,5,2,0,32.768,2404,2455.68
55,-20,1,5,3,0,32.768,1917,1957.5040000000001
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,1,1.024
58,-20,1,6,2,0,32.768,0,0.0
59,-20,1,6,3,0,32.768,2682,2740.8
60,-20,1,7,0,0,32.768,197,207.104
61,-20,1,7,1,0,32.768,1,1.024
62,-20,1,7,2,0,32.768,0,0.0
63,-20,1,7,3,0,32.768,3473,3547.328

tapeouts/mpw-1/testsetup/MeasResults/ChipNo12/Meas_ChipNo12_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.016
1,-10,0,0,1,6,32.768,168,2.7
2,-10,0,0,2,6,32.768,1,0.016
3,-10,0,0,3,6,32.768,108,1.729
4,-10,0,1,0,6,32.768,0,0.0
5,-10,0,1,1,6,32.768,222,3.519
6,-10,0,1,2,6,32.768,1,0.016
7,-10,0,1,3,6,32.768,127,1.986
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,1,0.016
10,-10,0,2,2,6,32.768,1,0.018000000000000002
11,-10,0,2,3,6,32.768,0,0.0
12,-10,0,3,0,6,32.768,242,3.876
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,191,3.108
15,-10,0,3,3,6,32.768,169,2.704
16,-10,0,4,0,7,32.768,0,0.0
17,-10,0,4,1,7,32.768,1,0.008
18,-10,0,4,2,7,32.768,20,0.177
19,-10,0,4,3,7,32.768,18,0.155
20,-10,0,5,0,7,32.768,1,0.008
21,-10,0,5,1,7,32.768,1,0.008
22,-10,0,5,2,7,32.768,1,0.008
23,-10,0,5,3,7,32.768,32,0.252
24,-10,0,6,0,7,32.768,0,0.0
25,-10,0,6,1,7,32.768,1,0.008
26,-10,0,6,2,7,32.768,44,0.33
27,-10,0,6,3,7,32.768,29,0.229
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,49,0.386
30,-10,0,7,2,7,32.768,31,0.249
31,-10,0,7,3,7,32.768,28,0.233
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,1,1.024
34,-10,1,0,2,0,32.768,1,1.024
35,-10,1,0,3,0,32.768,3703,3800.0
36,-10,1,1,0,0,32.768,1,1.024
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,2716,2620.864
40,-10,1,2,0,0,32.768,11886,12194.368
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,1,1.024
43,-10,1,2,3,0,32.768,1,1.024
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,0,0.0
47,-10,1,3,3,0,32.768,1,1.024
48,-10,1,4,0,0,32.768,0,0.0
49,-10,1,4,1,0,32.768,1,1.024
50,-10,1,4,2,0,32.768,2571,2628.48
51,-10,1,4,3,0,32.768,1,1.024
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,3779,3859.328
54,-10,1,5,2,0,32.768,3473,3562.944
55,-10,1,5,3,0,32.768,2779,2854.208
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,1,1.024
58,-10,1,6,2,0,32.768,0,0.0
59,-10,1,6,3,0,32.768,3877,3973.184
60,-10,1,7,0,0,32.768,7702,7869.888
61,-10,1,7,1,0,32.768,1,1.024
62,-10,1,7,2,0,32.768,0,0.0
63,-10,1,7,3,0,32.768,4976,5095.168

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,22493,360.73
1,90,0,0,1,6,32.768,28011,447.78700000000003
2,90,0,0,2,6,32.768,19628,314.166
3,90,0,0,3,6,32.768,17945,287.539
4,90,0,1,0,6,32.768,57,0.752
5,90,0,1,1,6,32.768,33330,533.468
6,90,0,1,2,6,32.768,21695,346.872
7,90,0,1,3,6,32.768,20531,328.659
8,90,0,2,0,6,32.768,1,0.016
9,90,0,2,1,6,32.768,30073,481.491
10,90,0,2,2,6,32.768,30838,493.797
11,90,0,2,3,6,32.768,22445,358.663
12,90,0,3,0,6,32.768,1,0.016
13,90,0,3,1,6,32.768,33989,543.586
14,90,0,3,2,6,32.768,1321,21.55
15,90,0,3,3,6,32.768,28562,457.216
16,90,0,4,0,7,32.768,13339,106.70700000000001
17,90,0,4,1,7,32.768,11567,92.58
18,90,0,4,2,7,32.768,10101,80.774
19,90,0,4,3,7,32.768,7701,61.6105
20,90,0,5,0,7,32.768,0,0.0
21,90,0,5,1,7,32.768,14088,112.635
22,90,0,5,2,7,32.768,12899,103.1935
23,90,0,5,3,7,32.768,11541,92.37
24,90,0,6,0,7,32.768,20742,165.869
25,90,0,6,1,7,32.768,17846,142.782
26,90,0,6,2,7,32.768,13922,111.42750000000001
27,90,0,6,3,7,32.768,10629,84.9875
28,90,0,7,0,7,32.768,20350,162.7815
29,90,0,7,1,7,32.768,17376,139.0705
30,90,0,7,2,7,32.768,14675,117.3575
31,90,0,7,3,7,32.768,12327,98.6525
32,90,1,0,0,0,32.768,52094,53378.944
33,90,1,0,1,0,32.768,45180,46366.272000000004
34,90,1,0,2,0,32.768,41729,42598.72
35,90,1,0,3,0,32.768,35727,36662.016
36,90,1,1,0,0,32.768,69894,71733.12
37,90,1,1,1,0,32.768,1,1.024
38,90,1,1,2,0,32.768,56015,57311.872
39,90,1,1,3,0,32.768,52550,53637.248
40,90,1,2,0,0,32.768,0,0.064
41,90,1,2,1,0,32.768,83003,85242.432
42,90,1,2,2,0,32.768,66746,68227.456
43,90,1,2,3,0,32.768,59946,61486.016
44,90,1,3,0,0,32.768,1,1.024
45,90,1,3,1,0,32.768,1,1.024
46,90,1,3,2,0,32.768,81361,83328.448
47,90,1,3,3,0,32.768,72822,74485.632
48,90,1,4,0,0,32.768,38913,39933.696
49,90,1,4,1,0,32.768,1,1.024
50,90,1,4,2,0,32.768,30460,31190.592
51,90,1,4,3,0,32.768,25296,25943.552
52,90,1,5,0,0,32.768,0,0.0
53,90,1,5,1,0,32.768,49026,50206.848
54,90,1,5,2,0,32.768,41530,42402.368
55,90,1,5,3,0,32.768,36995,37780.672
56,90,1,6,0,0,32.768,70684,72559.296
57,90,1,6,1,0,32.768,55818,57310.08
58,90,1,6,2,0,32.768,51029,52357.76
59,90,1,6,3,0,32.768,44441,45480.832
60,90,1,7,0,0,32.768,1,1.024
61,90,1,7,1,0,32.768,1,1.024
62,90,1,7,2,0,32.768,58316,59724.352
63,90,1,7,3,0,32.768,51628,52704.512

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,15388,246.75900000000001
1,80,0,0,1,6,32.768,19556,313.253
2,80,0,0,2,6,32.768,13538,216.721
3,80,0,0,3,6,32.768,12510,200.124
4,80,0,1,0,6,32.768,3,0.037
5,80,0,1,1,6,32.768,23306,372.497
6,80,0,1,2,6,32.768,14987,239.869
7,80,0,1,3,6,32.768,14212,227.72400000000002
8,80,0,2,0,6,32.768,1,0.016
9,80,0,2,1,6,32.768,20785,332.076
10,80,0,2,2,6,32.768,21544,344.98900000000003
11,80,0,2,3,6,32.768,15558,248.89600000000002
12,80,0,3,0,6,32.768,1,0.016
13,80,0,3,1,6,32.768,23474,376.062
14,80,0,3,2,6,32.768,384,6.953
15,80,0,3,3,6,32.768,19925,318.717
16,80,0,4,0,7,32.768,8669,69.3455
17,80,0,4,1,7,32.768,7555,60.425000000000004
18,80,0,4,2,7,32.768,6567,52.559000000000005
19,80,0,4,3,7,32.768,4965,39.705
20,80,0,5,0,7,32.768,0,0.0
21,80,0,5,1,7,32.768,9170,73.3995
22,80,0,5,2,7,32.768,8378,67.01
23,80,0,5,3,7,32.768,7575,60.5775
24,80,0,6,0,7,32.768,13108,104.8925
25,80,0,6,1,7,32.768,11535,92.31700000000001
26,80,0,6,2,7,32.768,9047,72.3415
27,80,0,6,3,7,32.768,6896,55.189
28,80,0,7,0,7,32.768,13290,106.266
29,80,0,7,1,7,32.768,11229,89.86
30,80,0,7,2,7,32.768,9565,76.492
31,80,0,7,3,7,32.768,7986,63.883
32,80,1,0,0,0,32.768,45335,46500.8
33,80,1,0,1,0,32.768,39695,40597.376000000004
34,80,1,0,2,0,32.768,36494,37412.608
35,80,1,0,3,0,32.768,31436,32167.68
36,80,1,1,0,0,32.768,60788,62363.456
37,80,1,1,1,0,32.768,1,1.024
38,80,1,1,2,0,32.768,49346,50368.064
39,80,1,1,3,0,32.768,45942,47172.032
40,80,1,2,0,0,32.768,0,0.0
41,80,1,2,1,0,32.768,73211,74973.82400000001
42,80,1,2,2,0,32.768,58392,59885.696
43,80,1,2,3,0,32.768,52850,53947.200000000004
44,80,1,3,0,0,32.768,1,1.024
45,80,1,3,1,0,32.768,1,1.024
46,80,1,3,2,0,32.768,71686,73281.728
47,80,1,3,3,0,32.768,64054,65517.248
48,80,1,4,0,0,32.768,33458,34296.384
49,80,1,4,1,0,32.768,1,1.024
50,80,1,4,2,0,32.768,26232,26948.096
51,80,1,4,3,0,32.768,21987,22453.568
52,80,1,5,0,0,32.768,0,0.0
53,80,1,5,1,0,32.768,42736,43679.744
54,80,1,5,2,0,32.768,35997,36732.864
55,80,1,5,3,0,32.768,32043,32779.264
56,80,1,6,0,0,32.768,61114,62734.848
57,80,1,6,1,0,32.768,48239,49268.544
58,80,1,6,2,0,32.768,44568,45495.424
59,80,1,6,3,0,32.768,38420,39470.848
60,80,1,7,0,0,32.768,1,1.024
61,80,1,7,1,0,32.768,1,1.024
62,80,1,7,2,0,32.768,50757,51858.496
63,80,1,7,3,0,32.768,44614,45782.272000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,10339,165.586
1,70,0,0,1,6,32.768,13419,215.031
2,70,0,0,2,6,32.768,9164,146.715
3,70,0,0,3,6,32.768,8535,136.701
4,70,0,1,0,6,32.768,0,0.0
5,70,0,1,1,6,32.768,15940,255.294
6,70,0,1,2,6,32.768,10192,162.87
7,70,0,1,3,6,32.768,9676,154.996
8,70,0,2,0,6,32.768,1,0.016
9,70,0,2,1,6,32.768,14081,225.025
10,70,0,2,2,6,32.768,7167,136.016
11,70,0,2,3,6,32.768,10608,169.562
12,70,0,3,0,6,32.768,1,0.016
13,70,0,3,1,6,32.768,15983,255.375
14,70,0,3,2,6,32.768,1,0.016
15,70,0,3,3,6,32.768,13634,217.984
16,70,0,4,0,7,32.768,5569,44.536
17,70,0,4,1,7,32.768,4832,38.6435
18,70,0,4,2,7,32.768,4183,33.4615
19,70,0,4,3,7,32.768,3126,24.998
20,70,0,5,0,7,32.768,0,0.0
21,70,0,5,1,7,32.768,5849,46.8135
22,70,0,5,2,7,32.768,5314,42.5285
23,70,0,5,3,7,32.768,4853,38.8115
24,70,0,6,0,7,32.768,8086,64.661
25,70,0,6,1,7,32.768,7285,62.3405
26,70,0,6,2,7,32.768,605,4.48
27,70,0,6,3,7,32.768,4384,35.074
28,70,0,7,0,7,32.768,8483,67.887
29,70,0,7,1,7,32.768,7092,56.7485
30,70,0,7,2,7,32.768,6102,48.7935
31,70,0,7,3,7,32.768,5086,40.6805
32,70,1,0,0,0,32.768,39232,40076.16
33,70,1,0,1,0,32.768,34251,35170.24
34,70,1,0,2,0,32.768,31791,32555.52
35,70,1,0,3,0,32.768,0,0.0
36,70,1,1,0,0,32.768,52526,53680.448000000004
37,70,1,1,1,0,32.768,1,1.024
38,70,1,1,2,0,32.768,41907,42502.144
39,70,1,1,3,0,32.768,40144,41074.048
40,70,1,2,0,0,32.768,0,0.0
41,70,1,2,1,0,32.768,63527,65159.424
42,70,1,2,2,0,32.768,51026,52084.032
43,70,1,2,3,0,32.768,45650,46898.496
44,70,1,3,0,0,32.768,1,1.024
45,70,1,3,1,0,32.768,1,1.024
46,70,1,3,2,0,32.768,62182,63728.448000000004
47,70,1,3,3,0,32.768,55834,57077.312
48,70,1,4,0,0,32.768,28466,29180.416
49,70,1,4,1,0,32.768,1,1.024
50,70,1,4,2,0,32.768,22555,23020.8
51,70,1,4,3,0,32.768,18801,19263.232
52,70,1,5,0,0,32.768,0,0.0
53,70,1,5,1,0,32.768,36809,37572.992
54,70,1,5,2,0,32.768,30692,31498.752
55,70,1,5,3,0,32.768,27375,28116.288
56,70,1,6,0,0,32.768,52485,53622.016
57,70,1,6,1,0,32.768,40994,41892.224
58,70,1,6,2,0,32.768,38130,39093.056000000004
59,70,1,6,3,0,32.768,33020,33865.344
60,70,1,7,0,0,32.768,1,1.024
61,70,1,7,1,0,32.768,1,1.024
62,70,1,7,2,0,32.768,43578,44484.416
63,70,1,7,3,0,32.768,38329,39322.944

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,6768,108.467
1,60,0,0,1,6,32.768,8978,143.776
2,60,0,0,2,6,32.768,6068,96.998
3,60,0,0,3,6,32.768,5694,91.23400000000001
4,60,0,1,0,6,32.768,0,0.0
5,60,0,1,1,6,32.768,10690,170.99
6,60,0,1,2,6,32.768,6742,107.995
7,60,0,1,3,6,32.768,6456,103.19500000000001
8,60,0,2,0,6,32.768,1,0.016
9,60,0,2,1,6,32.768,9312,148.905
10,60,0,2,2,6,32.768,0,0.001
11,60,0,2,3,6,32.768,7066,112.924
12,60,0,3,0,6,32.768,1,0.016
13,60,0,3,1,6,32.768,1176,19.358
14,60,0,3,2,6,32.768,1,0.016
15,60,0,3,3,6,32.768,9132,146.292
16,60,0,4,0,7,32.768,3416,27.3455
17,60,0,4,1,7,32.768,3010,24.0735
18,60,0,4,2,7,32.768,2590,20.7275
19,60,0,4,3,7,32.768,1910,15.2905
20,60,0,5,0,7,32.768,0,0.0
21,60,0,5,1,7,32.768,3635,29.0665
22,60,0,5,2,7,32.768,3277,26.228
23,60,0,5,3,7,32.768,329,2.5645000000000002
24,60,0,6,0,7,32.768,4834,38.6495
25,60,0,6,1,7,32.768,4459,35.6425
26,60,0,6,2,7,32.768,1,0.009000000000000001
27,60,0,6,3,7,32.768,2714,21.712500000000002
28,60,0,7,0,7,32.768,5274,42.212
29,60,0,7,1,7,32.768,4365,34.934
30,60,0,7,2,7,32.768,3791,30.328
31,60,0,7,3,7,32.768,3142,25.126
32,60,1,0,0,0,32.768,33356,34149.824
33,60,1,0,1,0,32.768,29439,30119.168
34,60,1,0,2,0,32.768,20,19.008
35,60,1,0,3,0,32.768,0,0.0
36,60,1,1,0,0,32.768,44655,45626.688
37,60,1,1,1,0,32.768,1,1.024
38,60,1,1,2,0,32.768,1,1.024
39,60,1,1,3,0,32.768,34456,35377.856
40,60,1,2,0,0,32.768,0,0.0
41,60,1,2,1,0,32.768,1,1.024
42,60,1,2,2,0,32.768,43828,44747.776
43,60,1,2,3,0,32.768,39255,40314.368
44,60,1,3,0,0,32.768,1,1.024
45,60,1,3,1,0,32.768,1,1.024
46,60,1,3,2,0,32.768,53728,54881.024
47,60,1,3,3,0,32.768,47869,49156.224
48,60,1,4,0,0,32.768,23973,24516.096
49,60,1,4,1,0,32.768,1,1.024
50,60,1,4,2,0,32.768,19044,19440.128
51,60,1,4,3,0,32.768,15897,16300.864
52,60,1,5,0,0,32.768,0,0.0
53,60,1,5,1,0,32.768,31200,31924.352
54,60,1,5,2,0,32.768,26136,26676.992000000002
55,60,1,5,3,0,32.768,23288,23857.536
56,60,1,6,0,0,32.768,44086,45234.56
57,60,1,6,1,0,32.768,34193,35110.4
58,60,1,6,2,0,32.768,32350,33189.184
59,60,1,6,3,0,32.768,27996,28722.304
60,60,1,7,0,0,32.768,1,1.024
61,60,1,7,1,0,32.768,1,1.024
62,60,1,7,2,0,32.768,36945,37720.896
63,60,1,7,3,0,32.768,32525,33329.088

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,4306,69.028
1,50,0,0,1,6,32.768,5866,94.026
2,50,0,0,2,6,32.768,3894,62.298
3,50,0,0,3,6,32.768,3697,59.234
4,50,0,1,0,6,32.768,0,0.0
5,50,0,1,1,6,32.768,6944,111.261
6,50,0,1,2,6,32.768,4345,69.598
7,50,0,1,3,6,32.768,4181,66.833
8,50,0,2,0,6,32.768,1,0.016
9,50,0,2,1,6,32.768,5972,95.645
10,50,0,2,2,6,32.768,0,0.0
11,50,0,2,3,6,32.768,4564,72.993
12,50,0,3,0,6,32.768,1,0.016
13,50,0,3,1,6,32.768,0,0.0
14,50,0,3,2,6,32.768,1,0.016
15,50,0,3,3,6,32.768,5949,95.138
16,50,0,4,0,7,32.768,744,6.0615000000000006
17,50,0,4,1,7,32.768,1813,14.516
18,50,0,4,2,7,32.768,1550,12.406
19,50,0,4,3,7,32.768,1128,9.014
20,50,0,5,0,7,32.768,0,0.0
21,50,0,5,1,7,32.768,2182,17.4455
22,50,0,5,2,7,32.768,1951,15.609
23,50,0,5,3,7,32.768,0,0.005
24,50,0,6,0,7,32.768,2783,22.2545
25,50,0,6,1,7,32.768,2625,20.991
26,50,0,6,2,7,32.768,1,0.009000000000000001
27,50,0,6,3,7,32.768,1620,12.967500000000001
28,50,0,7,0,7,32.768,3159,25.269000000000002
29,50,0,7,1,7,32.768,2602,20.798000000000002
30,50,0,7,2,7,32.768,2282,18.251
31,50,0,7,3,7,32.768,1874,14.9845
32,50,1,0,0,0,32.768,27968,28655.488
33,50,1,0,1,0,32.768,24873,25403.2
34,50,1,0,2,0,32.768,1,2.112
35,50,1,0,3,0,32.768,0,0.0
36,50,1,1,0,0,32.768,37231,38177.152
37,50,1,1,1,0,32.768,1,1.024
38,50,1,1,2,0,32.768,1,1.024
39,50,1,1,3,0,32.768,29430,30021.056
40,50,1,2,0,0,32.768,0,0.0
41,50,1,2,1,0,32.768,1,1.024
42,50,1,2,2,0,32.768,37055,37848.0
43,50,1,2,3,0,32.768,33249,34128.448000000004
44,50,1,3,0,0,32.768,1,1.024
45,50,1,3,1,0,32.768,1,1.024
46,50,1,3,2,0,32.768,45327,46482.944
47,50,1,3,3,0,32.768,40775,41651.584
48,50,1,4,0,0,32.768,19760,20238.528000000002
49,50,1,4,1,0,32.768,1,1.024
50,50,1,4,2,0,32.768,15575,15988.672
51,50,1,4,3,0,32.768,13264,13583.744
52,50,1,5,0,0,32.768,0,0.0
53,50,1,5,1,0,32.768,25966,26556.032
54,50,1,5,2,0,32.768,21637,22203.264
55,50,1,5,3,0,32.768,19394,19858.56
56,50,1,6,0,0,32.768,36536,37495.68
57,50,1,6,1,0,32.768,28288,28932.8
58,50,1,6,2,0,32.768,27011,27707.968
59,50,1,6,3,0,32.768,23480,23974.08
60,50,1,7,0,0,32.768,1,1.024
61,50,1,7,1,0,32.768,1,1.024
62,50,1,7,2,0,32.768,30652,31436.736
63,50,1,7,3,0,32.768,27135,27770.88

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,2677,42.988
1,40,0,0,1,6,32.768,3277,52.245000000000005
2,40,0,0,2,6,32.768,2445,39.137
3,40,0,0,3,6,32.768,2348,37.591
4,40,0,1,0,6,32.768,0,0.0
5,40,0,1,1,6,32.768,4422,70.787
6,40,0,1,2,6,32.768,2744,43.891
7,40,0,1,3,6,32.768,2646,42.392
8,40,0,2,0,6,32.768,1,0.016
9,40,0,2,1,6,32.768,3748,59.995000000000005
10,40,0,2,2,6,32.768,0,0.0
11,40,0,2,3,6,32.768,2882,46.139
12,40,0,3,0,6,32.768,1,0.016
13,40,0,3,1,6,32.768,0,0.0
14,40,0,3,2,6,32.768,1,0.016
15,40,0,3,3,6,32.768,3784,60.416000000000004
16,40,0,4,0,7,32.768,2,0.013000000000000001
17,40,0,4,1,7,32.768,1076,8.618
18,40,0,4,2,7,32.768,904,7.2315000000000005
19,40,0,4,3,7,32.768,647,5.159
20,40,0,5,0,7,32.768,0,0.0
21,40,0,5,1,7,32.768,1274,10.1845
22,40,0,5,2,7,32.768,1154,9.221
23,40,0,5,3,7,32.768,1,0.0055
24,40,0,6,0,7,32.768,1559,12.48
25,40,0,6,1,7,32.768,1498,11.986
26,40,0,6,2,7,32.768,1,0.0095
27,40,0,6,3,7,32.768,941,7.5305
28,40,0,7,0,7,32.768,1839,14.698
29,40,0,7,1,7,32.768,1509,12.064
30,40,0,7,2,7,32.768,1334,10.6585
31,40,0,7,3,7,32.768,1087,8.699
32,40,1,0,0,0,32.768,23142,23709.760000000002
33,40,1,0,1,0,32.768,20631,21162.048
34,40,1,0,2,0,32.768,1,1.024
35,40,1,0,3,0,32.768,0,0.0
36,40,1,1,0,0,32.768,30732,31531.52
37,40,1,1,1,0,32.768,1,1.024
38,40,1,1,2,0,32.768,1,1.024
39,40,1,1,3,0,32.768,24516,25135.68
40,40,1,2,0,0,32.768,0,0.0
41,40,1,2,1,0,32.768,1,1.024
42,40,1,2,2,0,32.768,30776,31582.912
43,40,1,2,3,0,32.768,27792,28532.224000000002
44,40,1,3,0,0,32.768,1,1.024
45,40,1,3,1,0,32.768,1,1.024
46,40,1,3,2,0,32.768,38075,38883.264
47,40,1,3,3,0,32.768,33931,34826.176
48,40,1,4,0,0,32.768,16069,16438.528000000002
49,40,1,4,1,0,32.768,1,1.024
50,40,1,4,2,0,32.768,1,1.024
51,40,1,4,3,0,32.768,0,0.0
52,40,1,5,0,0,32.768,0,0.0
53,40,1,5,1,0,32.768,24,25.472
54,40,1,5,2,0,32.768,17741,18210.56
55,40,1,5,3,0,32.768,15980,16309.376
56,40,1,6,0,0,32.768,29826,30622.464
57,40,1,6,1,0,32.768,22829,23444.288
58,40,1,6,2,0,32.768,22369,22860.096
59,40,1,6,3,0,32.768,19321,19736.768
60,40,1,7,0,0,32.768,1,1.024
61,40,1,7,1,0,32.768,1,1.024
62,40,1,7,2,0,32.768,25203,25847.616
63,40,1,7,3,0,32.768,22330,22802.944

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1612,25.795
1,30,0,0,1,6,32.768,1,0.017
2,30,0,0,2,6,32.768,1465,23.415
3,30,0,0,3,6,32.768,1424,22.824
4,30,0,1,0,6,32.768,0,0.0
5,30,0,1,1,6,32.768,2690,43.115
6,30,0,1,2,6,32.768,1661,26.518
7,30,0,1,3,6,32.768,1612,25.772000000000002
8,30,0,2,0,6,32.768,1,0.016
9,30,0,2,1,6,32.768,2246,35.979
10,30,0,2,2,6,32.768,0,0.0
11,30,0,2,3,6,32.768,1744,27.888
12,30,0,3,0,6,32.768,1,0.016
13,30,0,3,1,6,32.768,0,0.0
14,30,0,3,2,6,32.768,1,0.016
15,30,0,3,3,6,32.768,2298,36.697
16,30,0,4,0,7,32.768,2,0.013000000000000001
17,30,0,4,1,7,32.768,0,0.001
18,30,0,4,2,7,32.768,0,0.0
19,30,0,4,3,7,32.768,349,2.8015
20,30,0,5,0,7,32.768,0,0.0
21,30,0,5,1,7,32.768,709,5.6695
22,30,0,5,2,7,32.768,270,2.093
23,30,0,5,3,7,32.768,1,0.004
24,30,0,6,0,7,32.768,835,6.6785000000000005
25,30,0,6,1,7,32.768,820,6.5225
26,30,0,6,2,7,32.768,1,0.008
27,30,0,6,3,7,32.768,522,4.1765
28,30,0,7,0,7,32.768,1019,8.1655
29,30,0,7,1,7,32.768,837,6.692
30,30,0,7,2,7,32.768,747,5.9675
31,30,0,7,3,7,32.768,604,4.8340000000000005
32,30,1,0,0,0,32.768,18849,19239.616
33,30,1,0,1,0,32.768,16742,17137.6
34,30,1,0,2,0,32.768,1,1.024
35,30,1,0,3,0,32.768,0,0.0
36,30,1,1,0,0,32.768,24901,25552.0
37,30,1,1,1,0,32.768,1,1.024
38,30,1,1,2,0,32.768,1,1.024
39,30,1,1,3,0,32.768,20249,20694.016
40,30,1,2,0,0,32.768,0,0.0
41,30,1,2,1,0,32.768,1,1.024
42,30,1,2,2,0,32.768,25341,25909.696
43,30,1,2,3,0,32.768,22855,23475.072
44,30,1,3,0,0,32.768,1,1.024
45,30,1,3,1,0,32.768,1,1.024
46,30,1,3,2,0,32.768,31182,31870.72
47,30,1,3,3,0,32.768,28020,28605.632
48,30,1,4,0,0,32.768,12782,13094.336000000001
49,30,1,4,1,0,32.768,1,1.024
50,30,1,4,2,0,32.768,1,1.024
51,30,1,4,3,0,32.768,0,0.0
52,30,1,5,0,0,32.768,0,0.0
53,30,1,5,1,0,32.768,0,0.0
54,30,1,5,2,0,32.768,14273,14645.248
55,30,1,5,3,0,32.768,12880,13155.776
56,30,1,6,0,0,32.768,23990,24592.704
57,30,1,6,1,0,32.768,18182,18653.056
58,30,1,6,2,0,32.768,18106,18561.152000000002
59,30,1,6,3,0,32.768,15537,15961.024
60,30,1,7,0,0,32.768,1,1.024
61,30,1,7,1,0,32.768,1,1.024
62,30,1,7,2,0,32.768,20411,20871.872
63,30,1,7,3,0,32.768,17983,18372.352

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,961,15.399000000000001
1,20,0,0,1,6,32.768,1,0.017
2,20,0,0,2,6,32.768,878,14.088000000000001
3,20,0,0,3,6,32.768,872,13.914
4,20,0,1,0,6,32.768,0,0.0
5,20,0,1,1,6,32.768,1643,26.278000000000002
6,20,0,1,2,6,32.768,1008,16.121
7,20,0,1,3,6,32.768,980,15.695
8,20,0,2,0,6,32.768,1,0.016
9,20,0,2,1,6,32.768,1349,21.574
10,20,0,2,2,6,32.768,0,0.0
11,20,0,2,3,6,32.768,1053,16.808
12,20,0,3,0,6,32.768,1,0.016
13,20,0,3,1,6,32.768,0,0.0
14,20,0,3,2,6,32.768,1,0.016
15,20,0,3,3,6,32.768,1377,22.07
16,20,0,4,0,7,32.768,2,0.0125
17,20,0,4,1,7,32.768,0,0.0
18,20,0,4,2,7,32.768,0,0.0
19,20,0,4,3,7,32.768,188,1.5035
20,20,0,5,0,7,32.768,0,0.001
21,20,0,5,1,7,32.768,388,3.1035
22,20,0,5,2,7,32.768,1,0.008
23,20,0,5,3,7,32.768,0,0.0
24,20,0,6,0,7,32.768,464,3.7245
25,20,0,6,1,7,32.768,446,3.536
26,20,0,6,2,7,32.768,1,0.008
27,20,0,6,3,7,32.768,283,2.2705
28,20,0,7,0,7,32.768,553,4.4285
29,20,0,7,1,7,32.768,454,3.6245000000000003
30,20,0,7,2,7,32.768,408,3.2635
31,20,0,7,3,7,32.768,329,2.6195
32,20,1,0,0,0,32.768,15080,15407.744
33,20,1,0,1,0,32.768,1197,1357.248
34,20,1,0,2,0,32.768,1,1.024
35,20,1,0,3,0,32.768,0,0.0
36,20,1,1,0,0,32.768,19958,20396.288
37,20,1,1,1,0,32.768,1,1.024
38,20,1,1,2,0,32.768,1,1.024
39,20,1,1,3,0,32.768,16367,16782.08
40,20,1,2,0,0,32.768,0,0.0
41,20,1,2,1,0,32.768,1,1.024
42,20,1,2,2,0,32.768,20473,20886.272
43,20,1,2,3,0,32.768,18529,19028.16
44,20,1,3,0,0,32.768,1,1.024
45,20,1,3,1,0,32.768,1,1.024
46,20,1,3,2,0,32.768,11,10.368
47,20,1,3,3,0,32.768,22618,23067.52
48,20,1,4,0,0,32.768,9978,10247.296
49,20,1,4,1,0,32.768,1,1.024
50,20,1,4,2,0,32.768,1,1.024
51,20,1,4,3,0,32.768,0,0.0
52,20,1,5,0,0,32.768,0,0.0
53,20,1,5,1,0,32.768,0,0.0
54,20,1,5,2,0,32.768,11282,11570.432
55,20,1,5,3,0,32.768,10155,10416.32
56,20,1,6,0,0,32.768,18987,19388.48
57,20,1,6,1,0,32.768,14244,14549.888
58,20,1,6,2,0,32.768,14472,14783.104000000001
59,20,1,6,3,0,32.768,12357,12672.512
60,20,1,7,0,0,32.768,1,1.024
61,20,1,7,1,0,32.768,1,1.024
62,20,1,7,2,0,32.768,16129,16498.752
63,20,1,7,3,0,32.768,14198,14508.992

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,62775,1004.394
1,120,0,0,1,6,32.768,73059,1170.148
2,120,0,0,2,6,32.768,53339,862.222
3,120,0,0,3,6,32.768,47596,761.083
4,120,0,1,0,6,32.768,88189,1411.819
5,120,0,1,1,6,32.768,87754,1402.1390000000001
6,120,0,1,2,6,32.768,58525,936.5310000000001
7,120,0,1,3,6,32.768,55153,882.716
8,120,0,2,0,6,32.768,1,0.016
9,120,0,2,1,6,32.768,81371,1303.501
10,120,0,2,2,6,32.768,80878,1295.393
11,120,0,2,3,6,32.768,59757,955.952
12,120,0,3,0,6,32.768,1,0.016
13,120,0,3,1,6,32.768,91542,1465.588
14,120,0,3,2,6,32.768,78342,1252.1390000000001
15,120,0,3,3,6,32.768,75269,1204.096
16,120,0,4,0,7,32.768,43368,347.052
17,120,0,4,1,7,32.768,36519,291.993
18,120,0,4,2,7,32.768,31926,255.483
19,120,0,4,3,7,32.768,24887,199.17600000000002
20,120,0,5,0,7,32.768,0,0.0
21,120,0,5,1,7,32.768,44733,357.8875
22,120,0,5,2,7,32.768,41054,328.583
23,120,0,5,3,7,32.768,35566,284.3985
24,120,0,6,0,7,32.768,69849,558.9245
25,120,0,6,1,7,32.768,56730,453.899
26,120,0,6,2,7,32.768,43931,351.281
27,120,0,6,3,7,32.768,33900,271.2785
28,120,0,7,0,7,32.768,64714,517.7765
29,120,0,7,1,7,32.768,55914,447.095
30,120,0,7,2,7,32.768,46266,370.253
31,120,0,7,3,7,32.768,39067,312.567
32,120,1,0,0,0,32.768,21,19.328
33,120,1,0,1,0,32.768,64082,65469.696
34,120,1,0,2,0,32.768,57904,59423.488000000005
35,120,1,0,3,0,32.768,50293,51318.4
36,120,1,1,0,0,32.768,100555,102778.496
37,120,1,1,1,0,32.768,1,1.024
38,120,1,1,2,0,32.768,78119,79799.552
39,120,1,1,3,0,32.768,72580,74508.672
40,120,1,2,0,0,32.768,65174,66731.32800000001
41,120,1,2,1,0,32.768,115952,118602.68800000001
42,120,1,2,2,0,32.768,93135,95546.496
43,120,1,2,3,0,32.768,83956,86089.53600000001
44,120,1,3,0,0,32.768,1,1.024
45,120,1,3,1,0,32.768,1,1.024
46,120,1,3,2,0,32.768,113108,115801.024
47,120,1,3,3,0,32.768,101069,103358.592
48,120,1,4,0,0,32.768,57457,58833.728
49,120,1,4,1,0,32.768,1,1.024
50,120,1,4,2,0,32.768,44235,45168.384
51,120,1,4,3,0,32.768,36867,37650.112
52,120,1,5,0,0,32.768,3,5.5040000000000004
53,120,1,5,1,0,32.768,70325,71780.8
54,120,1,5,2,0,32.768,59899,61348.416000000005
55,120,1,5,3,0,32.768,53013,54455.36
56,120,1,6,0,0,32.768,103125,105487.68000000001
57,120,1,6,1,0,32.768,82179,84372.8
58,120,1,6,2,0,32.768,73565,75111.232
59,120,1,6,3,0,32.768,64085,65545.216
60,120,1,7,0,0,32.768,1,1.024
61,120,1,7,1,0,32.768,1,1.024
62,120,1,7,2,0,32.768,84189,85950.656
63,120,1,7,3,0,32.768,73630,75565.696

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,45237,723.667
1,110,0,0,1,6,32.768,53909,861.306
2,110,0,0,2,6,32.768,38748,620.766
3,110,0,0,3,6,32.768,34848,558.362
4,110,0,1,0,6,32.768,46424,749.8770000000001
5,110,0,1,1,6,32.768,64473,1030.657
6,110,0,1,2,6,32.768,42624,682.359
7,110,0,1,3,6,32.768,40319,644.494
8,110,0,2,0,6,32.768,1,0.016
9,110,0,2,1,6,32.768,59271,949.375
10,110,0,2,2,6,32.768,59639,952.899
11,110,0,2,3,6,32.768,43793,700.197
12,110,0,3,0,6,32.768,1,0.016
13,110,0,3,1,6,32.768,66893,1068.777
14,110,0,3,2,6,32.768,57427,918.057
15,110,0,3,3,6,32.768,55376,885.5210000000001
16,110,0,4,0,7,32.768,29790,238.364
17,110,0,4,1,7,32.768,25340,202.603
18,110,0,4,2,7,32.768,22171,177.3035
19,110,0,4,3,7,32.768,17169,137.4065
20,110,0,5,0,7,32.768,0,0.0
21,110,0,5,1,7,32.768,30961,247.7765
22,110,0,5,2,7,32.768,28394,227.2075
23,110,0,5,3,7,32.768,24917,199.233
24,110,0,6,0,7,32.768,47652,381.115
25,110,0,6,1,7,32.768,39382,315.237
26,110,0,6,2,7,32.768,30606,244.7475
27,110,0,6,3,7,32.768,23471,187.69050000000001
28,110,0,7,0,7,32.768,44725,357.9465
29,110,0,7,1,7,32.768,38589,308.758
30,110,0,7,2,7,32.768,32155,257.0865
31,110,0,7,3,7,32.768,27120,216.9995
32,110,1,0,0,0,32.768,66301,67631.872
33,110,1,0,1,0,32.768,57312,58817.408
34,110,1,0,2,0,32.768,52518,53602.24
35,110,1,0,3,0,32.768,45056,46230.336
36,110,1,1,0,0,32.768,90065,91946.496
37,110,1,1,1,0,32.768,1,1.024
38,110,1,1,2,0,32.768,70285,72102.976
39,110,1,1,3,0,32.768,65870,67277.568
40,110,1,2,0,0,32.768,1247,1193.664
41,110,1,2,1,0,32.768,104869,107018.68800000001
42,110,1,2,2,0,32.768,83927,86137.53600000001
43,110,1,2,3,0,32.768,75495,77521.984
44,110,1,3,0,0,32.768,1,1.024
45,110,1,3,1,0,32.768,1,1.024
46,110,1,3,2,0,32.768,102464,104666.56
47,110,1,3,3,0,32.768,90986,93464.704
48,110,1,4,0,0,32.768,50796,52143.808000000005
49,110,1,4,1,0,32.768,1,1.024
50,110,1,4,2,0,32.768,39330,40305.344
51,110,1,4,3,0,32.768,32661,33526.016
52,110,1,5,0,0,32.768,0,0.0
53,110,1,5,1,0,32.768,62920,64275.776
54,110,1,5,2,0,32.768,53602,54727.296
55,110,1,5,3,0,32.768,47352,48594.56
56,110,1,6,0,0,32.768,91885,94044.54400000001
57,110,1,6,1,0,32.768,73094,74955.392
58,110,1,6,2,0,32.768,65638,67103.68000000001
59,110,1,6,3,0,32.768,57286,58508.352
60,110,1,7,0,0,32.768,1,1.024
61,110,1,7,1,0,32.768,1,1.024
62,110,1,7,2,0,32.768,75053,76855.232
63,110,1,7,3,0,32.768,66165,67607.808

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,530,8.469
1,10,0,0,1,6,32.768,1,0.016
2,10,0,0,2,6,32.768,495,7.915
3,10,0,0,3,6,32.768,495,7.925
4,10,0,1,0,6,32.768,0,0.0
5,10,0,1,1,6,32.768,931,14.924
6,10,0,1,2,6,32.768,572,9.163
7,10,0,1,3,6,32.768,560,8.952
8,10,0,2,0,6,32.768,1,0.016
9,10,0,2,1,6,32.768,758,12.136000000000001
10,10,0,2,2,6,32.768,0,0.0
11,10,0,2,3,6,32.768,593,9.491
12,10,0,3,0,6,32.768,1,0.016
13,10,0,3,1,6,32.768,0,0.0
14,10,0,3,2,6,32.768,1,0.016
15,10,0,3,3,6,32.768,779,12.469
16,10,0,4,0,7,32.768,1,0.0085
17,10,0,4,1,7,32.768,0,0.0
18,10,0,4,2,7,32.768,0,0.0
19,10,0,4,3,7,32.768,93,0.754
20,10,0,5,0,7,32.768,0,0.0015
21,10,0,5,1,7,32.768,199,1.5855000000000001
22,10,0,5,2,7,32.768,1,0.008
23,10,0,5,3,7,32.768,0,0.0
24,10,0,6,0,7,32.768,235,1.8845
25,10,0,6,1,7,32.768,228,1.8365
26,10,0,6,2,7,32.768,1,0.008
27,10,0,6,3,7,32.768,145,1.1585
28,10,0,7,0,7,32.768,280,2.261
29,10,0,7,1,7,32.768,230,1.844
30,10,0,7,2,7,32.768,211,1.6825
31,10,0,7,3,7,32.768,166,1.34
32,10,1,0,0,0,32.768,11760,11999.872
33,10,1,0,1,0,32.768,0,0.0
34,10,1,0,2,0,32.768,1,1.024
35,10,1,0,3,0,32.768,0,0.0
36,10,1,1,0,0,32.768,15503,15856.128
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,1,1.024
39,10,1,1,3,0,32.768,12952,13291.84
40,10,1,2,0,0,32.768,0,0.0
41,10,1,2,1,0,32.768,1,1.024
42,10,1,2,2,0,32.768,16101,16421.12
43,10,1,2,3,0,32.768,14747,15058.496000000001
44,10,1,3,0,0,32.768,1,1.024
45,10,1,3,1,0,32.768,1,1.024
46,10,1,3,2,0,32.768,1,1.408
47,10,1,3,3,0,32.768,17702,18157.760000000002
48,10,1,4,0,0,32.768,7640,7810.048
49,10,1,4,1,0,32.768,1,1.024
50,10,1,4,2,0,32.768,1,1.024
51,10,1,4,3,0,32.768,0,0.0
52,10,1,5,0,0,32.768,0,0.0
53,10,1,5,1,0,32.768,0,0.0
54,10,1,5,2,0,32.768,8698,8886.656
55,10,1,5,3,0,32.768,7831,8032.512
56,10,1,6,0,0,32.768,14531,14870.08
57,10,1,6,1,0,32.768,10811,11043.2
58,10,1,6,2,0,32.768,11208,11457.408
59,10,1,6,3,0,32.768,9553,9798.528
60,10,1,7,0,0,32.768,1,1.024
61,10,1,7,1,0,32.768,1,1.024
62,10,1,7,2,0,32.768,12372,12688.0
63,10,1,7,3,0,32.768,10919,11148.672

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,32224,515.519
1,100,0,0,1,6,32.768,39097,626.202
2,100,0,0,2,6,32.768,27878,445.615
3,100,0,0,3,6,32.768,25273,404.25100000000003
4,100,0,1,0,6,32.768,5565,83.209
5,100,0,1,1,6,32.768,46699,747.837
6,100,0,1,2,6,32.768,30663,490.842
7,100,0,1,3,6,32.768,29056,464.309
8,100,0,2,0,6,32.768,1,0.016
9,100,0,2,1,6,32.768,42582,681.999
10,100,0,2,2,6,32.768,43301,691.801
11,100,0,2,3,6,32.768,31552,505.50800000000004
12,100,0,3,0,6,32.768,1,0.016
13,100,0,3,1,6,32.768,48022,768.759
14,100,0,3,2,6,32.768,41414,662.194
15,100,0,3,3,6,32.768,40180,642.104
16,100,0,4,0,7,32.768,20133,161.12550000000002
17,100,0,4,1,7,32.768,17301,138.3435
18,100,0,4,2,7,32.768,15117,120.9665
19,100,0,4,3,7,32.768,11626,93.0455
20,100,0,5,0,7,32.768,0,0.0
21,100,0,5,1,7,32.768,21071,168.645
22,100,0,5,2,7,32.768,19334,154.6325
23,100,0,5,3,7,32.768,17144,137.1145
24,100,0,6,0,7,32.768,31806,254.5515
25,100,0,6,1,7,32.768,26846,214.6365
26,100,0,6,2,7,32.768,20873,167.013
27,100,0,6,3,7,32.768,15944,127.62
28,100,0,7,0,7,32.768,30455,243.50900000000001
29,100,0,7,1,7,32.768,26168,209.4545
30,100,0,7,2,7,32.768,21941,175.4775
31,100,0,7,3,7,32.768,18499,147.929
32,100,1,0,0,0,32.768,59250,60669.696
33,100,1,0,1,0,32.768,51386,52483.008
34,100,1,0,2,0,32.768,46833,48030.784
35,100,1,0,3,0,32.768,40477,41308.032
36,100,1,1,0,0,32.768,79498,81598.528
37,100,1,1,1,0,32.768,1,1.024
38,100,1,1,2,0,32.768,63041,64620.416000000005
39,100,1,1,3,0,32.768,58942,60333.824
40,100,1,2,0,0,32.768,8,9.152000000000001
41,100,1,2,1,0,32.768,93750,95963.392
42,100,1,2,2,0,32.768,75122,76995.008
43,100,1,2,3,0,32.768,67659,69299.712
44,100,1,3,0,0,32.768,1,1.024
45,100,1,3,1,0,32.768,1,1.024
46,100,1,3,2,0,32.768,91896,93825.216
47,100,1,3,3,0,32.768,81911,83787.648
48,100,1,4,0,0,32.768,44869,45877.888
49,100,1,4,1,0,32.768,1,1.024
50,100,1,4,2,0,32.768,34844,35646.784
51,100,1,4,3,0,32.768,28982,29631.04
52,100,1,5,0,0,32.768,0,0.0
53,100,1,5,1,0,32.768,55566,57063.424
54,100,1,5,2,0,32.768,47374,48396.736000000004
55,100,1,5,3,0,32.768,41924,43057.984000000004
56,100,1,6,0,0,32.768,81312,82981.888
57,100,1,6,1,0,32.768,64233,65930.24
58,100,1,6,2,0,32.768,58011,59563.328
59,100,1,6,3,0,32.768,50752,51837.568
60,100,1,7,0,0,32.768,1,1.024
61,100,1,7,1,0,32.768,1,1.024
62,100,1,7,2,0,32.768,66339,68066.432
63,100,1,7,3,0,32.768,58714,59943.424

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,285,4.565
1,0,0,0,1,6,32.768,1,0.016
2,0,0,0,2,6,32.768,274,4.384
3,0,0,0,3,6,32.768,277,4.429
4,0,0,1,0,6,32.768,0,0.0
5,0,0,1,1,6,32.768,519,8.31
6,0,0,1,2,6,32.768,318,5.091
7,0,0,1,3,6,32.768,313,5.027
8,0,0,2,0,6,32.768,1,0.016
9,0,0,2,1,6,32.768,314,5.017
10,0,0,2,2,6,32.768,0,0.0
11,0,0,2,3,6,32.768,329,5.26
12,0,0,3,0,6,32.768,1,0.016
13,0,0,3,1,6,32.768,0,0.0
14,0,0,3,2,6,32.768,1,0.016
15,0,0,3,3,6,32.768,407,6.614
16,0,0,4,0,7,32.768,1,0.008
17,0,0,4,1,7,32.768,0,0.0
18,0,0,4,2,7,32.768,0,0.0
19,0,0,4,3,7,32.768,49,0.371
20,0,0,5,0,7,32.768,1,0.004
21,0,0,5,1,7,32.768,98,0.7875
22,0,0,5,2,7,32.768,1,0.008
23,0,0,5,3,7,32.768,0,0.0
24,0,0,6,0,7,32.768,113,0.8985
25,0,0,6,1,7,32.768,137,1.0485
26,0,0,6,2,7,32.768,1,0.008
27,0,0,6,3,7,32.768,72,0.5745
28,0,0,7,0,7,32.768,140,1.1195
29,0,0,7,1,7,32.768,116,0.9125
30,0,0,7,2,7,32.768,106,0.8495
31,0,0,7,3,7,32.768,85,0.6685
32,0,1,0,0,0,32.768,8973,9200.256
33,0,1,0,1,0,32.768,0,0.0
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,0,0.0
36,0,1,1,0,0,32.768,11888,12144.064
37,0,1,1,1,0,32.768,1,1.024
38,0,1,1,2,0,32.768,1,1.024
39,0,1,1,3,0,32.768,10121,10361.28
40,0,1,2,0,0,32.768,0,0.0
41,0,1,2,1,0,32.768,1,1.024
42,0,1,2,2,0,32.768,12392,12683.136
43,0,1,2,3,0,32.768,11500,11730.688
44,0,1,3,0,0,32.768,1,1.024
45,0,1,3,1,0,32.768,1,1.024
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,13701,14045.888
48,0,1,4,0,0,32.768,5719,5840.832
49,0,1,4,1,0,32.768,1,1.024
50,0,1,4,2,0,32.768,1,1.024
51,0,1,4,3,0,32.768,0,0.0
52,0,1,5,0,0,32.768,0,0.0
53,0,1,5,1,0,32.768,0,0.0
54,0,1,5,2,0,32.768,6525,6695.872
55,0,1,5,3,0,32.768,5926,6075.776
56,0,1,6,0,0,32.768,10922,11190.784
57,0,1,6,1,0,32.768,8024,8214.208
58,0,1,6,2,0,32.768,8549,8725.184
59,0,1,6,3,0,32.768,7255,7451.776
60,0,1,7,0,0,32.768,1,1.024
61,0,1,7,1,0,32.768,1,1.024
62,0,1,7,2,0,32.768,9335,9571.52
63,0,1,7,3,0,32.768,8200,8415.36

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,29,0.305
1,-40,0,0,1,6,32.768,1,0.016
2,-40,0,0,2,6,32.768,19,0.305
3,-40,0,0,3,6,32.768,24,0.328
4,-40,0,1,0,6,32.768,0,0.0
5,-40,0,1,1,6,32.768,32,0.532
6,-40,0,1,2,6,32.768,40,0.93
7,-40,0,1,3,6,32.768,0,0.0
8,-40,0,2,0,6,32.768,1,0.016
9,-40,0,2,1,6,32.768,0,0.001
10,-40,0,2,2,6,32.768,0,0.0
11,-40,0,2,3,6,32.768,47,0.665
12,-40,0,3,0,6,32.768,1,0.016
13,-40,0,3,1,6,32.768,0,0.0
14,-40,0,3,2,6,32.768,1,0.016
15,-40,0,3,3,6,32.768,1,0.016
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,0,0.0
18,-40,0,4,2,7,32.768,0,0.0
19,-40,0,4,3,7,32.768,7,0.061
20,-40,0,5,0,7,32.768,0,0.019
21,-40,0,5,1,7,32.768,20,0.1535
22,-40,0,5,2,7,32.768,1,0.008
23,-40,0,5,3,7,32.768,0,0.0
24,-40,0,6,0,7,32.768,2,0.0225
25,-40,0,6,1,7,32.768,1,0.008
26,-40,0,6,2,7,32.768,1,0.008
27,-40,0,6,3,7,32.768,14,0.17400000000000002
28,-40,0,7,0,7,32.768,19,0.202
29,-40,0,7,1,7,32.768,4,0.053
30,-40,0,7,2,7,32.768,1,0.008
31,-40,0,7,3,7,32.768,6,0.069
32,-40,1,0,0,0,32.768,0,0.0
33,-40,1,0,1,0,32.768,0,0.0
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,0,0.0
36,-40,1,1,0,0,32.768,2964,3038.3360000000002
37,-40,1,1,1,0,32.768,1,1.024
38,-40,1,1,2,0,32.768,1,1.024
39,-40,1,1,3,0,32.768,0,0.0
40,-40,1,2,0,0,32.768,0,0.0
41,-40,1,2,1,0,32.768,1,1.024
42,-40,1,2,2,0,32.768,3194,3276.48
43,-40,1,2,3,0,32.768,0,0.0
44,-40,1,3,0,0,32.768,1,1.024
45,-40,1,3,1,0,32.768,1,1.024
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,3565,3660.16
48,-40,1,4,0,0,32.768,1263,1293.824
49,-40,1,4,1,0,32.768,1,1.024
50,-40,1,4,2,0,32.768,1,1.024
51,-40,1,4,3,0,32.768,0,0.0
52,-40,1,5,0,0,32.768,0,0.0
53,-40,1,5,1,0,32.768,0,0.0
54,-40,1,5,2,0,32.768,1474,1504.128
55,-40,1,5,3,0,32.768,1404,1435.52
56,-40,1,6,0,0,32.768,0,0.0
57,-40,1,6,1,0,32.768,1709,1756.928
58,-40,1,6,2,0,32.768,1,1.024
59,-40,1,6,3,0,32.768,1,1.024
60,-40,1,7,0,0,32.768,1,1.024
61,-40,1,7,1,0,32.768,1,1.024
62,-40,1,7,2,0,32.768,2089,2140.672
63,-40,1,7,3,0,32.768,1871,1919.3600000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,34,0.5650000000000001
1,-30,0,0,1,6,32.768,1,0.016
2,-30,0,0,2,6,32.768,35,0.595
3,-30,0,0,3,6,32.768,38,0.649
4,-30,0,1,0,6,32.768,0,0.0
5,-30,0,1,1,6,32.768,66,1.039
6,-30,0,1,2,6,32.768,1,0.04
7,-30,0,1,3,6,32.768,0,0.0
8,-30,0,2,0,6,32.768,1,0.016
9,-30,0,2,1,6,32.768,0,0.0
10,-30,0,2,2,6,32.768,0,0.0
11,-30,0,2,3,6,32.768,81,1.233
12,-30,0,3,0,6,32.768,1,0.016
13,-30,0,3,1,6,32.768,0,0.0
14,-30,0,3,2,6,32.768,1,0.016
15,-30,0,3,3,6,32.768,1,0.016
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,0,0.0
18,-30,0,4,2,7,32.768,0,0.0
19,-30,0,4,3,7,32.768,9,0.07200000000000001
20,-30,0,5,0,7,32.768,0,0.006500000000000001
21,-30,0,5,1,7,32.768,16,0.244
22,-30,0,5,2,7,32.768,1,0.008
23,-30,0,5,3,7,32.768,0,0.0
24,-30,0,6,0,7,32.768,9,0.067
25,-30,0,6,1,7,32.768,1,0.01
26,-30,0,6,2,7,32.768,1,0.008
27,-30,0,6,3,7,32.768,14,0.15
28,-30,0,7,0,7,32.768,32,0.2505
29,-30,0,7,1,7,32.768,12,0.083
30,-30,0,7,2,7,32.768,1,0.014
31,-30,0,7,3,7,32.768,14,0.1145
32,-30,1,0,0,0,32.768,0,0.0
33,-30,1,0,1,0,32.768,0,0.0
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,0,0.0
36,-30,1,1,0,0,32.768,4420,4512.448
37,-30,1,1,1,0,32.768,1,1.024
38,-30,1,1,2,0,32.768,1,1.024
39,-30,1,1,3,0,32.768,4007,4102.4
40,-30,1,2,0,0,32.768,0,0.0
41,-30,1,2,1,0,32.768,1,1.024
42,-30,1,2,2,0,32.768,4716,4834.304
43,-30,1,2,3,0,32.768,0,0.0
44,-30,1,3,0,0,32.768,1,1.024
45,-30,1,3,1,0,32.768,1,1.024
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,5254,5381.568
48,-30,1,4,0,0,32.768,1950,1990.912
49,-30,1,4,1,0,32.768,1,1.024
50,-30,1,4,2,0,32.768,1,1.024
51,-30,1,4,3,0,32.768,0,0.0
52,-30,1,5,0,0,32.768,0,0.0
53,-30,1,5,1,0,32.768,0,0.0
54,-30,1,5,2,0,32.768,2257,2309.44
55,-30,1,5,3,0,32.768,2114,2160.96
56,-30,1,6,0,0,32.768,3843,3917.248
57,-30,1,6,1,0,32.768,2662,2733.312
58,-30,1,6,2,0,32.768,1,1.024
59,-30,1,6,3,0,32.768,2619,2687.552
60,-30,1,7,0,0,32.768,1,1.024
61,-30,1,7,1,0,32.768,1,1.024
62,-30,1,7,2,0,32.768,3281,3349.888
63,-30,1,7,3,0,32.768,2856,2932.864

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,71,1.1360000000000001
1,-20,0,0,1,6,32.768,1,0.016
2,-20,0,0,2,6,32.768,73,1.149
3,-20,0,0,3,6,32.768,77,1.177
4,-20,0,1,0,6,32.768,0,0.0
5,-20,0,1,1,6,32.768,136,2.158
6,-20,0,1,2,6,32.768,60,1.002
7,-20,0,1,3,6,32.768,1,0.022
8,-20,0,2,0,6,32.768,1,0.016
9,-20,0,2,1,6,32.768,0,0.0
10,-20,0,2,2,6,32.768,0,0.0
11,-20,0,2,3,6,32.768,96,1.6
12,-20,0,3,0,6,32.768,1,0.016
13,-20,0,3,1,6,32.768,0,0.0
14,-20,0,3,2,6,32.768,1,0.016
15,-20,0,3,3,6,32.768,1,0.016
16,-20,0,4,0,7,32.768,54,0.499
17,-20,0,4,1,7,32.768,0,0.0
18,-20,0,4,2,7,32.768,0,0.0
19,-20,0,4,3,7,32.768,11,0.09
20,-20,0,5,0,7,32.768,0,0.002
21,-20,0,5,1,7,32.768,29,0.2635
22,-20,0,5,2,7,32.768,1,0.008
23,-20,0,5,3,7,32.768,0,0.0
24,-20,0,6,0,7,32.768,20,0.1605
25,-20,0,6,1,7,32.768,23,0.165
26,-20,0,6,2,7,32.768,1,0.008
27,-20,0,6,3,7,32.768,19,0.17250000000000001
28,-20,0,7,0,7,32.768,45,0.3285
29,-20,0,7,1,7,32.768,24,0.1855
30,-20,0,7,2,7,32.768,68,0.3595
31,-20,0,7,3,7,32.768,26,0.1795
32,-20,1,0,0,0,32.768,55,45.312
33,-20,1,0,1,0,32.768,0,0.0
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,0,0.0
36,-20,1,1,0,0,32.768,6336,6462.528
37,-20,1,1,1,0,32.768,1,1.024
38,-20,1,1,2,0,32.768,1,1.024
39,-20,1,1,3,0,32.768,5608,5730.752
40,-20,1,2,0,0,32.768,0,0.0
41,-20,1,2,1,0,32.768,1,1.024
42,-20,1,2,2,0,32.768,6703,6863.488
43,-20,1,2,3,0,32.768,0,0.0
44,-20,1,3,0,0,32.768,1,1.024
45,-20,1,3,1,0,32.768,1,1.024
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,7448,7613.2480000000005
48,-20,1,4,0,0,32.768,2861,2937.6
49,-20,1,4,1,0,32.768,1,1.024
50,-20,1,4,2,0,32.768,1,1.024
51,-20,1,4,3,0,32.768,0,0.0
52,-20,1,5,0,0,32.768,0,0.0
53,-20,1,5,1,0,32.768,0,0.0
54,-20,1,5,2,0,32.768,3325,3404.736
55,-20,1,5,3,0,32.768,3058,3136.896
56,-20,1,6,0,0,32.768,5644,5769.984
57,-20,1,6,1,0,32.768,3967,4075.648
58,-20,1,6,2,0,32.768,1,1.024
59,-20,1,6,3,0,32.768,3808,3895.6800000000003
60,-20,1,7,0,0,32.768,1,1.024
61,-20,1,7,1,0,32.768,1,1.024
62,-20,1,7,2,0,32.768,4801,4904.064
63,-20,1,7,3,0,32.768,4218,4304.384

tapeouts/mpw-1/testsetup/MeasResults/ChipNo11/Meas_ChipNo11_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,144,2.3000000000000003
1,-10,0,0,1,6,32.768,1,0.016
2,-10,0,0,2,6,32.768,139,2.236
3,-10,0,0,3,6,32.768,147,2.336
4,-10,0,1,0,6,32.768,0,0.0
5,-10,0,1,1,6,32.768,271,4.316
6,-10,0,1,2,6,32.768,170,2.628
7,-10,0,1,3,6,32.768,278,4.873
8,-10,0,2,0,6,32.768,1,0.016
9,-10,0,2,1,6,32.768,0,0.0
10,-10,0,2,2,6,32.768,0,0.0
11,-10,0,2,3,6,32.768,170,2.712
12,-10,0,3,0,6,32.768,1,0.016
13,-10,0,3,1,6,32.768,0,0.0
14,-10,0,3,2,6,32.768,1,0.016
15,-10,0,3,3,6,32.768,68,1.071
16,-10,0,4,0,7,32.768,1,0.008
17,-10,0,4,1,7,32.768,0,0.0
18,-10,0,4,2,7,32.768,0,0.0
19,-10,0,4,3,7,32.768,22,0.169
20,-10,0,5,0,7,32.768,0,0.004
21,-10,0,5,1,7,32.768,47,0.3955
22,-10,0,5,2,7,32.768,1,0.008
23,-10,0,5,3,7,32.768,0,0.0
24,-10,0,6,0,7,32.768,50,0.3965
25,-10,0,6,1,7,32.768,98,0.782
26,-10,0,6,2,7,32.768,1,0.008
27,-10,0,6,3,7,32.768,35,0.276
28,-10,0,7,0,7,32.768,67,0.5315
29,-10,0,7,1,7,32.768,52,0.418
30,-10,0,7,2,7,32.768,59,0.466
31,-10,0,7,3,7,32.768,40,0.3255
32,-10,1,0,0,0,32.768,6661,6794.24
33,-10,1,0,1,0,32.768,0,0.0
34,-10,1,0,2,0,32.768,1,1.024
35,-10,1,0,3,0,32.768,0,0.0
36,-10,1,1,0,0,32.768,8790,8965.056
37,-10,1,1,1,0,32.768,1,1.024
38,-10,1,1,2,0,32.768,1,1.024
39,-10,1,1,3,0,32.768,7610,7791.424
40,-10,1,2,0,0,32.768,0,0.0
41,-10,1,2,1,0,32.768,1,1.024
42,-10,1,2,2,0,32.768,9276,9459.584
43,-10,1,2,3,0,32.768,3850,3980.1600000000003
44,-10,1,3,0,0,32.768,1,1.024
45,-10,1,3,1,0,32.768,1,1.024
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,10217,10479.104
48,-10,1,4,0,0,32.768,4090,4199.808
49,-10,1,4,1,0,32.768,1,1.024
50,-10,1,4,2,0,32.768,1,1.024
51,-10,1,4,3,0,32.768,0,0.0
52,-10,1,5,0,0,32.768,0,0.0
53,-10,1,5,1,0,32.768,0,0.0
54,-10,1,5,2,0,32.768,4733,4844.224
55,-10,1,5,3,0,32.768,4334,4424.512
56,-10,1,6,0,0,32.768,7953,8127.552000000001
57,-10,1,6,1,0,32.768,5754,5873.536
58,-10,1,6,2,0,32.768,1,1.1520000000000001
59,-10,1,6,3,0,32.768,5351,5470.464
60,-10,1,7,0,0,32.768,1,1.024
61,-10,1,7,1,0,32.768,1,1.024
62,-10,1,7,2,0,32.768,6800,6945.152
63,-10,1,7,3,0,32.768,5979,6104.768

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_90C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,90,0,0,0,6,32.768,24313,389.2
1,90,0,0,1,6,32.768,22935,367.515
2,90,0,0,2,6,32.768,16513,264.532
3,90,0,0,3,6,32.768,16270,259.947
4,90,0,1,0,6,32.768,28539,457.184
5,90,0,1,1,6,32.768,0,0.0
6,90,0,1,2,6,32.768,16871,270.101
7,90,0,1,3,6,32.768,0,0.0
8,90,0,2,0,6,32.768,0,0.0
9,90,0,2,1,6,32.768,0,0.0
10,90,0,2,2,6,32.768,29113,465.22200000000004
11,90,0,2,3,6,32.768,18434,295.249
12,90,0,3,0,6,32.768,32253,516.271
13,90,0,3,1,6,32.768,25304,404.476
14,90,0,3,2,6,32.768,25840,413.329
15,90,0,3,3,6,32.768,23077,369.419
16,90,0,4,0,7,32.768,14150,113.1965
17,90,0,4,1,7,32.768,291,2.116
18,90,0,4,2,7,32.768,1,0.008
19,90,0,4,3,7,32.768,6704,53.6465
20,90,0,5,0,7,32.768,12618,100.976
21,90,0,5,1,7,32.768,11811,94.4335
22,90,0,5,2,7,32.768,12638,101.215
23,90,0,5,3,7,32.768,8622,68.9575
24,90,0,6,0,7,32.768,18063,144.4385
25,90,0,6,1,7,32.768,16199,129.639
26,90,0,6,2,7,32.768,9488,75.88250000000001
27,90,0,6,3,7,32.768,9531,76.2135
28,90,0,7,0,7,32.768,15358,122.9225
29,90,0,7,1,7,32.768,15718,125.6975
30,90,0,7,2,7,32.768,11105,88.8495
31,90,0,7,3,7,32.768,10796,86.381
32,90,1,0,0,0,32.768,1,1.024
33,90,1,0,1,0,32.768,38176,39183.232
34,90,1,0,2,0,32.768,36255,37098.24
35,90,1,0,3,0,32.768,32220,33061.824
36,90,1,1,0,0,32.768,66158,67953.472
37,90,1,1,1,0,32.768,57637,58964.032
38,90,1,1,2,0,32.768,48108,49363.776
39,90,1,1,3,0,32.768,44075,45044.672
40,90,1,2,0,0,32.768,47615,48155.968
41,90,1,2,1,0,32.768,71158,72802.368
42,90,1,2,2,0,32.768,64445,65976.384
43,90,1,2,3,0,32.768,54768,56136.384
44,90,1,3,0,0,32.768,0,0.0
45,90,1,3,1,0,32.768,85952,87805.248
46,90,1,3,2,0,32.768,23916,23791.936
47,90,1,3,3,0,32.768,66312,67662.72
48,90,1,4,0,0,32.768,4,1.344
49,90,1,4,1,0,32.768,30373,31028.416
50,90,1,4,2,0,32.768,25299,25964.288
51,90,1,4,3,0,32.768,22920,23531.52
52,90,1,5,0,0,32.768,1,1.024
53,90,1,5,1,0,32.768,1,1.024
54,90,1,5,2,0,32.768,40239,41087.744
55,90,1,5,3,0,32.768,31931,32801.088
56,90,1,6,0,0,32.768,1,1.024
57,90,1,6,1,0,32.768,54851,56323.456
58,90,1,6,2,0,32.768,43347,44320.704
59,90,1,6,3,0,32.768,39256,40150.784
60,90,1,7,0,0,32.768,0,0.0
61,90,1,7,1,0,32.768,0,0.0
62,90,1,7,2,0,32.768,52322,53475.456
63,90,1,7,3,0,32.768,47275,48509.568

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_80C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,80,0,0,0,6,32.768,16651,267.01800000000003
1,80,0,0,1,6,32.768,15857,253.578
2,80,0,0,2,6,32.768,11305,181.091
3,80,0,0,3,6,32.768,11189,179.151
4,80,0,1,0,6,32.768,19481,311.443
5,80,0,1,1,6,32.768,0,0.0
6,80,0,1,2,6,32.768,11442,182.892
7,80,0,1,3,6,32.768,0,0.0
8,80,0,2,0,6,32.768,0,0.0
9,80,0,2,1,6,32.768,0,0.0
10,80,0,2,2,6,32.768,19962,319.742
11,80,0,2,3,6,32.768,12612,201.82
12,80,0,3,0,6,32.768,21848,349.384
13,80,0,3,1,6,32.768,17178,275.185
14,80,0,3,2,6,32.768,17702,282.945
15,80,0,3,3,6,32.768,15851,253.9
16,80,0,4,0,7,32.768,9167,73.3065
17,80,0,4,1,7,32.768,1,0.0085
18,80,0,4,2,7,32.768,1,0.008
19,80,0,4,3,7,32.768,4308,34.4435
20,80,0,5,0,7,32.768,7908,63.2995
21,80,0,5,1,7,32.768,7626,60.969
22,80,0,5,2,7,32.768,1429,11.541
23,80,0,5,3,7,32.768,5509,44.052
24,80,0,6,0,7,32.768,11628,93.065
25,80,0,6,1,7,32.768,10488,83.897
26,80,0,6,2,7,32.768,5972,47.758
27,80,0,6,3,7,32.768,6085,48.705
28,80,0,7,0,7,32.768,9863,78.878
29,80,0,7,1,7,32.768,10187,81.4965
30,80,0,7,2,7,32.768,7132,57.067
31,80,0,7,3,7,32.768,6913,55.2695
32,80,1,0,0,0,32.768,1,1.024
33,80,1,0,1,0,32.768,33227,33918.912000000004
34,80,1,0,2,0,32.768,31416,32272.576
35,80,1,0,3,0,32.768,28268,28868.736
36,80,1,1,0,0,32.768,57615,59015.872
37,80,1,1,1,0,32.768,49751,51102.848
38,80,1,1,2,0,32.768,42085,42949.632
39,80,1,1,3,0,32.768,38216,39083.712
40,80,1,2,0,0,32.768,41252,42352.832
41,80,1,2,1,0,32.768,24170,25052.224000000002
42,80,1,2,2,0,32.768,56133,57668.544
43,80,1,2,3,0,32.768,47875,48956.032
44,80,1,3,0,0,32.768,0,0.0
45,80,1,3,1,0,32.768,73789,75647.36
46,80,1,3,2,0,32.768,5,6.912
47,80,1,3,3,0,32.768,57897,59222.848
48,80,1,4,0,0,32.768,1,1.024
49,80,1,4,1,0,32.768,26043,26613.760000000002
50,80,1,4,2,0,32.768,21580,22171.456000000002
51,80,1,4,3,0,32.768,19668,20101.760000000002
52,80,1,5,0,0,32.768,1,1.024
53,80,1,5,1,0,32.768,1,1.024
54,80,1,5,2,0,32.768,34847,35571.648
55,80,1,5,3,0,32.768,27399,28133.504
56,80,1,6,0,0,32.768,1,1.024
57,80,1,6,1,0,32.768,47234,48284.608
58,80,1,6,2,0,32.768,37132,37990.016
59,80,1,6,3,0,32.768,33479,34370.624
60,80,1,7,0,0,32.768,0,0.0
61,80,1,7,1,0,32.768,0,0.0
62,80,1,7,2,0,32.768,44809,45982.464
63,80,1,7,3,0,32.768,40965,41814.784

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_70C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,70,0,0,0,6,32.768,11204,179.27700000000002
1,70,0,0,1,6,32.768,10681,171.028
2,70,0,0,2,6,32.768,7558,121.102
3,70,0,0,3,6,32.768,7549,120.593
4,70,0,1,0,6,32.768,12916,206.836
5,70,0,1,1,6,32.768,0,0.0
6,70,0,1,2,6,32.768,7569,120.986
7,70,0,1,3,6,32.768,0,0.0
8,70,0,2,0,6,32.768,0,0.0
9,70,0,2,1,6,32.768,0,0.0
10,70,0,2,2,6,32.768,13425,214.505
11,70,0,2,3,6,32.768,8424,134.767
12,70,0,3,0,6,32.768,14412,230.881
13,70,0,3,1,6,32.768,11416,182.766
14,70,0,3,2,6,32.768,11823,189.104
15,70,0,3,3,6,32.768,10636,170.397
16,70,0,4,0,7,32.768,5791,46.307
17,70,0,4,1,7,32.768,1,0.008
18,70,0,4,2,7,32.768,1,0.008
19,70,0,4,3,7,32.768,2686,21.478
20,70,0,5,0,7,32.768,4816,38.534
21,70,0,5,1,7,32.768,4775,38.1785
22,70,0,5,2,7,32.768,163,1.1735
23,70,0,5,3,7,32.768,3419,27.3425
24,70,0,6,0,7,32.768,7293,58.3275
25,70,0,6,1,7,32.768,6600,52.8395
26,70,0,6,2,7,32.768,3653,29.212500000000002
27,70,0,6,3,7,32.768,3780,30.244500000000002
28,70,0,7,0,7,32.768,6163,49.279
29,70,0,7,1,7,32.768,6430,51.4565
30,70,0,7,2,7,32.768,4460,35.6845
31,70,0,7,3,7,32.768,4299,34.383
32,70,1,0,0,0,32.768,1,1.024
33,70,1,0,1,0,32.768,28309,29047.936
34,70,1,0,2,0,32.768,27125,27731.392
35,70,1,0,3,0,32.768,24318,24920.512
36,70,1,1,0,0,32.768,49348,50613.632
37,70,1,1,1,0,32.768,42685,43705.792
38,70,1,1,2,0,32.768,35925,36877.248
39,70,1,1,3,0,32.768,32781,33488.512
40,70,1,2,0,0,32.768,33009,33969.664000000004
41,70,1,2,1,0,32.768,9,9.664
42,70,1,2,2,0,32.768,48780,49768.128000000004
43,70,1,2,3,0,32.768,41143,42154.112
44,70,1,3,0,0,32.768,0,0.0
45,70,1,3,1,0,32.768,45756,50133.888
46,70,1,3,2,0,32.768,1,1.024
47,70,1,3,3,0,32.768,50184,51246.976
48,70,1,4,0,0,32.768,1,1.024
49,70,1,4,1,0,32.768,21971,22518.4
50,70,1,4,2,0,32.768,18286,18692.032
51,70,1,4,3,0,32.768,16557,16935.616
52,70,1,5,0,0,32.768,1,1.024
53,70,1,5,1,0,32.768,1,1.024
54,70,1,5,2,0,32.768,29633,30418.048
55,70,1,5,3,0,32.768,23347,23859.776
56,70,1,6,0,0,32.768,1,1.024
57,70,1,6,1,0,32.768,39895,40834.56
58,70,1,6,2,0,32.768,31403,32072.192
59,70,1,6,3,0,32.768,28281,29041.024
60,70,1,7,0,0,32.768,0,0.0
61,70,1,7,1,0,32.768,0,0.0
62,70,1,7,2,0,32.768,38075,39049.856
63,70,1,7,3,0,32.768,34656,35575.616

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_60C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,60,0,0,0,6,32.768,7389,118.45
1,60,0,0,1,6,32.768,7098,113.467
2,60,0,0,2,6,32.768,4961,79.518
3,60,0,0,3,6,32.768,4980,79.727
4,60,0,1,0,6,32.768,8431,134.66400000000002
5,60,0,1,1,6,32.768,9,0.105
6,60,0,1,2,6,32.768,4897,78.395
7,60,0,1,3,6,32.768,0,0.0
8,60,0,2,0,6,32.768,0,0.0
9,60,0,2,1,6,32.768,0,0.0
10,60,0,2,2,6,32.768,8822,140.935
11,60,0,2,3,6,32.768,5514,88.279
12,60,0,3,0,6,32.768,9356,149.602
13,60,0,3,1,6,32.768,7428,118.971
14,60,0,3,2,6,32.768,7736,123.925
15,60,0,3,3,6,32.768,7010,112.07300000000001
16,60,0,4,0,7,32.768,3575,28.617
17,60,0,4,1,7,32.768,1,0.008
18,60,0,4,2,7,32.768,1,0.008
19,60,0,4,3,7,32.768,1630,13.0555
20,60,0,5,0,7,32.768,2864,22.8965
21,60,0,5,1,7,32.768,2910,23.279
22,60,0,5,2,7,32.768,1,0.0025
23,60,0,5,3,7,32.768,2068,16.525
24,60,0,6,0,7,32.768,4452,35.6285
25,60,0,6,1,7,32.768,4054,32.418
26,60,0,6,2,7,32.768,2173,17.3915
27,60,0,6,3,7,32.768,2285,18.2815
28,60,0,7,0,7,32.768,3741,29.9125
29,60,0,7,1,7,32.768,3959,31.679000000000002
30,60,0,7,2,7,32.768,2720,21.751
31,60,0,7,3,7,32.768,2602,20.813
32,60,1,0,0,0,32.768,1,1.024
33,60,1,0,1,0,32.768,24080,24588.864
34,60,1,0,2,0,32.768,1627,1539.4560000000001
35,60,1,0,3,0,32.768,20774,21236.352
36,60,1,1,0,0,32.768,41993,42895.872
37,60,1,1,1,0,32.768,35559,36497.92
38,60,1,1,2,0,32.768,30505,31295.616
39,60,1,1,3,0,32.768,27596,28307.84
40,60,1,2,0,0,32.768,26279,27286.144
41,60,1,2,1,0,32.768,0,0.0
42,60,1,2,2,0,32.768,41224,42261.44
43,60,1,2,3,0,32.768,35014,35837.952
44,60,1,3,0,0,32.768,0,0.0
45,60,1,3,1,0,32.768,166,267.584
46,60,1,3,2,0,32.768,1,1.024
47,60,1,3,3,0,32.768,42874,43789.312
48,60,1,4,0,0,32.768,1,1.024
49,60,1,4,1,0,32.768,18287,18767.424
50,60,1,4,2,0,32.768,15127,15526.336000000001
51,60,1,4,3,0,32.768,13686,14050.24
52,60,1,5,0,0,32.768,1,1.024
53,60,1,5,1,0,32.768,1,1.024
54,60,1,5,2,0,32.768,25076,25654.464
55,60,1,5,3,0,32.768,19449,19950.912
56,60,1,6,0,0,32.768,1,1.024
57,60,1,6,1,0,32.768,33279,33984.128000000004
58,60,1,6,2,0,32.768,26144,26721.152000000002
59,60,1,6,3,0,32.768,23595,24181.504
60,60,1,7,0,0,32.768,0,0.0
61,60,1,7,1,0,32.768,0,0.0
62,60,1,7,2,0,32.768,31919,32681.280000000002
63,60,1,7,3,0,32.768,29056,29823.232

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_50C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,50,0,0,0,6,32.768,4736,75.85000000000001
1,50,0,0,1,6,32.768,4566,73.107
2,50,0,0,2,6,32.768,3166,50.534
3,50,0,0,3,6,32.768,3180,50.947
4,50,0,1,0,6,32.768,5287,84.649
5,50,0,1,1,6,32.768,5782,92.621
6,50,0,1,2,6,32.768,3077,49.162
7,50,0,1,3,6,32.768,0,0.0
8,50,0,2,0,6,32.768,0,0.0
9,50,0,2,1,6,32.768,0,0.0
10,50,0,2,2,6,32.768,5601,89.612
11,50,0,2,3,6,32.768,3492,55.926
12,50,0,3,0,6,32.768,5844,93.651
13,50,0,3,1,6,32.768,4686,74.875
14,50,0,3,2,6,32.768,4904,78.57600000000001
15,50,0,3,3,6,32.768,4451,71.285
16,50,0,4,0,7,32.768,2125,17.0315
17,50,0,4,1,7,32.768,1,0.008
18,50,0,4,2,7,32.768,1,0.008
19,50,0,4,3,7,32.768,952,7.6235
20,50,0,5,0,7,32.768,1634,13.0665
21,50,0,5,1,7,32.768,1162,9.2175
22,50,0,5,2,7,32.768,0,0.0045000000000000005
23,50,0,5,3,7,32.768,1201,9.605
24,50,0,6,0,7,32.768,2622,20.975
25,50,0,6,1,7,32.768,2395,19.173000000000002
26,50,0,6,2,7,32.768,1245,9.956
27,50,0,6,3,7,32.768,1329,10.6305
28,50,0,7,0,7,32.768,2172,17.371
29,50,0,7,1,7,32.768,2350,18.795
30,50,0,7,2,7,32.768,1597,12.7845
31,50,0,7,3,7,32.768,1516,12.1225
32,50,1,0,0,0,32.768,1,1.024
33,50,1,0,1,0,32.768,20095,20496.256
34,50,1,0,2,0,32.768,6,6.4
35,50,1,0,3,0,32.768,17447,17801.088
36,50,1,1,0,0,32.768,34771,35714.176
37,50,1,1,1,0,32.768,20141,20754.304
38,50,1,1,2,0,32.768,25483,26086.848
39,50,1,1,3,0,32.768,23056,23561.920000000002
40,50,1,2,0,0,32.768,21142,9595.584
41,50,1,2,1,0,32.768,0,0.0
42,50,1,2,2,0,32.768,172,238.72
43,50,1,2,3,0,32.768,29384,30005.632
44,50,1,3,0,0,32.768,0,0.0
45,50,1,3,1,0,32.768,0,0.0
46,50,1,3,2,0,32.768,1,1.024
47,50,1,3,3,0,32.768,36011,36820.544
48,50,1,4,0,0,32.768,1,1.024
49,50,1,4,1,0,32.768,15012,15360.896
50,50,1,4,2,0,32.768,12396,12685.952000000001
51,50,1,4,3,0,32.768,11163,11461.184000000001
52,50,1,5,0,0,32.768,1,1.024
53,50,1,5,1,0,32.768,1,1.024
54,50,1,5,2,0,32.768,1,1.024
55,50,1,5,3,0,32.768,15998,16385.344
56,50,1,6,0,0,32.768,1,1.024
57,50,1,6,1,0,32.768,26705,27451.008
58,50,1,6,2,0,32.768,21323,21828.608
59,50,1,6,3,0,32.768,19247,19748.16
60,50,1,7,0,0,32.768,0,0.0
61,50,1,7,1,0,32.768,0,0.0
62,50,1,7,2,0,32.768,26319,26849.536
63,50,1,7,3,0,32.768,23950,24592.256

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,40,0,0,0,6,32.768,2964,47.571
1,40,0,0,1,6,32.768,2906,46.493
2,40,0,0,2,6,32.768,1967,31.445
3,40,0,0,3,6,32.768,1994,31.91
4,40,0,1,0,6,32.768,3156,50.729
5,40,0,1,1,6,32.768,3798,60.533
6,40,0,1,2,6,32.768,1884,30.128
7,40,0,1,3,6,32.768,0,0.0
8,40,0,2,0,6,32.768,0,0.0
9,40,0,2,1,6,32.768,0,0.0
10,40,0,2,2,6,32.768,3363,53.642
11,40,0,2,3,6,32.768,2164,34.585
12,40,0,3,0,6,32.768,3580,57.302
13,40,0,3,1,6,32.768,2878,46.007
14,40,0,3,2,6,32.768,3041,48.644
15,40,0,3,3,6,32.768,2768,44.244
16,40,0,4,0,7,32.768,1223,9.8405
17,40,0,4,1,7,32.768,1,0.008
18,40,0,4,2,7,32.768,1,0.008
19,40,0,4,3,7,32.768,539,4.305
20,40,0,5,0,7,32.768,901,7.2085
21,40,0,5,1,7,32.768,4,0.048
22,40,0,5,2,7,32.768,0,0.0025
23,40,0,5,3,7,32.768,677,5.408
24,40,0,6,0,7,32.768,1496,11.974
25,40,0,6,1,7,32.768,1374,10.9925
26,40,0,6,2,7,32.768,689,5.515
27,40,0,6,3,7,32.768,747,5.977
28,40,0,7,0,7,32.768,1218,9.743
29,40,0,7,1,7,32.768,1349,10.8005
30,40,0,7,2,7,32.768,910,7.2775
31,40,0,7,3,7,32.768,856,6.8345
32,40,1,0,0,0,32.768,1,1.024
33,40,1,0,1,0,32.768,16487,16816.576
34,40,1,0,2,0,32.768,1,1.024
35,40,1,0,3,0,32.768,14330,14682.56
36,40,1,1,0,0,32.768,28591,29261.12
37,40,1,1,1,0,32.768,335,326.656
38,40,1,1,2,0,32.768,20985,21409.408
39,40,1,1,3,0,32.768,18855,19296.32
40,40,1,2,0,0,32.768,1,5634.112
41,40,1,2,1,0,32.768,0,0.0
42,40,1,2,2,0,32.768,0,0.0
43,40,1,2,3,0,32.768,24094,24725.568
44,40,1,3,0,0,32.768,0,0.0
45,40,1,3,1,0,32.768,0,0.0
46,40,1,3,2,0,32.768,1,1.024
47,40,1,3,3,0,32.768,29730,30516.544
48,40,1,4,0,0,32.768,1,1.024
49,40,1,4,1,0,32.768,12045,12347.968
50,40,1,4,2,0,32.768,9942,10191.424
51,40,1,4,3,0,32.768,8997,9190.144
52,40,1,5,0,0,32.768,1,1.024
53,40,1,5,1,0,32.768,1,1.024
54,40,1,5,2,0,32.768,1,1.024
55,40,1,5,3,0,32.768,12919,13257.216
56,40,1,6,0,0,32.768,1,1.024
57,40,1,6,1,0,32.768,13554,14600.0
58,40,1,6,2,0,32.768,17176,17543.68
59,40,1,6,3,0,32.768,15503,15852.288
60,40,1,7,0,0,32.768,0,0.0
61,40,1,7,1,0,32.768,0,0.0
62,40,1,7,2,0,32.768,21266,21698.944
63,40,1,7,3,0,32.768,19405,19912.0

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,30,0,0,0,6,32.768,1786,28.621000000000002
1,30,0,0,1,6,32.768,1778,28.472
2,30,0,0,2,6,32.768,1180,18.884
3,30,0,0,3,6,32.768,1200,19.193
4,30,0,1,0,6,32.768,1176,19.844
5,30,0,1,1,6,32.768,2261,36.204
6,30,0,1,2,6,32.768,1109,17.741
7,30,0,1,3,6,32.768,0,0.0
8,30,0,2,0,6,32.768,0,0.0
9,30,0,2,1,6,32.768,0,0.0
10,30,0,2,2,6,32.768,1,0.021
11,30,0,2,3,6,32.768,1284,20.568
12,30,0,3,0,6,32.768,2108,33.729
13,30,0,3,1,6,32.768,1702,27.244
14,30,0,3,2,6,32.768,1731,27.821
15,30,0,3,3,6,32.768,1656,26.463
16,30,0,4,0,7,32.768,4,2.58
17,30,0,4,1,7,32.768,1,0.008
18,30,0,4,2,7,32.768,1,0.008
19,30,0,4,3,7,32.768,291,2.331
20,30,0,5,0,7,32.768,475,3.7975
21,30,0,5,1,7,32.768,2,0.011
22,30,0,5,2,7,32.768,0,0.0055
23,30,0,5,3,7,32.768,366,2.9170000000000003
24,30,0,6,0,7,32.768,820,6.5635
25,30,0,6,1,7,32.768,746,5.9545
26,30,0,6,2,7,32.768,367,2.9335
27,30,0,6,3,7,32.768,403,3.2285
28,30,0,7,0,7,32.768,657,5.258
29,30,0,7,1,7,32.768,747,5.97
30,30,0,7,2,7,32.768,501,3.9995000000000003
31,30,0,7,3,7,32.768,464,3.705
32,30,1,0,0,0,32.768,1,1.024
33,30,1,0,1,0,32.768,13232,13541.824
34,30,1,0,2,0,32.768,1,1.024
35,30,1,0,3,0,32.768,11654,11891.392
36,30,1,1,0,0,32.768,22993,23569.984
37,30,1,1,1,0,32.768,1,1.28
38,30,1,1,2,0,32.768,16924,17252.672
39,30,1,1,3,0,32.768,15208,15544.32
40,30,1,2,0,0,32.768,1,2784.832
41,30,1,2,1,0,32.768,0,0.0
42,30,1,2,2,0,32.768,0,0.0
43,30,1,2,3,0,32.768,19522,20032.192
44,30,1,3,0,0,32.768,0,0.0
45,30,1,3,1,0,32.768,0,0.0
46,30,1,3,2,0,32.768,1,1.024
47,30,1,3,3,0,32.768,24367,24876.032
48,30,1,4,0,0,32.768,1,1.024
49,30,1,4,1,0,32.768,9493,9727.424
50,30,1,4,2,0,32.768,7867,8036.6720000000005
51,30,1,4,3,0,32.768,7048,7224.96
52,30,1,5,0,0,32.768,1,1.024
53,30,1,5,1,0,32.768,1,1.024
54,30,1,5,2,0,32.768,1,1.024
55,30,1,5,3,0,32.768,10309,10539.264000000001
56,30,1,6,0,0,32.768,1,1.024
57,30,1,6,1,0,32.768,2852,3176.832
58,30,1,6,2,0,32.768,13525,13848.64
59,30,1,6,3,0,32.768,12157,12482.56
60,30,1,7,0,0,32.768,0,0.0
61,30,1,7,1,0,32.768,0,0.0
62,30,1,7,2,0,32.768,16853,17209.664
63,30,1,7,3,0,32.768,15458,15807.552

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,20,0,0,0,6,32.768,1042,16.649
1,20,0,0,1,6,32.768,1059,16.91
2,20,0,0,2,6,32.768,694,11.143
3,20,0,0,3,6,32.768,705,11.290000000000001
4,20,0,1,0,6,32.768,125,2.087
5,20,0,1,1,6,32.768,1329,21.213
6,20,0,1,2,6,32.768,637,10.208
7,20,0,1,3,6,32.768,0,0.0
8,20,0,2,0,6,32.768,0,0.0
9,20,0,2,1,6,32.768,22,0.6930000000000001
10,20,0,2,2,6,32.768,1,0.018000000000000002
11,20,0,2,3,6,32.768,744,11.907
12,20,0,3,0,6,32.768,1208,19.368000000000002
13,20,0,3,1,6,32.768,985,15.74
14,20,0,3,2,6,32.768,1044,16.678
15,20,0,3,3,6,32.768,965,15.422
16,20,0,4,0,7,32.768,332,1.883
17,20,0,4,1,7,32.768,1,0.008
18,20,0,4,2,7,32.768,1,0.008
19,20,0,4,3,7,32.768,153,1.2205
20,20,0,5,0,7,32.768,242,1.9345
21,20,0,5,1,7,32.768,1,0.009000000000000001
22,20,0,5,2,7,32.768,0,0.0055
23,20,0,5,3,7,32.768,191,1.526
24,20,0,6,0,7,32.768,435,3.4825
25,20,0,6,1,7,32.768,3,0.0275
26,20,0,6,2,7,32.768,188,1.5075
27,20,0,6,3,7,32.768,210,1.685
28,20,0,7,0,7,32.768,145,1.266
29,20,0,7,1,7,32.768,401,3.1865
30,20,0,7,2,7,32.768,266,2.1385
31,20,0,7,3,7,32.768,242,1.9395
32,20,1,0,0,0,32.768,1,1.024
33,20,1,0,1,0,32.768,10500,10721.216
34,20,1,0,2,0,32.768,1,1.024
35,20,1,0,3,0,32.768,9248,9462.528
36,20,1,1,0,0,32.768,18194,18645.12
37,20,1,1,1,0,32.768,1,1.1520000000000001
38,20,1,1,2,0,32.768,13359,13652.928
39,20,1,1,3,0,32.768,11994,12314.304
40,20,1,2,0,0,32.768,1,4.48
41,20,1,2,1,0,32.768,0,0.0
42,20,1,2,2,0,32.768,0,0.0
43,20,1,2,3,0,32.768,15532,15938.304
44,20,1,3,0,0,32.768,0,0.0
45,20,1,3,1,0,32.768,0,0.0
46,20,1,3,2,0,32.768,1,1.024
47,20,1,3,3,0,32.768,19443,19932.928
48,20,1,4,0,0,32.768,1,1.024
49,20,1,4,1,0,32.768,7367,7519.552000000001
50,20,1,4,2,0,32.768,6089,6226.112
51,20,1,4,3,0,32.768,5422,5567.936
52,20,1,5,0,0,32.768,1,1.024
53,20,1,5,1,0,32.768,1,1.024
54,20,1,5,2,0,32.768,1,1.024
55,20,1,5,3,0,32.768,8023,8211.328
56,20,1,6,0,0,32.768,1,1.024
57,20,1,6,1,0,32.768,352,269.824
58,20,1,6,2,0,32.768,10511,10721.856
59,20,1,6,3,0,32.768,9426,9634.752
60,20,1,7,0,0,32.768,0,0.0
61,20,1,7,1,0,32.768,0,0.0
62,20,1,7,2,0,32.768,13098,13378.944
63,20,1,7,3,0,32.768,12045,12320.576000000001

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_120C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,120,0,0,0,6,32.768,67413,1077.705
1,120,0,0,1,6,32.768,62109,995.177
2,120,0,0,2,6,32.768,45685,731.482
3,120,0,0,3,6,32.768,44050,703.938
4,120,0,1,0,6,32.768,79959,1279.905
5,120,0,1,1,6,32.768,0,0.0
6,120,0,1,2,6,32.768,48007,767.822
7,120,0,1,3,6,32.768,55326,886.576
8,120,0,2,0,6,32.768,0,0.0
9,120,0,2,1,6,32.768,0,0.0
10,120,0,2,2,6,32.768,78883,1263.057
11,120,0,2,3,6,32.768,51120,819.029
12,120,0,3,0,6,32.768,92091,1472.029
13,120,0,3,1,6,32.768,71040,1137.586
14,120,0,3,2,6,32.768,71341,1142.93
15,120,0,3,3,6,32.768,63045,1007.736
16,120,0,4,0,7,32.768,45665,365.567
17,120,0,4,1,7,32.768,35162,281.158
18,120,0,4,2,7,32.768,26615,213.03
19,120,0,4,3,7,32.768,21933,175.4685
20,120,0,5,0,7,32.768,43706,349.5235
21,120,0,5,1,7,32.768,38391,307.2835
22,120,0,5,2,7,32.768,39358,314.7015
23,120,0,5,3,7,32.768,28458,227.7345
24,120,0,6,0,7,32.768,58313,466.6125
25,120,0,6,1,7,32.768,52033,416.0085
26,120,0,6,2,7,32.768,32712,261.8675
27,120,0,6,3,7,32.768,31431,251.4105
28,120,0,7,0,7,32.768,51680,413.1785
29,120,0,7,1,7,32.768,50177,401.6145
30,120,0,7,2,7,32.768,36392,291.091
31,120,0,7,3,7,32.768,35476,283.6845
32,120,1,0,0,0,32.768,1,1.024
33,120,1,0,1,0,32.768,55421,56906.368
34,120,1,0,2,0,32.768,51628,52789.312
35,120,1,0,3,0,32.768,46015,47182.144
36,120,1,1,0,0,32.768,95258,97848.32
37,120,1,1,1,0,32.768,83306,85394.688
38,120,1,1,2,0,32.768,68800,70313.984
39,120,1,1,3,0,32.768,63119,64832.0
40,120,1,2,0,0,32.768,127025,129740.16
41,120,1,2,1,0,32.768,104710,107050.048
42,120,1,2,2,0,32.768,90823,93240.96
43,120,1,2,3,0,32.768,78077,79779.008
44,120,1,3,0,0,32.768,1,1.216
45,120,1,3,1,0,32.768,7010,7721.536
46,120,1,3,2,0,32.768,102973,105493.568
47,120,1,3,3,0,32.768,93315,95356.672
48,120,1,4,0,0,32.768,52252,53532.16
49,120,1,4,1,0,32.768,44930,46054.912000000004
50,120,1,4,2,0,32.768,38131,38957.568
51,120,1,4,3,0,32.768,34507,35289.6
52,120,1,5,0,0,32.768,79995,82100.288
53,120,1,5,1,0,32.768,1,1.024
54,120,1,5,2,0,32.768,57870,59412.544
55,120,1,5,3,0,32.768,47529,48520.128000000004
56,120,1,6,0,0,32.768,1,1.024
57,120,1,6,1,0,32.768,81273,83314.944
58,120,1,6,2,0,32.768,64328,65929.664
59,120,1,6,3,0,32.768,58033,59530.112
60,120,1,7,0,0,32.768,0,0.0
61,120,1,7,1,0,32.768,0,0.0
62,120,1,7,2,0,32.768,76650,78548.032
63,120,1,7,3,0,32.768,69279,70746.432

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_110C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,110,0,0,0,6,32.768,48674,778.1460000000001
1,110,0,0,1,6,32.768,45250,724.184
2,110,0,0,2,6,32.768,33016,528.973
3,110,0,0,3,6,32.768,32052,512.715
4,110,0,1,0,6,32.768,57560,921.888
5,110,0,1,1,6,32.768,0,0.0
6,110,0,1,2,6,32.768,34379,550.558
7,110,0,1,3,6,32.768,40582,648.349
8,110,0,2,0,6,32.768,0,0.0
9,110,0,2,1,6,32.768,0,0.0
10,110,0,2,2,6,32.768,57549,920.362
11,110,0,2,3,6,32.768,36955,592.183
12,110,0,3,0,6,32.768,65985,1054.705
13,110,0,3,1,6,32.768,51190,818.74
14,110,0,3,2,6,32.768,51667,827.206
15,110,0,3,3,6,32.768,45818,732.831
16,110,0,4,0,7,32.768,31464,251.83
17,110,0,4,1,7,32.768,24279,194.1885
18,110,0,4,2,7,32.768,13787,109.748
19,110,0,4,3,7,32.768,15059,120.527
20,110,0,5,0,7,32.768,29534,236.12800000000001
21,110,0,5,1,7,32.768,26267,210.25300000000001
22,110,0,5,2,7,32.768,27617,220.9325
23,110,0,5,3,7,32.768,19509,156.01
24,110,0,6,0,7,32.768,40217,321.93
25,110,0,6,1,7,32.768,35931,287.2575
26,110,0,6,2,7,32.768,22096,176.847
27,110,0,6,3,7,32.768,21545,172.32750000000001
28,110,0,7,0,7,32.768,35140,281.0505
29,110,0,7,1,7,32.768,34705,277.7645
30,110,0,7,2,7,32.768,24968,199.727
31,110,0,7,3,7,32.768,24355,194.746
32,110,1,0,0,0,32.768,1,1.024
33,110,1,0,1,0,32.768,49621,50683.776
34,110,1,0,2,0,32.768,46252,47281.28
35,110,1,0,3,0,32.768,41367,42248.32
36,110,1,1,0,0,32.768,85115,87403.008
37,110,1,1,1,0,32.768,74597,76184.576
38,110,1,1,2,0,32.768,61491,63020.48
39,110,1,1,3,0,32.768,56680,57949.76
40,110,1,2,0,0,32.768,107133,109783.36
41,110,1,2,1,0,32.768,94065,96030.656
42,110,1,2,2,0,32.768,81764,83800.32
43,110,1,2,3,0,32.768,69725,71542.40000000001
44,110,1,3,0,0,32.768,0,0.0
45,110,1,3,1,0,32.768,91325,95206.528
46,110,1,3,2,0,32.768,92601,94729.408
47,110,1,3,3,0,32.768,83714,85841.664
48,110,1,4,0,0,32.768,46168,47123.264
49,110,1,4,1,0,32.768,39737,40814.4
50,110,1,4,2,0,32.768,33452,34339.968
51,110,1,4,3,0,32.768,30432,31125.952
52,110,1,5,0,0,32.768,1,1.024
53,110,1,5,1,0,32.768,1,1.024
54,110,1,5,2,0,32.768,51759,53018.304000000004
55,110,1,5,3,0,32.768,42027,42987.840000000004
56,110,1,6,0,0,32.768,1,1.024
57,110,1,6,1,0,32.768,72213,73855.104
58,110,1,6,2,0,32.768,57180,58361.216
59,110,1,6,3,0,32.768,51380,52729.536
60,110,1,7,0,0,32.768,0,0.0
61,110,1,7,1,0,32.768,0,0.0
62,110,1,7,2,0,32.768,68062,69748.48
63,110,1,7,3,0,32.768,61624,62980.992

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,10,0,0,0,6,32.768,489,7.962
1,10,0,0,1,6,32.768,599,9.571
2,10,0,0,2,6,32.768,397,6.456
3,10,0,0,3,6,32.768,398,6.371
4,10,0,1,0,6,32.768,4,0.065
5,10,0,1,1,6,32.768,741,11.895
6,10,0,1,2,6,32.768,352,5.635
7,10,0,1,3,6,32.768,0,0.0
8,10,0,2,0,6,32.768,0,0.0
9,10,0,2,1,6,32.768,2,0.114
10,10,0,2,2,6,32.768,1,0.017
11,10,0,2,3,6,32.768,452,7.16
12,10,0,3,0,6,32.768,669,10.702
13,10,0,3,1,6,32.768,548,8.75
14,10,0,3,2,6,32.768,546,8.861
15,10,0,3,3,6,32.768,539,8.631
16,10,0,4,0,7,32.768,0,0.0
17,10,0,4,1,7,32.768,1,0.008
18,10,0,4,2,7,32.768,1,0.008
19,10,0,4,3,7,32.768,78,0.609
20,10,0,5,0,7,32.768,117,0.936
21,10,0,5,1,7,32.768,1,0.0085
22,10,0,5,2,7,32.768,0,0.018000000000000002
23,10,0,5,3,7,32.768,95,0.7615000000000001
24,10,0,6,0,7,32.768,225,1.7845
25,10,0,6,1,7,32.768,1,0.0015
26,10,0,6,2,7,32.768,94,0.7435
27,10,0,6,3,7,32.768,105,0.8415
28,10,0,7,0,7,32.768,1,0.008
29,10,0,7,1,7,32.768,204,1.6325
30,10,0,7,2,7,32.768,137,1.0995
31,10,0,7,3,7,32.768,122,0.969
32,10,1,0,0,0,32.768,1,1.024
33,10,1,0,1,0,32.768,8115,8307.84
34,10,1,0,2,0,32.768,1,1.024
35,10,1,0,3,0,32.768,1651,1586.88
36,10,1,1,0,0,32.768,14037,14369.408
37,10,1,1,1,0,32.768,1,1.024
38,10,1,1,2,0,32.768,10263,10529.28
39,10,1,1,3,0,32.768,9256,9498.624
40,10,1,2,0,0,32.768,1,1.728
41,10,1,2,1,0,32.768,0,0.0
42,10,1,2,2,0,32.768,0,0.0
43,10,1,2,3,0,32.768,12036,12358.272
44,10,1,3,0,0,32.768,0,0.0
45,10,1,3,1,0,32.768,0,0.0
46,10,1,3,2,0,32.768,1,1.024
47,10,1,3,3,0,32.768,15207,15529.024
48,10,1,4,0,0,32.768,1,1.024
49,10,1,4,1,0,32.768,5495,5619.904
50,10,1,4,2,0,32.768,4571,4664.256
51,10,1,4,3,0,32.768,4042,4151.68
52,10,1,5,0,0,32.768,1,1.024
53,10,1,5,1,0,32.768,1,1.024
54,10,1,5,2,0,32.768,1,1.024
55,10,1,5,3,0,32.768,6027,6187.136
56,10,1,6,0,0,32.768,1,1.024
57,10,1,6,1,0,32.768,151,199.488
58,10,1,6,2,0,32.768,7826,8009.728
59,10,1,6,3,0,32.768,6967,7154.24
60,10,1,7,0,0,32.768,0,0.0
61,10,1,7,1,0,32.768,11123,11401.92
62,10,1,7,2,0,32.768,9775,10028.864
63,10,1,7,3,0,32.768,9052,9244.736

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_100C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,100,0,0,0,6,32.768,34695,556.207
1,100,0,0,1,6,32.768,32602,521.472
2,100,0,0,2,6,32.768,23620,378.171
3,100,0,0,3,6,32.768,23059,369.137
4,100,0,1,0,6,32.768,41099,657.085
5,100,0,1,1,6,32.768,0,0.0
6,100,0,1,2,6,32.768,24350,390.04200000000003
7,100,0,1,3,6,32.768,367,6.063
8,100,0,2,0,6,32.768,0,0.0
9,100,0,2,1,6,32.768,0,0.0
10,100,0,2,2,6,32.768,41399,661.872
11,100,0,2,3,6,32.768,26444,422.824
12,100,0,3,0,6,32.768,46596,746.453
13,100,0,3,1,6,32.768,36418,581.965
14,100,0,3,2,6,32.768,36902,591.125
15,100,0,3,3,6,32.768,32920,526.129
16,100,0,4,0,7,32.768,21371,171.061
17,100,0,4,1,7,32.768,32903,263.211
18,100,0,4,2,7,32.768,1,0.008
19,100,0,4,3,7,32.768,10185,81.4925
20,100,0,5,0,7,32.768,19595,156.672
21,100,0,5,1,7,32.768,17795,142.4075
22,100,0,5,2,7,32.768,19080,152.639
23,100,0,5,3,7,32.768,13144,105.121
24,100,0,6,0,7,32.768,27294,218.4575
25,100,0,6,1,7,32.768,24436,195.37550000000002
26,100,0,6,2,7,32.768,14674,117.4075
27,100,0,6,3,7,32.768,14516,116.1555
28,100,0,7,0,7,32.768,23528,188.13150000000002
29,100,0,7,1,7,32.768,23638,189.215
30,100,0,7,2,7,32.768,16870,134.9295
31,100,0,7,3,7,32.768,16436,131.4205
32,100,1,0,0,0,32.768,1,1.024
33,100,1,0,1,0,32.768,43796,44796.864
34,100,1,0,2,0,32.768,41295,42171.840000000004
35,100,1,0,3,0,32.768,36682,37550.656
36,100,1,1,0,0,32.768,75426,77472.768
37,100,1,1,1,0,32.768,65907,67400.0
38,100,1,1,2,0,32.768,54665,56027.136
39,100,1,1,3,0,32.768,50337,51393.472
40,100,1,2,0,0,32.768,61033,64007.68
41,100,1,2,1,0,32.768,83324,85560.704
42,100,1,2,2,0,32.768,72921,74720.89600000001
43,100,1,2,3,0,32.768,62104,63725.312
44,100,1,3,0,0,32.768,0,0.0
45,100,1,3,1,0,32.768,95685,98294.208
46,100,1,3,2,0,32.768,82510,84359.936
47,100,1,3,3,0,32.768,74848,76634.944
48,100,1,4,0,0,32.768,39136,40359.872
49,100,1,4,1,0,32.768,34984,35782.72
50,100,1,4,2,0,32.768,29440,30053.696
51,100,1,4,3,0,32.768,26532,27246.912
52,100,1,5,0,0,32.768,1,1.024
53,100,1,5,1,0,32.768,1,1.024
54,100,1,5,2,0,32.768,45812,46949.888
55,100,1,5,3,0,32.768,36943,37732.224
56,100,1,6,0,0,32.768,1,1.024
57,100,1,6,1,0,32.768,63222,64916.928
58,100,1,6,2,0,32.768,50050,51174.72
59,100,1,6,3,0,32.768,45233,46302.656
60,100,1,7,0,0,32.768,0,0.0
61,100,1,7,1,0,32.768,0,0.0
62,100,1,7,2,0,32.768,60141,61446.016
63,100,1,7,3,0,32.768,54226,55595.520000000004

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_0C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,0,0,0,0,6,32.768,45,0.9480000000000001
1,0,0,0,1,6,32.768,338,5.421
2,0,0,0,2,6,32.768,239,3.7920000000000003
3,0,0,0,3,6,32.768,225,3.607
4,0,0,1,0,6,32.768,1,0.016
5,0,0,1,1,6,32.768,129,1.965
6,0,0,1,2,6,32.768,199,3.123
7,0,0,1,3,6,32.768,0,0.0
8,0,0,2,0,6,32.768,0,0.0
9,0,0,2,1,6,32.768,0,0.008
10,0,0,2,2,6,32.768,1,0.018000000000000002
11,0,0,2,3,6,32.768,374,5.893
12,0,0,3,0,6,32.768,367,5.882000000000001
13,0,0,3,1,6,32.768,303,4.833
14,0,0,3,2,6,32.768,207,3.2800000000000002
15,0,0,3,3,6,32.768,299,4.773
16,0,0,4,0,7,32.768,0,0.0
17,0,0,4,1,7,32.768,1,0.008
18,0,0,4,2,7,32.768,1,0.008
19,0,0,4,3,7,32.768,38,0.3035
20,0,0,5,0,7,32.768,56,0.458
21,0,0,5,1,7,32.768,1,0.009000000000000001
22,0,0,5,2,7,32.768,0,0.006500000000000001
23,0,0,5,3,7,32.768,47,0.3735
24,0,0,6,0,7,32.768,135,1.093
25,0,0,6,1,7,32.768,0,0.0
26,0,0,6,2,7,32.768,47,0.3575
27,0,0,6,3,7,32.768,51,0.406
28,0,0,7,0,7,32.768,1,0.008
29,0,0,7,1,7,32.768,101,0.8085
30,0,0,7,2,7,32.768,72,0.554
31,0,0,7,3,7,32.768,59,0.47500000000000003
32,0,1,0,0,0,32.768,1,1.024
33,0,1,0,1,0,32.768,6188,6315.2
34,0,1,0,2,0,32.768,1,1.024
35,0,1,0,3,0,32.768,1,1.024
36,0,1,1,0,0,32.768,10656,10921.728000000001
37,0,1,1,1,0,32.768,1,1.088
38,0,1,1,2,0,32.768,7813,7987.072
39,0,1,1,3,0,32.768,7047,7233.984
40,0,1,2,0,0,32.768,2,1.216
41,0,1,2,1,0,32.768,0,0.0
42,0,1,2,2,0,32.768,0,0.0
43,0,1,2,3,0,32.768,9296,9490.816
44,0,1,3,0,0,32.768,0,0.0
45,0,1,3,1,0,32.768,0,0.0
46,0,1,3,2,0,32.768,1,1.024
47,0,1,3,3,0,32.768,11769,12044.544
48,0,1,4,0,0,32.768,1,1.024
49,0,1,4,1,0,32.768,4091,4182.0160000000005
50,0,1,4,2,0,32.768,3409,3486.848
51,0,1,4,3,0,32.768,3023,3090.496
52,0,1,5,0,0,32.768,1,1.024
53,0,1,5,1,0,32.768,1,1.024
54,0,1,5,2,0,32.768,1,1.024
55,0,1,5,3,0,32.768,4550,4668.6720000000005
56,0,1,6,0,0,32.768,1,1.024
57,0,1,6,1,0,32.768,2938,3122.176
58,0,1,6,2,0,32.768,5850,6002.368
59,0,1,6,3,0,32.768,5197,5337.536
60,0,1,7,0,0,32.768,0,0.0
61,0,1,7,1,0,32.768,8373,8549.248
62,0,1,7,2,0,32.768,7383,7570.944
63,0,1,7,3,0,32.768,6812,6977.152

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_-40C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-40,0,0,0,6,32.768,0,0.025
1,-40,0,0,1,6,32.768,21,0.368
2,-40,0,0,2,6,32.768,0,0.013000000000000001
3,-40,0,0,3,6,32.768,0,0.0
4,-40,0,1,0,6,32.768,1,0.016
5,-40,0,1,1,6,32.768,1,0.016
6,-40,0,1,2,6,32.768,23,0.316
7,-40,0,1,3,6,32.768,0,0.0
8,-40,0,2,0,6,32.768,0,0.0
9,-40,0,2,1,6,32.768,0,0.013000000000000001
10,-40,0,2,2,6,32.768,1,0.016
11,-40,0,2,3,6,32.768,0,0.0
12,-40,0,3,0,6,32.768,18,0.299
13,-40,0,3,1,6,32.768,23,0.338
14,-40,0,3,2,6,32.768,2,0.019
15,-40,0,3,3,6,32.768,20,0.332
16,-40,0,4,0,7,32.768,0,0.0
17,-40,0,4,1,7,32.768,1,0.008
18,-40,0,4,2,7,32.768,1,0.008
19,-40,0,4,3,7,32.768,2,0.033
20,-40,0,5,0,7,32.768,12,0.0685
21,-40,0,5,1,7,32.768,1,0.008
22,-40,0,5,2,7,32.768,0,0.0
23,-40,0,5,3,7,32.768,7,0.051500000000000004
24,-40,0,6,0,7,32.768,21,0.179
25,-40,0,6,1,7,32.768,0,0.0
26,-40,0,6,2,7,32.768,13,0.032
27,-40,0,6,3,7,32.768,2,0.021
28,-40,0,7,0,7,32.768,1,0.008
29,-40,0,7,1,7,32.768,7,0.044
30,-40,0,7,2,7,32.768,81,0.6105
31,-40,0,7,3,7,32.768,8,0.0445
32,-40,1,0,0,0,32.768,1,1.024
33,-40,1,0,1,0,32.768,1,1.024
34,-40,1,0,2,0,32.768,1,1.024
35,-40,1,0,3,0,32.768,1,1.024
36,-40,1,1,0,0,32.768,2473,2549.76
37,-40,1,1,1,0,32.768,226,234.43200000000002
38,-40,1,1,2,0,32.768,0,0.0
39,-40,1,1,3,0,32.768,1653,1696.64
40,-40,1,2,0,0,32.768,1,1.344
41,-40,1,2,1,0,32.768,0,0.0
42,-40,1,2,2,0,32.768,0,0.0
43,-40,1,2,3,0,32.768,2285,2332.8
44,-40,1,3,0,0,32.768,0,0.0
45,-40,1,3,1,0,32.768,0,0.0
46,-40,1,3,2,0,32.768,1,1.024
47,-40,1,3,3,0,32.768,3026,3106.688
48,-40,1,4,0,0,32.768,1,1.024
49,-40,1,4,1,0,32.768,841,858.496
50,-40,1,4,2,0,32.768,726,747.456
51,-40,1,4,3,0,32.768,627,639.552
52,-40,1,5,0,0,32.768,1,1.024
53,-40,1,5,1,0,32.768,967,991.36
54,-40,1,5,2,0,32.768,0,0.0
55,-40,1,5,3,0,32.768,0,0.0
56,-40,1,6,0,0,32.768,1,1.024
57,-40,1,6,1,0,32.768,1423,1460.096
58,-40,1,6,2,0,32.768,1253,1279.488
59,-40,1,6,3,0,32.768,1059,1086.464
60,-40,1,7,0,0,32.768,0,0.0
61,-40,1,7,1,0,32.768,1739,1783.104
62,-40,1,7,2,0,32.768,1606,1647.68
63,-40,1,7,3,0,32.768,1470,1505.152

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_-30C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-30,0,0,0,6,32.768,1,0.012
1,-30,0,0,1,6,32.768,41,0.671
2,-30,0,0,2,6,32.768,0,0.0
3,-30,0,0,3,6,32.768,0,0.0
4,-30,0,1,0,6,32.768,1,0.016
5,-30,0,1,1,6,32.768,2,0.023
6,-30,0,1,2,6,32.768,27,0.41000000000000003
7,-30,0,1,3,6,32.768,0,0.0
8,-30,0,2,0,6,32.768,0,0.0
9,-30,0,2,1,6,32.768,0,0.009000000000000001
10,-30,0,2,2,6,32.768,1,0.016
11,-30,0,2,3,6,32.768,14,0.048
12,-30,0,3,0,6,32.768,40,0.665
13,-30,0,3,1,6,32.768,37,0.578
14,-30,0,3,2,6,32.768,1,0.022
15,-30,0,3,3,6,32.768,34,0.586
16,-30,0,4,0,7,32.768,0,0.0
17,-30,0,4,1,7,32.768,1,0.008
18,-30,0,4,2,7,32.768,1,0.008
19,-30,0,4,3,7,32.768,5,0.043500000000000004
20,-30,0,5,0,7,32.768,14,0.10200000000000001
21,-30,0,5,1,7,32.768,1,0.008
22,-30,0,5,2,7,32.768,0,0.0
23,-30,0,5,3,7,32.768,9,0.0665
24,-30,0,6,0,7,32.768,53,0.4395
25,-30,0,6,1,7,32.768,0,0.0
26,-30,0,6,2,7,32.768,7,0.0545
27,-30,0,6,3,7,32.768,4,0.0395
28,-30,0,7,0,7,32.768,1,0.008
29,-30,0,7,1,7,32.768,9,0.083
30,-30,0,7,2,7,32.768,61,0.3365
31,-30,0,7,3,7,32.768,6,0.053
32,-30,1,0,0,0,32.768,1,1.024
33,-30,1,0,1,0,32.768,1,1.024
34,-30,1,0,2,0,32.768,1,1.024
35,-30,1,0,3,0,32.768,1,1.024
36,-30,1,1,0,0,32.768,3778,3868.032
37,-30,1,1,1,0,32.768,217,213.376
38,-30,1,1,2,0,32.768,0,0.0
39,-30,1,1,3,0,32.768,2513,2565.568
40,-30,1,2,0,0,32.768,1,1.216
41,-30,1,2,1,0,32.768,0,0.0
42,-30,1,2,2,0,32.768,0,0.0
43,-30,1,2,3,0,32.768,3402,3478.9120000000003
44,-30,1,3,0,0,32.768,0,0.0
45,-30,1,3,1,0,32.768,0,0.0
46,-30,1,3,2,0,32.768,1,1.024
47,-30,1,3,3,0,32.768,4472,4579.904
48,-30,1,4,0,0,32.768,1,1.024
49,-30,1,4,1,0,32.768,1315,1346.752
50,-30,1,4,2,0,32.768,1123,1152.256
51,-30,1,4,3,0,32.768,975,1000.384
52,-30,1,5,0,0,32.768,1,1.024
53,-30,1,5,1,0,32.768,814,617.28
54,-30,1,5,2,0,32.768,0,0.0
55,-30,1,5,3,0,32.768,0,0.0
56,-30,1,6,0,0,32.768,1,1.024
57,-30,1,6,1,0,32.768,2274,2322.8160000000003
58,-30,1,6,2,0,32.768,1934,1985.344
59,-30,1,6,3,0,32.768,1673,1707.584
60,-30,1,7,0,0,32.768,0,0.0
61,-30,1,7,1,0,32.768,2728,2784.576
62,-30,1,7,2,0,32.768,2471,2534.7200000000003
63,-30,1,7,3,0,32.768,2284,2332.608

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_-20C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-20,0,0,0,6,32.768,1,0.014
1,-20,0,0,1,6,32.768,86,1.3780000000000001
2,-20,0,0,2,6,32.768,0,0.0
3,-20,0,0,3,6,32.768,0,0.0
4,-20,0,1,0,6,32.768,1,0.016
5,-20,0,1,1,6,32.768,1,0.022
6,-20,0,1,2,6,32.768,53,0.87
7,-20,0,1,3,6,32.768,0,0.0
8,-20,0,2,0,6,32.768,0,0.0
9,-20,0,2,1,6,32.768,0,0.006
10,-20,0,2,2,6,32.768,1,0.021
11,-20,0,2,3,6,32.768,0,0.008
12,-20,0,3,0,6,32.768,89,1.435
13,-20,0,3,1,6,32.768,75,1.2
14,-20,0,3,2,6,32.768,17,0.223
15,-20,0,3,3,6,32.768,77,1.199
16,-20,0,4,0,7,32.768,0,0.0
17,-20,0,4,1,7,32.768,1,0.008
18,-20,0,4,2,7,32.768,1,0.008
19,-20,0,4,3,7,32.768,9,0.068
20,-20,0,5,0,7,32.768,29,0.2095
21,-20,0,5,1,7,32.768,1,0.008
22,-20,0,5,2,7,32.768,0,0.0
23,-20,0,5,3,7,32.768,12,0.0925
24,-20,0,6,0,7,32.768,93,0.7855
25,-20,0,6,1,7,32.768,0,0.0
26,-20,0,6,2,7,32.768,10,0.0835
27,-20,0,6,3,7,32.768,12,0.0805
28,-20,0,7,0,7,32.768,1,0.008
29,-20,0,7,1,7,32.768,22,0.176
30,-20,0,7,2,7,32.768,29,0.23850000000000002
31,-20,0,7,3,7,32.768,15,0.1005
32,-20,1,0,0,0,32.768,1,1.024
33,-20,1,0,1,0,32.768,1966,2042.752
34,-20,1,0,2,0,32.768,1,1.024
35,-20,1,0,3,0,32.768,1,1.024
36,-20,1,1,0,0,32.768,5534,5648.32
37,-20,1,1,1,0,32.768,26,20.992
38,-20,1,1,2,0,32.768,0,0.0
39,-20,1,1,3,0,32.768,3642,3737.984
40,-20,1,2,0,0,32.768,1,1.1520000000000001
41,-20,1,2,1,0,32.768,0,0.0
42,-20,1,2,2,0,32.768,0,0.0
43,-20,1,2,3,0,32.768,4876,5008.256
44,-20,1,3,0,0,32.768,0,0.0
45,-20,1,3,1,0,32.768,0,0.0
46,-20,1,3,2,0,32.768,1,1.024
47,-20,1,3,3,0,32.768,6338,6504.512
48,-20,1,4,0,0,32.768,1,1.024
49,-20,1,4,1,0,32.768,1984,2032.576
50,-20,1,4,2,0,32.768,1675,1718.528
51,-20,1,4,3,0,32.768,1474,1504.96
52,-20,1,5,0,0,32.768,1,1.024
53,-20,1,5,1,0,32.768,1,1.024
54,-20,1,5,2,0,32.768,0,0.256
55,-20,1,5,3,0,32.768,0,0.0
56,-20,1,6,0,0,32.768,1,1.024
57,-20,1,6,1,0,32.768,3445,3537.792
58,-20,1,6,2,0,32.768,2904,2965.568
59,-20,1,6,3,0,32.768,2517,2582.9120000000003
60,-20,1,7,0,0,32.768,0,0.0
61,-20,1,7,1,0,32.768,4074,4179.136
62,-20,1,7,2,0,32.768,3681,3765.312
63,-20,1,7,3,0,32.768,3400,3474.0480000000002

tapeouts/mpw-1/testsetup/MeasResults/ChipNo10/Meas_ChipNo10_Vdio3.0Vdd1.8_-10C.csv METASEP
,temp,design,group,inst,CTR,FreqRef (kHz),DOUT,Freq0 (kHz)
0,-10,0,0,0,6,32.768,1,0.011
1,-10,0,0,1,6,32.768,176,2.7880000000000003
2,-10,0,0,2,6,32.768,0,0.0
3,-10,0,0,3,6,32.768,89,1.405
4,-10,0,1,0,6,32.768,1,0.016
5,-10,0,1,1,6,32.768,1,0.033
6,-10,0,1,2,6,32.768,98,1.576
7,-10,0,1,3,6,32.768,0,0.0
8,-10,0,2,0,6,32.768,0,0.0
9,-10,0,2,1,6,32.768,0,0.004
10,-10,0,2,2,6,32.768,1,0.016
11,-10,0,2,3,6,32.768,1,0.011
12,-10,0,3,0,6,32.768,185,2.969
13,-10,0,3,1,6,32.768,153,2.452
14,-10,0,3,2,6,32.768,89,1.433
15,-10,0,3,3,6,32.768,152,2.424
16,-10,0,4,0,7,32.768,0,0.0
17,-10,0,4,1,7,32.768,1,0.008
18,-10,0,4,2,7,32.768,1,0.008
19,-10,0,4,3,7,32.768,17,0.14350000000000002
20,-10,0,5,0,7,32.768,37,0.3095
21,-10,0,5,1,7,32.768,1,0.0085
22,-10,0,5,2,7,32.768,0,0.0
23,-10,0,5,3,7,32.768,21,0.17350000000000002
24,-10,0,6,0,7,32.768,117,0.9145
25,-10,0,6,1,7,32.768,0,0.0
26,-10,0,6,2,7,32.768,19,0.165
27,-10,0,6,3,7,32.768,23,0.182
28,-10,0,7,0,7,32.768,1,0.008
29,-10,0,7,1,7,32.768,48,0.378
30,-10,0,7,2,7,32.768,34,0.268
31,-10,0,7,3,7,32.768,26,0.215
32,-10,1,0,0,0,32.768,1,1.024
33,-10,1,0,1,0,32.768,4519,4621.888
34,-10,1,0,2,0,32.768,1,1.024
35,-10,1,0,3,0,32.768,1,1.024
36,-10,1,1,0,0,32.768,7821,7975.168000000001
37,-10,1,1,1,0,32.768,1,1.472
38,-10,1,1,2,0,32.768,0,0.064
39,-10,1,1,3,0,32.768,5166,5280.512
40,-10,1,2,0,0,32.768,1,1.088
41,-10,1,2,1,0,32.768,0,0.0
42,-10,1,2,2,0,32.768,0,0.0
43,-10,1,2,3,0,32.768,6846,6993.856
44,-10,1,3,0,0,32.768,0,0.0
45,-10,1,3,1,0,32.768,0,0.0
46,-10,1,3,2,0,32.768,1,1.024
47,-10,1,3,3,0,32.768,8738,8972.992
48,-10,1,4,0,0,32.768,1,1.024
49,-10,1,4,1,0,32.768,2898,2961.344
50,-10,1,4,2,0,32.768,2431,2484.224
51,-10,1,4,3,0,32.768,2138,2188.16
52,-10,1,5,0,0,32.768,1,1.024
53,-10,1,5,1,0,32.768,1,1.024
54,-10,1,5,2,0,32.768,32,38.976
55,-10,1,5,3,0,32.768,0,0.0
56,-10,1,6,0,0,32.768,1,1.024
57,-10,1,6,1,0,32.768,5086,5199.232
58,-10,1,6,2,0,32.768,4178,4283.52
59,-10,1,6,3,0,32.768,3692,3771.904
60,-10,1,7,0,0,32.768,0,0.0
61,-10,1,7,1,0,32.768,5930,6070.912
62,-10,1,7,2,0,32.768,5303,5423.296
63,-10,1,7,3,0,32.768,4865,4997.6320000000005

tapeouts/mpw-1/testsetup/MATLAB/Figures/dummy.txt METASEP

tapeouts/mpw-1/testsetup/img/PCBtop.png METASEP

tapeouts/mpw-1/testsetup/img/PCBbot.png METASEP

tapeouts/mpw-1/testsetup/img/FT232H.jpg METASEP

tapeouts/mpw-1/testsetup/MeasResults/SanityCheckDemo.mp4 METASEP

tapeouts/mpw-1/testsetup/MATLAB/PowerResScatter2.m METASEP

tapeouts/mpw-1/testsetup/MATLAB/PowerResScatter.m METASEP

tapeouts/mpw-1/testsetup/MATLAB/PowerInaccScatter2.m METASEP
clc; clear all;
TZiK = 273.15; scale = 1;
% Load and pre-process power and resolution data
LoadPowerRes;
% Load Tested Frequency Data
LoadFreqData;
    % How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 8;
    % Polynomial SEC Order
order_sec = 3;

% Explore temp range
tstart_ind  = 5; % 0C
twin_len    = 12; % 0C + 120C = 120C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Calculate FoMs
freq_arr_20C = freq_data_array(7, :, :);
    % Calculate resolution type-1
freq_pres1_arr_20C = freq_arr_20C + res_data_array(1, :, :);
freq_nres1_arr_20C = freq_arr_20C - res_data_array(1, :, :);
T_pres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres1_arr_20C)));
T_nres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres1_arr_20C)));
T_res1_arr_20C = (T_pres1_arr_20C - T_nres1_arr_20C) / 2;
    % Calculate resolution type-2
freq_pres2_arr_20C = freq_arr_20C + res_data_array(2, :, :);
freq_nres2_arr_20C = freq_arr_20C - res_data_array(2, :, :);
T_pres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres2_arr_20C)));
T_nres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres2_arr_20C)));
T_res2_arr_20C = (T_pres2_arr_20C - T_nres2_arr_20C) / 2;
    % Calculate type-1 FoM for all
FoM_data_array = EnC_data_array(1, :, :) .* (T_res1_arr_20C .^ 2) * 1e3; % pJ * K^2
FoM2_data_array = EnC_data_array(2, :, :) .* (T_res2_arr_20C .^ 2); % nJ * K^2
FoM_B_arr = zeros(1, Nc_B, 64); FoM2_B_arr = zeros(1, Nc_B, 64); power_B_arr = zeros(1, Nc_B, 64);
T_res1_B_arr = zeros(1, Nc_B); T_res2_B_arr = zeros(1, Nc_B, 64); EnC_B_arr = zeros(1, Nc_B, 64);
for d = 1:64
    FoM_B_arr(1, :, d) = FoM_data_array(1, indlist_B_arr(1, :, d), d);
    FoM2_B_arr(1, :, d) = FoM2_data_array(1, indlist_B_arr(1, :, d), d);
    power_B_arr(1, :, d) = power_data_array(1, indlist_B_arr(1, :, d), d);
    T_res1_B_arr(1, :, d) = T_res1_arr_20C(1, indlist_B_arr(1, :, d), d);
    T_res2_B_arr(1, :, d) = T_res2_arr_20C(1, indlist_B_arr(1, :, d), d);
    EnC_B_arr(1, :, d) = EnC_data_array(1, indlist_B_arr(1, :, d), d);
end

% Best FoM design in each group
hdrA_hs_scatter_data = [];
hdrA_hd_scatter_data = [];
hdrB_hs_scatter_data = [];
hdrB_hd_scatter_data = [];

err_th = 5.0; order_min = 1;
for d = 1:32
    % Only plot designs with a reasonable inaccuracy
    if (inacc_B_arr(1, d) < err_th)
        [~, sorted_ind] = sort(FoM2_B_arr(1, :, d));
        for i = order_min:Nc_B
            if (FoM2_B_arr(1, sorted_ind(i), d) > 0) && (T_res2_B_arr(1, sorted_ind(i), d) > 0.01)
                power_mean =  power_B_arr(1, sorted_ind(i), d);
                break;
            end
        end
        [~, ~, ~, pos_inacc, neg_inacc, ~, ~, pos_sigma_inacc, neg_sigma_inacc] = ...
            EvalDesignInacc(d, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
        rInacc_woSEC = 100 * (pos_sigma_inacc(1) - neg_sigma_inacc(1)) / (twin_len * 10);
        rInacc_wSEC = 100 * (pos_sigma_inacc(2) - neg_sigma_inacc(2)) / (twin_len * 10);
        data = [d; power_mean; rInacc_woSEC; rInacc_wSEC];
        if (d <= 16) % hdrA_hs
            hdrA_hs_scatter_data = [hdrA_hs_scatter_data, data];
        else % hdrA_hd
            hdrA_hd_scatter_data = [hdrA_hd_scatter_data, data];
        end
    end
end

err_th = 5.0; order_min = 1;
for d = 33:64
    % Only plot designs with a reasonable inaccuracy
    if (inacc_B_arr(1, d) < err_th)
        [~, sorted_ind] = sort(FoM2_B_arr(1, :, d));
        for i = order_min:Nc_B
            if (FoM2_B_arr(1, sorted_ind(i), d) > 0) && (T_res2_B_arr(1, sorted_ind(i), d) > 0.01)
                power_mean =  power_B_arr(1, sorted_ind(i), d);
                break;
            end
        end
        [~, ~, ~, pos_inacc, neg_inacc, ~, ~, pos_sigma_inacc, neg_sigma_inacc] = ...
            EvalDesignInacc(d, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
        rInacc_woSEC = 100 * (pos_sigma_inacc(1) - neg_sigma_inacc(1)) / (twin_len * 10);
        rInacc_wSEC = 100 * (pos_sigma_inacc(2) - neg_sigma_inacc(2)) / (twin_len * 10);
        data = [d; power_mean; rInacc_woSEC; rInacc_wSEC];
        if (d <= 48) % hdrB_hs
            hdrB_hs_scatter_data = [hdrB_hs_scatter_data, data];
        else % hdrB_hd
            hdrB_hd_scatter_data = [hdrB_hd_scatter_data, data];
        end
    end
end

% Scatter Plot
hdl = figure(1);
color = {'blue', '#4DBEEE', 'red', '#EDB120'};
MarkerSize = 120; LineWidth = 1.5;
s1 = scatter(hdrA_hs_scatter_data(2,:), hdrA_hs_scatter_data(3,:), MarkerSize, 'p', 'MarkerEdgeColor', cell2mat(color(1)), 'LineWidth', LineWidth); hold on;
s2 = scatter(hdrA_hd_scatter_data(2,:), hdrA_hd_scatter_data(3,:), MarkerSize, 's', 'MarkerEdgeColor', cell2mat(color(2)), 'LineWidth', LineWidth); hold on;
s3 = scatter(hdrB_hs_scatter_data(2,:), hdrB_hs_scatter_data(3,:), MarkerSize, 'd', 'MarkerEdgeColor', cell2mat(color(3)), 'LineWidth', LineWidth); hold on;
s4 = scatter(hdrB_hd_scatter_data(2,:), hdrB_hd_scatter_data(3,:), MarkerSize, 'o', 'MarkerEdgeColor', cell2mat(color(4)), 'LineWidth', LineWidth); hold on;
    % Axis
xlim([0.05, 100]); xticks([0.05, 0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100]);
ylim([0.5 6]); yticks(0.5:1:6);
set(gca,'xscale','log', 'FontSize', 18);
    % Labels
xlabel('Power (uW)', 'FontSize', 18);
ylabel('Relative Inaccuracy (%)', 'FontSize', 18);
    % Legend
leg = legend([s1, s2, s3, s4], ...
            "Header A and 'hs' cells", "Header A and 'hd' cells", ...
            "Header B and 'hs' cells", "Header B and 'hd' cells", ...
            'FontSize', 18, 'Location', 'SouthEast');
leg.ItemTokenSize = [24, 24];
    % Set Figure Size
set(gcf, 'Position', [0 0 1000 400]);
    % Grid on
grid on;
    % Save figure
saveas(hdl, './Figures/PowerInaccScatter1.emf');

% hdl = figure(2);
% color = {'blue', '#4DBEEE', 'red', '#EDB120'};
% MarkerSize = 100; LineWidth = 1.5;
% s1 = scatter(hdrA_hs_scatter_data(2,:), hdrA_hs_scatter_data(4,:), MarkerSize, 'p', 'MarkerEdgeColor', cell2mat(color(1)), 'LineWidth', LineWidth); hold on;
% s2 = scatter(hdrA_hd_scatter_data(2,:), hdrA_hd_scatter_data(4,:), MarkerSize, 's', 'MarkerEdgeColor', cell2mat(color(2)), 'LineWidth', LineWidth); hold on;
% s3 = scatter(hdrB_hs_scatter_data(2,:), hdrB_hs_scatter_data(4,:), MarkerSize, 'd', 'MarkerEdgeColor', cell2mat(color(3)), 'LineWidth', LineWidth); hold on;
% s4 = scatter(hdrB_hd_scatter_data(2,:), hdrB_hd_scatter_data(4,:), MarkerSize, 'o', 'MarkerEdgeColor', cell2mat(color(4)), 'LineWidth', LineWidth); hold on;
%     % Axis
% xlim([0.1, 100]); xticks([0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100]);
% %ylim([0.02 0.16]); yticks(0.02:0.02:0.16);
% set(gca,'xscale','log', 'FontSize', 14);
%     % Labels
% xlabel('Power (uW)', 'FontSize', 14);
% ylabel('Relative Inaccuracy (%)', 'FontSize', 14);
%     % Legend
% leg = legend([s1, s2, s3, s4], ...
%             "Header A and 'hs' cells", "Header A and 'hd' cells", ...
%             "Header B and 'hs' cells", "Header B and 'hd' cells", ...
%             'FontSize', 16);
% leg.ItemTokenSize = [24, 24];
%     % Set Figure Size
% set(gcf, 'Position', [0 0 800 400]);
%     % Grid on
% grid on;
%     % Save figure
% saveas(hdl, './Figures/PowerInaccScatter2.emf');

tapeouts/mpw-1/testsetup/MATLAB/PowerInaccScatter.m METASEP
clc; clear all;
TZiK = 273.15; scale = 1;
% Load and pre-process power and resolution data
LoadPowerRes;
% Load Tested Frequency Data
LoadFreqData;
    % How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 8;
    % Polynomial SEC Order
order_sec = 3;

% Explore temp range
tstart_ind  = 5; % 0C
twin_len    = 12; % 0C + 120C = 120C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Calculate FoMs
freq_arr_20C = freq_data_array(7, :, :);
    % Calculate resolution type-1
freq_pres1_arr_20C = freq_arr_20C + res_data_array(1, :, :);
freq_nres1_arr_20C = freq_arr_20C - res_data_array(1, :, :);
T_pres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres1_arr_20C)));
T_nres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres1_arr_20C)));
T_res1_arr_20C = (T_pres1_arr_20C - T_nres1_arr_20C) / 2;
    % Calculate resolution type-2
freq_pres2_arr_20C = freq_arr_20C + res_data_array(2, :, :);
freq_nres2_arr_20C = freq_arr_20C - res_data_array(2, :, :);
T_pres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres2_arr_20C)));
T_nres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres2_arr_20C)));
T_res2_arr_20C = (T_pres2_arr_20C - T_nres2_arr_20C) / 2;
    % Calculate type-1 FoM for all
FoM_data_array = EnC_data_array(1, :, :) .* (T_res1_arr_20C .^ 2) * 1e3; % pJ * K^2
FoM2_data_array = EnC_data_array(2, :, :) .* (T_res2_arr_20C .^ 2); % nJ * K^2
FoM_B_arr = zeros(1, Nc_B, 64); FoM2_B_arr = zeros(1, Nc_B, 64); power_B_arr = zeros(1, Nc_B, 64);
T_res1_B_arr = zeros(1, Nc_B); T_res2_B_arr = zeros(1, Nc_B, 64); EnC_B_arr = zeros(1, Nc_B, 64);
for d = 1:64
    FoM_B_arr(1, :, d) = FoM_data_array(1, indlist_B_arr(1, :, d), d);
    FoM2_B_arr(1, :, d) = FoM2_data_array(1, indlist_B_arr(1, :, d), d);
    power_B_arr(1, :, d) = power_data_array(1, indlist_B_arr(1, :, d), d);
    T_res1_B_arr(1, :, d) = T_res1_arr_20C(1, indlist_B_arr(1, :, d), d);
    T_res2_B_arr(1, :, d) = T_res2_arr_20C(1, indlist_B_arr(1, :, d), d);
    EnC_B_arr(1, :, d) = EnC_data_array(1, indlist_B_arr(1, :, d), d);
end

% Best FoM design in each group
hdrA_hs_scatter_data = [];
hdrA_hd_scatter_data = [];
hdrB_hs_scatter_data = [];
hdrB_hd_scatter_data = [];

err_th = 5.0;
for d = 1:32
    % Only plot designs with a reasonable inaccuracy
    if (inacc_B_arr(1, d) < err_th)
        power_mean = (sum(power_B_arr(1, :, d)) - min(power_B_arr(1, :, d)) - max(power_B_arr(1, :, d))) / (Nc_B - 2);
        [~, ~, ~, pos_inacc, neg_inacc, ~, ~, pos_sigma_inacc, neg_sigma_inacc] = ...
            EvalDesignInacc(d, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
        rInacc_woSEC = 100 * (pos_sigma_inacc(1) - neg_sigma_inacc(1)) / (twin_len * 10);
        rInacc_wSEC = 100 * (pos_sigma_inacc(2) - neg_sigma_inacc(2)) / (twin_len * 10);
        data = [d; power_mean; rInacc_woSEC; rInacc_wSEC];
        if (d <= 16) % hdrA_hs
            hdrA_hs_scatter_data = [hdrA_hs_scatter_data, data];
        else % hdrA_hd
            hdrA_hd_scatter_data = [hdrA_hd_scatter_data, data];
        end
    end
end

err_th = 5.0;
for d = 33:64
    % Only plot designs with a reasonable inaccuracy
    if (inacc_B_arr(1, d) < err_th)
        power_mean = (sum(power_B_arr(1, :, d)) - min(power_B_arr(1, :, d)) - max(power_B_arr(1, :, d))) / (Nc_B - 2);
        [~, ~, ~, pos_inacc, neg_inacc, ~, ~, pos_sigma_inacc, neg_sigma_inacc] = ...
            EvalDesignInacc(d, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
        rInacc_woSEC = 100 * (pos_sigma_inacc(1) - neg_sigma_inacc(1)) / (twin_len * 10);
        rInacc_wSEC = 100 * (pos_sigma_inacc(2) - neg_sigma_inacc(2)) / (twin_len * 10);
        data = [d; power_mean; rInacc_woSEC; rInacc_wSEC];
        if (d <= 48) % hdrB_hs
            hdrB_hs_scatter_data = [hdrB_hs_scatter_data, data];
        else % hdrB_hd
            hdrB_hd_scatter_data = [hdrB_hd_scatter_data, data];
        end
    end
end

% Scatter Plot
hdl = figure(1);
color = {'blue', '#4DBEEE', 'red', '#EDB120'};
MarkerSize = 120; LineWidth = 1.5;
s1 = scatter(hdrA_hs_scatter_data(2,:), hdrA_hs_scatter_data(3,:), MarkerSize, 'p', 'MarkerEdgeColor', cell2mat(color(1)), 'LineWidth', LineWidth); hold on;
s2 = scatter(hdrA_hd_scatter_data(2,:), hdrA_hd_scatter_data(3,:), MarkerSize, 's', 'MarkerEdgeColor', cell2mat(color(2)), 'LineWidth', LineWidth); hold on;
s3 = scatter(hdrB_hs_scatter_data(2,:), hdrB_hs_scatter_data(3,:), MarkerSize, 'd', 'MarkerEdgeColor', cell2mat(color(3)), 'LineWidth', LineWidth); hold on;
s4 = scatter(hdrB_hd_scatter_data(2,:), hdrB_hd_scatter_data(3,:), MarkerSize, 'o', 'MarkerEdgeColor', cell2mat(color(4)), 'LineWidth', LineWidth); hold on;
    % Axis
xlim([0.1, 100]); xticks([0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100]);
ylim([0.5 6]); yticks(0.5:1:6);
set(gca,'xscale','log', 'FontSize', 18);
    % Labels
xlabel('Power (uW)', 'FontSize', 18);
ylabel('Relative Inaccuracy (%)', 'FontSize', 18);
    % Legend
leg = legend([s1, s2, s3, s4], ...
            "Header A and 'hs' cells", "Header A and 'hd' cells", ...
            "Header B and 'hs' cells", "Header B and 'hd' cells", ...
            'FontSize', 18, 'Location', 'SouthEast');
leg.ItemTokenSize = [24, 24];
    % Set Figure Size
set(gcf, 'Position', [0 0 1000 400]);
    % Grid on
grid on;
    % Save figure
saveas(hdl, './Figures/PowerInaccScatter1.emf');

% hdl = figure(2);
% color = {'blue', '#4DBEEE', 'red', '#EDB120'};
% MarkerSize = 100; LineWidth = 1.5;
% s1 = scatter(hdrA_hs_scatter_data(2,:), hdrA_hs_scatter_data(4,:), MarkerSize, 'p', 'MarkerEdgeColor', cell2mat(color(1)), 'LineWidth', LineWidth); hold on;
% s2 = scatter(hdrA_hd_scatter_data(2,:), hdrA_hd_scatter_data(4,:), MarkerSize, 's', 'MarkerEdgeColor', cell2mat(color(2)), 'LineWidth', LineWidth); hold on;
% s3 = scatter(hdrB_hs_scatter_data(2,:), hdrB_hs_scatter_data(4,:), MarkerSize, 'd', 'MarkerEdgeColor', cell2mat(color(3)), 'LineWidth', LineWidth); hold on;
% s4 = scatter(hdrB_hd_scatter_data(2,:), hdrB_hd_scatter_data(4,:), MarkerSize, 'o', 'MarkerEdgeColor', cell2mat(color(4)), 'LineWidth', LineWidth); hold on;
%     % Axis
% xlim([0.1, 100]); xticks([0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100]);
% %ylim([0.02 0.16]); yticks(0.02:0.02:0.16);
% set(gca,'xscale','log', 'FontSize', 14);
%     % Labels
% xlabel('Power (uW)', 'FontSize', 14);
% ylabel('Relative Inaccuracy (%)', 'FontSize', 14);
%     % Legend
% leg = legend([s1, s2, s3, s4], ...
%             "Header A and 'hs' cells", "Header A and 'hd' cells", ...
%             "Header B and 'hs' cells", "Header B and 'hd' cells", ...
%             'FontSize', 16);
% leg.ItemTokenSize = [24, 24];
%     % Set Figure Size
% set(gcf, 'Position', [0 0 800 400]);
%     % Grid on
% grid on;
%     % Save figure
% saveas(hdl, './Figures/PowerInaccScatter2.emf');

tapeouts/mpw-1/testsetup/MATLAB/PolyNthOrder.m METASEP
function [Y] = PolyNthOrder(param, X)
% Nth-Order Polynomial of an input matrix X

order = length(param);
Y = zeros(size(X));
for i = 1:order
    Y = Y + param(i) .* (X.^(i-1));
end

end

tapeouts/mpw-1/testsetup/MATLAB/PlotInaccHist.m METASEP

tapeouts/mpw-1/testsetup/MATLAB/PlotInacc.m METASEP

tapeouts/mpw-1/testsetup/MATLAB/LoadPowerRes.m METASEP
% Define chip list and full temp range
clist = [10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24];
Nchip = length(clist);
temp = 20; % Measured @ 20C
VDD1v8 = 1.8; % V
freq_ref = 32.768; % kHz

% Re-organize Measured Data
power_data_array = zeros(1, Nchip, 64);
tconv_data_array = zeros(2, Nchip, 64);
res_data_array = zeros(2, Nchip, 64);
EnC_data_array = zeros(2, Nchip, 64);
FoM_data_array = zeros(1, Nchip, 64);
    % Parse Power
for c = 1:Nchip
    file = ['../MeasResults/Power', '/Power_ChipNo', num2str(clist(c)), '_Vdio3.0Vdd1.8_', num2str(temp), 'C.csv'];
    dtable = readtable(file, 'PreserveVariableNames', 1);
    for design = 1:64
        power_data_array(1, c, design) = table2array(dtable(design, 'Ivdd1v8 (A)'));
    end
    min_current = min(power_data_array(1, c, :));
    power_data_array(1, c, :) = power_data_array(1, c, :) - min_current;
    power_data_array(1, c, :) = power_data_array(1, c, :) * 1.8 * 1e6; % uW
end
    % Parse Resolution
for c = 1:Nchip
    file = ['../MeasResults/Resolution', '/Res_ChipNo', num2str(clist(c)), '_Vdio3.0Vdd1.8_', num2str(temp), 'C.csv'];
    dtable = readtable(file, 'PreserveVariableNames', 1);
    for design = 1:64
        tconv_data_array(1, c, design) = table2array(dtable(design, 'CTR1'));
        tconv_data_array(2, c, design) = table2array(dtable(design, 'CTR2'));
        res_data_array(1, c, design) = table2array(dtable(design, 'Res1 (kHz)'));
        res_data_array(2, c, design) = table2array(dtable(design, 'Res2 (kHz)'));
    end
    tconv_data_array(1, c, :) = 32 * (2.^tconv_data_array(1, c, :)) / freq_ref; % ms
    tconv_data_array(2, c, :) = 32 * (2.^tconv_data_array(2, c, :)) / freq_ref; % ms
end
    % Calculate Energy-per-Conversion
EnC_data_array(1, :, :) = power_data_array .* tconv_data_array(1, :, :);
EnC_data_array(2, :, :) = power_data_array .* tconv_data_array(2, :, :);

tapeouts/mpw-1/testsetup/MATLAB/LoadFreqData.m METASEP
% Define chip list and full temp range
clist = [10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24];
tlist = -40:10:120;
Ntemp = length(tlist);
Nchip = length(clist);

% Re-organize Measured Data
freq_data_array = zeros(Ntemp, Nchip, 64);
for c = 1:Nchip
    for t = 1:Ntemp
        file = ['../MeasResults/ChipNo', num2str(clist(c)), '/Meas_ChipNo', num2str(clist(c)), '_Vdio3.0Vdd1.8_', num2str(tlist(t)), 'C.csv'];
        dtable = readtable(file, 'PreserveVariableNames', 1);
        for design = 1:64
            freq_data_array(t, c, design) = table2array(dtable(design, 'Freq0 (kHz)'));
        end
    end
end

tapeouts/mpw-1/testsetup/MATLAB/InaccHist.m METASEP
clc; clear all;
% Load Tested Frequency Data
LoadFreqData;
    % How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 8;
    % Polynomial SEC Order
order_sec = 3;

% Explore temp range
tstart_ind  = 5; % 0C
twin_len    = 12; % 0C + 120C = 120C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Find the best designs in each group
inacc_hist_design = zeros(2, 16);
inacc_hist_minmax = zeros(2, 16);
inacc_hist_minmax_sec = zeros(2, 16);
inacc_hist_sigma  = zeros(2, 16);
inacc_hist_sigma_sec  = zeros(2, 16);

for i = 1:16
    % Find the best design in the group
    [design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
        EvalDesignInacc((4*i-3):4*i, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
    inacc_hist_design(1, i) = design;
    inacc_hist_minmax(1, i) = pos_inacc(1); inacc_hist_minmax(2, i) = neg_inacc(1);
    inacc_hist_minmax_sec(1, i) = pos_inacc(2); inacc_hist_minmax_sec(2, i) = neg_inacc(2);
    inacc_hist_sigma(1, i) = pos_sigma_inacc(1); inacc_hist_sigma(2, i) = neg_sigma_inacc(1);
    inacc_hist_sigma_sec(1, i) = pos_sigma_inacc(2); inacc_hist_sigma_sec(2, i) = neg_sigma_inacc(2);
    % If max pre-SEC inacc is too large, treat it as not working across multiple chips
    if max(abs(inacc_hist_minmax(:, i))) >= 5.0
        inacc_hist_design(2, i) = 0;
    else
        inacc_hist_design(2, i) = 1;
    end
    inacc_hist_minmax = inacc_hist_minmax .* inacc_hist_design(2, :);
    inacc_hist_minmax_sec = inacc_hist_minmax_sec .* inacc_hist_design(2, :);
    inacc_hist_sigma = inacc_hist_sigma .* inacc_hist_design(2, :);
    inacc_hist_sigma_sec = inacc_hist_sigma_sec .* inacc_hist_design(2, :);
end

fprintf("Plot Inaccuracy Histogram across Designs......\n");
fig = 1;
    % Plot min/max error spread across designs
[fig, hdl_minmax] = PlotInaccHist(fig, inacc_hist_minmax, inacc_hist_minmax_sec, 0);
saveas(hdl_minmax, './Figures/InaccHist_MinMax.emf');
    % Plot 3-sigma error spread across designs
[fig, hdl_sigma] = PlotInaccHist(fig, inacc_hist_sigma, inacc_hist_sigma_sec, 1);
saveas(hdl_sigma, './Figures/InaccHist_3sigma.emf');

tapeouts/mpw-1/testsetup/MATLAB/ExploreOneRange.m METASEP
clc; clear all;

% Define chip list and full temp range
clist = [11, 12, 13, 14, 15, 16, 17];
tlist = -40:10:120;
Ntemp = length(tlist);
Nchip = length(clist);

% Re-organize Measured Data
freq_data_array = zeros(Ntemp, Nchip, 64);
for c = 1:Nchip
    for t = 1:Ntemp
        file = ['../MeasResults/ChipNo', num2str(clist(c)), '/Meas_ChipNo', num2str(clist(c)), '_Vdio3.0Vdd1.8_', num2str(tlist(t)), 'C.csv'];
        dtable = readtable(file, 'PreserveVariableNames', 1);
        for design = 1:64
            freq_data_array(t, c, design) = table2array(dtable(design, 'Freq0 (kHz)'));
        end
    end
end

% Define temperature range to explore
tstart_ind  = 1; % 0C
twin_len    = 10; % 0C + 100C = 100C
pcalib      = 1; % +/-20C calibration

% How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 6;

% Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, Nc_A, indlist_A, inacc_B, indlist_B] = EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

tapeouts/mpw-1/testsetup/MATLAB/ExploreMultiRangeFoM.m METASEP
clc; clear all;
TZiK = 273.15; scale = 1;

% Load and pre-process power and resolution data
LoadPowerRes;

% Load Tested Frequency Data
LoadFreqData;

% Explore best designs of low, mid and high temperature ranges
    % How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 8;
    % Polynomial SEC Order
order_sec = 3;
    % Explore
fig = 1;
ExploreLowRangeFoM;
ExploreMidRangeFoM;
ExploreHighRangeFoM;

tapeouts/mpw-1/testsetup/MATLAB/ExploreMultiRange.m METASEP
clc; clear all;

% Load Tested Frequency Data
LoadFreqData;

% Explore best designs of low, mid and high temperature ranges
    % How good we want the performance to be
inacc_th    = 2.5;
Nc_B        = 8;
    % Polynomial SEC Order
order_sec = 3;
    % Explore
fig = 1;
ExploreLowRange;
ExploreMidRange;
ExploreHighRange;

tapeouts/mpw-1/testsetup/MATLAB/ExploreMidRangeFoM.m METASEP
fprintf("Explore Mid Temp Range......\n");
% Explore mid-temp range
tstart_ind  = 3; % -20C
twin_len    = 12; % -20C + 120C = 100C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Calculate FoMs
freq_arr_20C = freq_data_array(7, :, :);
    % Calculate resolution type-1
freq_pres1_arr_20C = freq_arr_20C + res_data_array(1, :, :);
freq_nres1_arr_20C = freq_arr_20C - res_data_array(1, :, :);
T_pres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres1_arr_20C)));
T_nres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres1_arr_20C)));
T_res1_arr_20C = (T_pres1_arr_20C - T_nres1_arr_20C) / 2;
    % Calculate resolution type-2
freq_pres2_arr_20C = freq_arr_20C + res_data_array(2, :, :);
freq_nres2_arr_20C = freq_arr_20C - res_data_array(2, :, :);
T_pres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres2_arr_20C)));
T_nres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres2_arr_20C)));
T_res2_arr_20C = (T_pres2_arr_20C - T_nres2_arr_20C) / 2;
    % Calculate type-1 FoM for all
FoM_data_array = EnC_data_array(1, :, :) .* (T_res1_arr_20C .^ 2) * 1e3; % pJ * K^2
FoM_B_arr = zeros(1, Nc_B, 64); power_B_arr = zeros(1, Nc_B, 64);
T_res1_B_arr = zeros(1, Nc_B); T_res2_B_arr = zeros(1, Nc_B, 64); EnC_B_arr = zeros(1, Nc_B, 64);
for d = 1:64
    FoM_B_arr(1, :, d) = FoM_data_array(1, indlist_B_arr(1, :, d), d);
    power_B_arr(1, :, d) = power_data_array(1, indlist_B_arr(1, :, d), d);
    T_res1_B_arr(1, :, d) = T_res1_arr_20C(1, indlist_B_arr(1, :, d), d);
    T_res2_B_arr(1, :, d) = T_res2_arr_20C(1, indlist_B_arr(1, :, d), d);
    EnC_B_arr(1, :, d) = EnC_data_array(1, indlist_B_arr(1, :, d), d);
end

% Best FoM design with header-A
min_order = 2; err_th = 3;
[design, FoM, power, res, EnC] = EvalDesignFoM(1:32, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_mr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

% Best FoM design with header-B
min_order = 1; err_th = 3;
[design, FoM, power, res, EnC] = EvalDesignFoM(33:64, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_mr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/ExploreMidRange.m METASEP
fprintf("Explore Mid Temp Range......\n");
% Explore mid-temp range
tstart_ind  = 3; % -20C
twin_len    = 12; % -20C + 120C = 100C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Best design with header-A
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(1:32, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_mr.emf');
fprintf("\n");

% Best design with header-B
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(33:64, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_mr.emf');
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/ExploreLowRangeFoM.m METASEP
fprintf("Explore Low Temp Range......\n");
% Explore low-temp range
tstart_ind  = 1; % -40C
twin_len    = 12; % -40C + 120C = 80C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Calculate FoMs
freq_arr_20C = freq_data_array(7, :, :);
    % Calculate resolution type-1
freq_pres1_arr_20C = freq_arr_20C + res_data_array(1, :, :);
freq_nres1_arr_20C = freq_arr_20C - res_data_array(1, :, :);
T_pres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres1_arr_20C)));
T_nres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres1_arr_20C)));
T_res1_arr_20C = (T_pres1_arr_20C - T_nres1_arr_20C) / 2;
    % Calculate resolution type-2
freq_pres2_arr_20C = freq_arr_20C + res_data_array(2, :, :);
freq_nres2_arr_20C = freq_arr_20C - res_data_array(2, :, :);
T_pres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres2_arr_20C)));
T_nres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres2_arr_20C)));
T_res2_arr_20C = (T_pres2_arr_20C - T_nres2_arr_20C) / 2;
    % Calculate type-1 FoM for all
FoM_data_array = EnC_data_array(1, :, :) .* (T_res1_arr_20C .^ 2) * 1e3; % pJ * K^2
FoM_B_arr = zeros(1, Nc_B, 64); power_B_arr = zeros(1, Nc_B, 64);
T_res1_B_arr = zeros(1, Nc_B); T_res2_B_arr = zeros(1, Nc_B, 64); EnC_B_arr = zeros(1, Nc_B, 64);
for d = 1:64
    FoM_B_arr(1, :, d) = FoM_data_array(1, indlist_B_arr(1, :, d), d);
    power_B_arr(1, :, d) = power_data_array(1, indlist_B_arr(1, :, d), d);
    T_res1_B_arr(1, :, d) = T_res1_arr_20C(1, indlist_B_arr(1, :, d), d);
    T_res2_B_arr(1, :, d) = T_res2_arr_20C(1, indlist_B_arr(1, :, d), d);
    EnC_B_arr(1, :, d) = EnC_data_array(1, indlist_B_arr(1, :, d), d);
end

% Best FoM design with header-A
min_order = 2; err_th = 10;
[design, FoM, power, res, EnC] = EvalDesignFoM(1:32, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_lr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

% Best FoM design with header-B
min_order = 1; err_th = 3;
[design, FoM, power, res, EnC] = EvalDesignFoM(33:64, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_lr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/ExploreLowRange.m METASEP
fprintf("Explore Low Temp Range......\n");
% Explore low-temp range
tstart_ind  = 1; % -40C
twin_len    = 12; % -40C + 120C = 80C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Best design with header-A
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(1:32, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_lr.emf');
fprintf("\n");

% Best design with header-B
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(33:64, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_lr.emf');
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/ExploreHighRangeFoM.m METASEP
fprintf("Explore High Temp Range......\n");
% Explore high-temp range
tstart_ind  = 5; % 0C
twin_len    = 12; % 0C + 120C = 120C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Calculate FoMs
freq_arr_20C = freq_data_array(7, :, :);
    % Calculate resolution type-1
freq_pres1_arr_20C = freq_arr_20C + res_data_array(1, :, :);
freq_nres1_arr_20C = freq_arr_20C - res_data_array(1, :, :);
T_pres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres1_arr_20C)));
T_nres1_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres1_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres1_arr_20C)));
T_res1_arr_20C = (T_pres1_arr_20C - T_nres1_arr_20C) / 2;
    % Calculate resolution type-2
freq_pres2_arr_20C = freq_arr_20C + res_data_array(2, :, :);
freq_nres2_arr_20C = freq_arr_20C - res_data_array(2, :, :);
T_pres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_pres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_pres2_arr_20C)));
T_nres2_arr_20C = abs((scale .* TZiK .* params_arr(1, :, :) .* log(freq_nres2_arr_20C) + params_arr(2, :, :)) ./ (1 - scale .* params_arr(1, :, :) .* log(freq_nres2_arr_20C)));
T_res2_arr_20C = (T_pres2_arr_20C - T_nres2_arr_20C) / 2;
    % Calculate type-1 FoM for all
FoM_data_array = EnC_data_array(1, :, :) .* (T_res1_arr_20C .^ 2) * 1e3; % pJ * K^2
FoM_B_arr = zeros(1, Nc_B, 64); power_B_arr = zeros(1, Nc_B, 64);
T_res1_B_arr = zeros(1, Nc_B); T_res2_B_arr = zeros(1, Nc_B, 64); EnC_B_arr = zeros(1, Nc_B, 64);
for d = 1:64
    FoM_B_arr(1, :, d) = FoM_data_array(1, indlist_B_arr(1, :, d), d);
    power_B_arr(1, :, d) = power_data_array(1, indlist_B_arr(1, :, d), d);
    T_res1_B_arr(1, :, d) = T_res1_arr_20C(1, indlist_B_arr(1, :, d), d);
    T_res2_B_arr(1, :, d) = T_res2_arr_20C(1, indlist_B_arr(1, :, d), d);
    EnC_B_arr(1, :, d) = EnC_data_array(1, indlist_B_arr(1, :, d), d);
end

% Best FoM design with header-A
min_order = 1; err_th = 3;
[design, FoM, power, res, EnC] = EvalDesignFoM(1:32, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_hr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

% Best FoM design with header-B
min_order = 1; err_th = 4;
[design, FoM, power, res, EnC] = EvalDesignFoM(33:64, min_order, inacc_B_arr, err_th, FoM_B_arr, power_B_arr, T_res1_B_arr, EnC_B_arr);
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(design, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest FoM. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_hr.emf');
    % Report FoM
fprintf("Power, EnC, res and FoM are %fuW, %fnJ, %fK, %fpJ*K^2. \n", power, EnC, res, FoM);
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/ExploreHighRange.m METASEP
fprintf("Explore High Temp Range......\n");
% Explore high-temp range
tstart_ind  = 5; % 0C
twin_len    = 12; % 0C + 120C = 120C
pcalib      = 1; % +/- 10C calibration
    % Explore the best designs out of 64
params_arr = zeros(2, Nchip, 64);
inacc_arr  = zeros(Ntemp, Nchip, 64);
params_sec_arr = zeros(order_sec + 1, 64);
inacc_arr_sec = zeros(Ntemp, Nchip, 64);
Nc_A_arr = zeros(1, 64);
indlist_A_arr = zeros(2, Nchip, 64);
inacc_B_arr = zeros(1, 64);
indlist_B_arr = zeros(2, Nc_B, 64);
for design = 1:64
    freq_arr = freq_data_array(:, :, design);
    [params, inacc, params_sec, inacc_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
        EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec);
    params_arr(:, :, design) = params;
    inacc_arr(:, :, design) = inacc;
    params_sec_arr(:, design) = params_sec;
    inacc_arr_sec(:, :, design) = inacc_sec;
    Nc_A_arr(:, design) = Nc_A;
    indlist_A_arr(:, :, design) = indlist_A;
    inacc_B_arr(:, design) = inacc_B;
    indlist_B_arr(:, :, design) = indlist_B;
end

% Best design with header-A
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(1:32, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-A Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrA_hr.emf');
fprintf("\n");

% Best design with header-B
[design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, ~, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = ...
    EvalDesignInacc(33:64, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len);
fprintf("Header-B Design %d has lowest maximum absolute error. \n", design);
fprintf("Max/Min error w/o SEC is %f/+%f degreeC. \n", neg_inacc(1), pos_inacc(1));
fprintf("3-sigma error w/o SEC is %f/+%f degreeC. \n", neg_sigma_inacc(1), pos_sigma_inacc(1));
fprintf("Max/Min error w/ SEC is %f/+%f degreeC. \n", neg_inacc(2), pos_inacc(2));
fprintf("3-sigma error w/ SEC is %f/+%f degreeC. \n", neg_sigma_inacc(2), pos_sigma_inacc(2));
    % Plot Inaccuracy and 3-sigma against temp
[fig, hdl] = PlotInacc(fig, tlist(tstart_ind:(tstart_ind + twin_len)), inacc_sub_arr, inacc_sub_arr_sec, sigma_sec, design);
saveas(hdl, './Figures/InaccVStemp_hdrB_hr.emf');
fprintf("\n");

tapeouts/mpw-1/testsetup/MATLAB/EvalDesignInacc.m METASEP
function [design, inacc_sub_arr, inacc_sub_arr_sec, pos_inacc, neg_inacc, sigma, sigma_sec, pos_sigma_inacc, neg_sigma_inacc] = EvalDesignInacc(drange, inacc_arr, inacc_arr_sec, inacc_B_arr, indlist_B_arr, tstart_ind, twin_len)
% Find the best design based on inacc_B given design # range, and evaluate
% its inaccuracies

[~, design] = min(inacc_B_arr(1, drange));
design = drange(design);

inacc_sub_arr = inacc_arr(tstart_ind:(tstart_ind + twin_len), indlist_B_arr(1, :, design), design);
inacc_sub_arr_sec = inacc_arr_sec(tstart_ind:(tstart_ind + twin_len), indlist_B_arr(1, :, design), design);
    % Calculate Max/Min Inaccuracy
pos_inacc = max(max(inacc_sub_arr));
neg_inacc = min(min(inacc_sub_arr));
pos_inacc_sec = max(max(inacc_sub_arr_sec));
neg_inacc_sec = min(min(inacc_sub_arr_sec));
pos_inacc = [pos_inacc; pos_inacc_sec];
neg_inacc = [neg_inacc; neg_inacc_sec];
    % Calculate 3-sigma Inaccuracy
sigma = [3*std(inacc_sub_arr, 1, 2), -3*std(inacc_sub_arr, 1, 2)] + mean(inacc_sub_arr, 2);
pos_sigma_inacc = max(max(sigma));
neg_sigma_inacc = min(min(sigma));
sigma_sec = [3*std(inacc_sub_arr_sec, 1, 2), -3*std(inacc_sub_arr_sec, 1, 2)] + mean(inacc_sub_arr_sec, 2);
pos_sigma_inacc_sec = max(max(sigma_sec));
neg_sigma_inacc_sec = min(min(sigma_sec));
pos_sigma_inacc = [pos_sigma_inacc; pos_sigma_inacc_sec];
neg_sigma_inacc = [neg_sigma_inacc; neg_sigma_inacc_sec];

end

tapeouts/mpw-1/testsetup/MATLAB/EvalDesignGivenRange.m METASEP
function [params, inacc_arr, params_sec, inacc_arr_sec, Nc_A, indlist_A, inacc_B, indlist_B] = ...
    EvalDesignGivenRange(freq_arr, tlist, tstart_ind, twin_len, pcalib, inacc_th, Nc_B, order_sec)
% This function evaluate a single temperature design/instance's inaccuracy
% across multiple chips under a given temperature range.
% It returns fitted parameter pairs for each chip,
% inaccuracies across chips and temperatures, and
% metric A: the number of chips with inaccuracy below a threshold and
% their indices, and
% metric B: the minimal-possible max-inaccuracy given the number of good
% chips we need, also return the their indices.

% metric A is about the best reliability or least variation
% while metric B is about the best inaccuracy

% Input:
%   freq_arr - Ntemp x Nchip
%   tlist - Ntemp x 1
%   tstart_ind - 1x1, index of starting temperature
%   twin_len - 1x1, length of temperature range, in 10C-step indices
%   pcalib - 1x1, calibration point index w.r.t. tstart_ind, e.g., 2 means
%       20C above tlow and under thigh
%   inacc_th - 1x1, threshold of inaccuracy
%   Nc_B - 1x1, number of good chips we need

% Output:
%   params - 2 x Nchip
%   inacc_arr - Ntemp x Nchip
%   Nc_A - 1x1, the number of chips with inaccuracy below a threshold
%   indlist_A - 2 x Nchip, the chip indices for metric A
%   inacc_B - 1x1, the minimal-possible max-inaccuracy given Nc_B,
%   indlist_B - 2 x Nc_B, the chip indices for metric B

TZiK = 273.15; scale = 1;

[Ntemp, Nchip] = size(freq_arr);
params = zeros(2, Nchip);
T_array = zeros(Ntemp, Nchip);
inacc_arr = zeros(Ntemp, Nchip);
metric_arr = zeros(3, Nchip);

% Fit the design for each chip
p1 = tstart_ind + pcalib;
p2 = tstart_ind + twin_len - pcalib;
for c = 1:Nchip
    % Fit the curve
    flist = freq_arr(:, c);
    k = (tlist(p2) - tlist(p1)) / (log(flist(p2)) * (tlist(p2) + TZiK) * scale - log(flist(p1)) * (tlist(p1) + TZiK) * scale);
    b = tlist(p1) - k * log(flist(p1)) * (tlist(p1) + TZiK) * scale;
    params(1, c) = k; params(2, c) = b;

    % Calculate estimated temperatures and inaccuracies
    for t = 1:Ntemp
        T_array(t, c) = (scale * TZiK * k * log(flist(t)) + b) / (1 - scale * k * log(flist(t)));
        inacc_arr(t, c) = T_array(t, c) - tlist(t);
    end

    % Calculate max inaccuracies in the given range
    if ( sum(isnan(inacc_arr(tstart_ind:(tstart_ind + twin_len), c))) == 0 )
        metric_arr(1, c) = max(inacc_arr(tstart_ind:(tstart_ind + twin_len), c)); % largest positive error
        metric_arr(2, c) = min(inacc_arr(tstart_ind:(tstart_ind + twin_len), c)); % largest negative error
        metric_arr(3, c) = max(abs(metric_arr(1,c)), abs(metric_arr(2,c))); % largest absolute error
    else
        metric_arr(:, c) = [NaN; NaN; NaN];
    end
end

% Metric A
Nc_A = 0; indlist_A = zeros(2, Nchip);
for c = 1:Nchip
    if (metric_arr(3, c) <= inacc_th)
        Nc_A = Nc_A + 1;
        indlist_A(:, Nc_A) = [c; metric_arr(3,c)];
    end
end

% Metric B
[sorted_inacc, sorted_ind] = sort(metric_arr(3, :));
inacc_B = sorted_inacc(Nc_B);
indlist_B = [sorted_ind(1:Nc_B); sorted_inacc(1:Nc_B)];

% Systematic Error Correction
if (inacc_B < 20) % Only do SEC when inaccuracy is not too bad
        % get the estimated temp of best Nc_B chips
    T_est = T_array(tstart_ind:(tstart_ind + twin_len), indlist_B(1, :));
        % define Nth-order polynomial correction: T_sec = pN * T_est^N + ... + p1 * T_est + p0
        % param = [p0, p1, ... pN]
    T_left = tlist(tstart_ind:(tstart_ind + twin_len))';
    T_sec  = @(param, T) PolyNthOrder(param, T);
    T_right = @(param, T) mean(T_sec(param, T), 2);
        % Do Optimization
    param0 = zeros(1, order_sec + 1); param0(2) = 1;
    opts = optimoptions('lsqcurvefit', 'Display','off');
    [params_sec, ~, ~, ~, ~] = lsqcurvefit(T_right, param0, T_est, T_left, [], [], opts);
        % Calculate Corrected Temperature estimation and errors
    T_array_sec = T_sec(params_sec, T_array);
    inacc_arr_sec = T_array_sec - tlist';
else
    params_sec = zeros(1, order_sec+1); params_sec(2) = 1;
    inacc_arr_sec = inacc_arr;
end

end

tapeouts/mpw-1/testsetup/MATLAB/EvalDesignFoM.m METASEP
function [design, FoM, power, res, EnC] = EvalDesignFoM(drange, min_order, inacc_B_arr, inacc_th, FoM_B_arr, power_B_arr, res_B_arr, EnC_B_arr)
% Find the best design based on FoM

design = 1;
FoM_min = 1e6;
for i = 1:length(drange)
    d = drange(i);
    % Only find for those with a reasonable inaccuracy
    if (inacc_B_arr(1, d) < inacc_th)
        [~, sorted_ind] = sort(FoM_B_arr(1, :, d));
        FoM_Nth_min = FoM_B_arr(1, sorted_ind(min_order), d);
        if (FoM_Nth_min < FoM_min) && (FoM_Nth_min > 0)
            FoM_min = FoM_Nth_min;
            design = d;
        end
    end
end

[~, sorted_ind] = sort(FoM_B_arr(1, :, design));
FoM = FoM_B_arr(1, sorted_ind(min_order), design);
power = power_B_arr(1, sorted_ind(min_order), design);
res = res_B_arr(1, sorted_ind(min_order), design);
EnC = EnC_B_arr(1, sorted_ind(min_order), design);

end

tapeouts/mpw-1/testsetup/MATLAB/CalcAcc.m METASEP
ChipNo_list = [11, 12, 13, 14, 15, 16];
temp_list = -40:10:120;
supply_list = [1.8];
TZiK = 273.15; scale = 1;
p1 = 5; % 0C
p2 = 13; % 80C

plim_low = 3; % -20C
plim_high = 15; % 100C

% Re-organize Measured Data
freq_data_array = zeros(length(temp_list), length(supply_list), length(ChipNo_list), 64);
for c=1:length(ChipNo_list)
    for t=1:length(temp_list)
        for s=1:length(supply_list)
            file = ['../MeasResults/ChipNo', num2str(ChipNo_list(c)), '/Meas_ChipNo', num2str(ChipNo_list(c)), '_Vdio3.0Vdd', num2str(supply_list(s)), '_', num2str(temp_list(t)), 'C.csv'];
            dtable = readtable(file, 'PreserveVariableNames', 1);
            for design = 1:64
                freq_data_array(t, s, c, design) = table2array(dtable(design, 'Freq0 (kHz)'));
            end
        end
    end
end

% Fit each node
param_array = zeros(2, length(supply_list), length(ChipNo_list), 64);
T_array = zeros(length(temp_list), length(supply_list), length(ChipNo_list), 64);
T_err_array = zeros(length(temp_list), length(supply_list), length(ChipNo_list), 64);
err_range_array = zeros(4, length(supply_list), length(ChipNo_list), 64);

for c=1:length(ChipNo_list)
    for design = 1:64
        for s = 1:length(supply_list)
            freq_list = freq_data_array(:, s, c, design);
            k = (temp_list(p2)-temp_list(p1)) / (log(freq_list(p2))*(temp_list(p2) + TZiK)*scale - log(freq_list(p1))*(temp_list(p1) + TZiK)*scale);
            b = -k*log(freq_list(p1))*(temp_list(p1) + TZiK)*scale;
            param_array(1, s, c, design) = k; param_array(2, s, c, design) = b;

            for t = 1:length(temp_list)
                T_array(t, s, c, design) = (scale * TZiK * k * log(freq_list(t)) + b) / (1 - scale * k * log(freq_list(t)));
                T_err_array(t, s, c, design) = T_array(t, s, c, design) - temp_list(t);
            end
            err_range_array(1, s, c, design) = max(T_err_array(plim_low:plim_high, s, c, design)); % largest positive error
            err_range_array(2, s, c, design) = min(T_err_array(plim_low:plim_high, s, c, design)); % largest negative error
            err_range_array(3, s, c, design) = max(abs(T_err_array(plim_low:plim_high, s, c, design))); % largest absolute error
            err_range_array(4, s, c, design) = sum(abs(T_err_array(plim_low:plim_high, s, c, design)))/(plim_high - plim_low + 1 - 2); % mean absolute error
        end
    end
end

c = 4;
[max_abs_error_lst, design] = min(err_range_array(3, 1, c, :));
fprintf("At 1.8V, Design %d has lowest maximum absolute error of %.4f \n", design, max_abs_error_lst);
[mean_abs_error_lst, design] = min(err_range_array(4, 1, c, :));
fprintf("At 1.8V, Design %d has lowest mean absolute error of %.4f \n", design, mean_abs_error_lst);

%[max_abs_error_lst, design] = min(err_range_array(3, 2, c, :));
%fprintf("At 1.2V, Design %d has lowest maximum absolute error of %.4f \n", design, max_abs_error_lst);
%[mean_abs_error_lst, design] = min(err_range_array(4, 2, c, :));
%fprintf("At 1.2V, Design %d has lowest mean absolute error of %.4f \n", design, mean_abs_error_lst);

tapeouts/mpw-1/testsetup/scripts/tempsensor_testResPowerAll.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Fri Oct 22 2021

@author: Qirui Zhang

Sky130TempSensor chip testing: powers and resolutions of all 64 designs on a chip given one temperature and supply voltages
"""

"""
Check if FT232H devices are connected. Should list 3 devices.
"""
from pyftdi.usbtools import UsbTools

FT232H_list = UsbTools.find_all([(0x403, 0x6014)])
for i in FT232H_list:
    print(i)
print("")

"""
Import Libraries
"""
import tempsensor_ctrl as tsc
from tempsensor_ctrl import tempsensorIO as ts_ctrl
import pandas as pd
import pyvisa as pvisa
import minimalmodbus as modbus
import time

"""
Connect to TestEquity Temperature Chamber
"""
Tchamber = modbus.Instrument(
    "COM1", 1
)  # Windows: port name, slave address (in decimal)
# Tchamber = modbus.Instrument('/dev/ttyS5', 1)  # Linux: port name, slave address (in decimal)
Tchamber.mode = modbus.MODE_RTU
Tchamber.serial.baudrate = 9600

"""
Connect to the B2902A
"""
rm = pvisa.ResourceManager()
B2902A = rm.open_resource("USB0::0x0957::0x8C18::MY51140630::0::INSTR")

# Set Modes to be VOLTS
B2902A.write(":SOURce1:VOLTage:MODE %s" % ("FIXed"))
B2902A.write(":SOURce2:VOLTage:MODE %s" % ("FIXed"))

# Set Voltage Levels
VDD = 3.0  # V
VDD1v8 = 1.8  # V
B2902A.write(":SOURce1:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD))
B2902A.write(":SOURce2:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD1v8))

# Set Current Limits
I_VDD_limit = 0.1  # A
I_VDD1v8_limit = 0.0001  # 100uA
B2902A.write(":SENSe1:CURRent:DC:PROTection:LEVel %G" % (I_VDD_limit))
B2902A.write(":SENSe2:CURRent:DC:PROTection:LEVel %G" % (I_VDD1v8_limit))

# Initiate the two channels
B2902A.write(":INITiate:IMMediate:ALL (%s)" % ("@1,2"))

"""
Initialize GPIO bridge boards
"""
print("Initializing GPIO Boards......")
freq = 1e6
gpio_ts = ts_ctrl(tsc.gpio_in_addr, tsc.gpio_out1_addr, tsc.gpio_out0_addr, freq)
gpio_ts.get_state()
print("")

"""
Chip Bring-Up Sequence
"""
print("Start chip bringing-up!")
# Open VDD
opened = "no"
while opened != "yes":
    opened = input("Please set VDD (Typ. 3.0V): enter yes/no to finish.\n")

# Open VDD1v8
opened = "no"
while opened != "yes":
    opened = input("Please set VDD1v8 (Typ. 1.8V): enter yes/no to finish.\n")

# Turn on CLK ref
opened = "no"
while opened != "yes":
    opened = input(
        "Please turn on reference clock (Typ. 32.768kHz): enter yes/no to finish.\n"
    )

print("")

"""
Test Resolution and Power for all nodes under a given temperature
"""
ChipNo = 24
freq_ref = 32.768  # kHz
temp = 20  # degree C
temp_check_step = 12  # Sec
temp_win_length = 10
temp_stab_time = 60 * 0  # Sec

stime = time.time()

# Set temperature and wait for it to settle
temp_set = tsc.convert_temp_write(temp)
Tchamber.write_register(
    300, temp_set, 0
)  # Registernumber, value, number of decimals for storage
print("Changed SetPoint Temperature to " + str(temp) + "C")
time.sleep(2)
temp_window = []
while True:
    # Read real chamber temperature
    temp_read = Tchamber.read_register(100, 0)  # Registernumber, number of decimals
    temp_real = tsc.convert_temp_read(temp_read)
    print("Real Temperature in the chamber is " + str(temp_real) + "C")
    # Maintain the window of past N-minutes temperatures
    if len(temp_window) < temp_win_length:
        temp_window.append(temp_real)
    else:
        temp_window.pop(0)
        temp_window.append(temp_real)
    # Check whether all temperature reads of past N-minutes are settled
    settled = 1
    for T in temp_window:
        if abs(T - temp) > 0.11:
            settled = 0
    # Break if temperature settles
    if settled and (len(temp_window) == temp_win_length):
        print("Temperature Settled!\n")
        break
    time.sleep(temp_check_step)  # Sleep for some time before next read
time.sleep(
    temp_stab_time
)  # Wait some time for temperature of the chip to further stabalize

# Test RMS Resolution
repeat = 100
ctr2 = 5  # 31.25ms common conversion time
dict_meas = gpio_ts.test_all_res_wlut(repeat, ctr2, temp, freq_ref)
df_meas = pd.DataFrame(dict_meas)
# Save to csv
meas_res_path = "./MeasResults/Resolution/"
res_csv_name = (
    meas_res_path
    + "Res_ChipNo"
    + str(ChipNo)
    + "_Vdio"
    + str(VDD)
    + "Vdd"
    + str(VDD1v8)
    + "_"
    + str(temp)
    + "C.csv"
)
df_meas.to_csv(res_csv_name)

time.sleep(10)

# Test Power
ctr = 14  # 16s conversion time
meas_step = 0.00  # s
pmeas = 0.5  # only use tail-50% samples
dict_meas = gpio_ts.test_all_powers(ctr, meas_step, pmeas, temp, freq_ref, B2902A)
df_meas = pd.DataFrame(dict_meas)
# Save to csv
meas_res_path = "./MeasResults/Power/"
res_csv_name = (
    meas_res_path
    + "Power_ChipNo"
    + str(ChipNo)
    + "_Vdio"
    + str(VDD)
    + "Vdd"
    + str(VDD1v8)
    + "_"
    + str(temp)
    + "C.csv"
)
df_meas.to_csv(res_csv_name)

etime = time.time()
print("Time Spent is " + str((etime - stime) / 3600) + " hours.\n")

"""
Test Finished. Reset Chip and Close GPIO Ports
"""
finish = "yes"
while finish != "yes":
    finish = input("Do you want to end the test?: enter yes/no.\n")
print("End of Test!")
print("")

gpio_ts.reset()
gpio_ts.close()

"""
Close Equipment Connections
"""
Tchamber.serial.close()
B2902A.close()
rm.close()

tapeouts/mpw-1/testsetup/scripts/tempsensor_testFreqAll.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Fri Oct 22 2021

@author: Qirui Zhang

Sky130TempSensor chip testing: RO frequencies (raw temperature reads) of all 64 designs across temperatures
"""

"""
Check if FT232H devices are connected. Should list 3 devices.
"""
from pyftdi.usbtools import UsbTools

FT232H_list = UsbTools.find_all([(0x403, 0x6014)])
for i in FT232H_list:
    print(i)
print("")

"""
Import Libraries
"""
import tempsensor_ctrl as tsc
from tempsensor_ctrl import tempsensorIO as ts_ctrl
import pandas as pd
import pyvisa as pvisa
import minimalmodbus as modbus
import time

"""
Connect to TestEquity Temperature Chamber
"""
Tchamber = modbus.Instrument(
    "COM1", 1
)  # Windows: port name, slave address (in decimal)
# Tchamber = modbus.Instrument('/dev/ttyS5', 1)  # Linux: port name, slave address (in decimal)
Tchamber.mode = modbus.MODE_RTU
Tchamber.serial.baudrate = 9600

"""
Connect to the B2902A
"""
rm = pvisa.ResourceManager()
B2902A = rm.open_resource("USB0::0x0957::0x8C18::MY51140630::0::INSTR")

# Set Modes to be VOLTS
B2902A.write(":SOURce1:VOLTage:MODE %s" % ("FIXed"))
B2902A.write(":SOURce2:VOLTage:MODE %s" % ("FIXed"))

# Set Voltage Levels
VDD = 3.0  # V
VDD1v8 = 1.8  # V
B2902A.write(":SOURce1:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD))
B2902A.write(":SOURce2:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD1v8))

# Set Current Limits
I_VDD_limit = 0.1  # A
I_VDD1v8_limit = 0.01  # A
B2902A.write(":SENSe1:CURRent:DC:PROTection:LEVel %G" % (I_VDD_limit))
B2902A.write(":SENSe2:CURRent:DC:PROTection:LEVel %G" % (I_VDD1v8_limit))

# Initiate the two channels
B2902A.write(":INITiate:IMMediate:ALL (%s)" % ("@1,2"))

"""
Initialize GPIO bridge boards
"""
print("Initializing GPIO Boards......")
freq = 1e6
gpio_ts = ts_ctrl(tsc.gpio_in_addr, tsc.gpio_out1_addr, tsc.gpio_out0_addr, freq)
gpio_ts.get_state()
print("")

"""
Chip Bring-Up Sequence
"""
print("Start chip bringing-up!")
# Open VDD
opened = "no"
while opened != "yes":
    opened = input("Please set VDD (Typ. 3.0V): enter yes/no to finish.\n")

# Open VDD1v8
opened = "no"
while opened != "yes":
    opened = input("Please set VDD1v8 (Typ. 1.8V): enter yes/no to finish.\n")

# Turn on CLK ref
opened = "no"
while opened != "yes":
    opened = input(
        "Please turn on reference clock (Typ. 32.768kHz): enter yes/no to finish.\n"
    )

print("")

"""
Test Frequency and Power for all 64 nodes across temperatures and voltages
"""
freq_ref = 32.768  # kHz
temp_check_step = 12  # Sec
temp_win_length = 10
temp_stab_time = 60 * 1  # Sec
itr = 1

ChipNo = 10  # QP Tech. Ones starts from 10
temp_list = range(-40, 121, 10)  # degree C
Supply_list = [(3.0, 1.8)]

stime = time.time()

for temp in temp_list:
    # Set temperature and wait for it to settle
    temp_set = tsc.convert_temp_write(temp)
    Tchamber.write_register(
        300, temp_set, 0
    )  # Registernumber, value, number of decimals for storage
    print("Changed SetPoint Temperature to " + str(temp) + "C")
    time.sleep(2)
    temp_window = []
    while True:
        # Read real chamber temperature
        temp_read = Tchamber.read_register(100, 0)  # Registernumber, number of decimals
        temp_real = tsc.convert_temp_read(temp_read)
        print("Real Temperature in the chamber is " + str(temp_real) + "C")
        # Maintain the window of past N-minutes temperatures
        if len(temp_window) < temp_win_length:
            temp_window.append(temp_real)
        else:
            temp_window.pop(0)
            temp_window.append(temp_real)
        # Check whether all temperature reads of past N-minutes are settled
        settled = 1
        for T in temp_window:
            if abs(T - temp) > 0.11:
                settled = 0
        # Break if temperature settles
        if settled and (len(temp_window) == temp_win_length):
            print("Temperature Settled!\n")
            break
        time.sleep(temp_check_step)  # Sleep for some time before next read

    time.sleep(
        temp_stab_time
    )  # Wait some time for temperature of the chip to further stabalize

    # Begin Testing
    for supply in Supply_list:
        # Set supply voltages
        VDD = supply[0]  # V
        VDD1v8 = supply[1]  # V
        B2902A.write(":SOURce1:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD))
        B2902A.write(":SOURce2:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD1v8))
        B2902A.write(":INITiate:IMMediate:ALL (%s)" % ("@1,2"))
        time.sleep(1)
        print("\nTesting with VDD=" + str(VDD) + ", VDD1v8=" + str(VDD1v8))

        print("Start testing RingOsc frequencies")
        repeat = 16
        dict_freqs = gpio_ts.test_all_freqs_wlut(repeat, temp, freq_ref)
        dict_freqs["Freq0 (kHz)"] = dict_freqs["Freq (kHz)"]
        del dict_freqs["Freq (kHz)"]
        for r in range(itr - 1):
            dict_freqs_tmp = gpio_ts.test_all_freqs_wlut(repeat, temp, freq_ref)
            dict_freqs["Freq" + str(r + 1) + " (kHz)"] = dict_freqs_tmp["Freq (kHz)"]

        df_meas = pd.DataFrame(dict_freqs)

        # Save to csv
        meas_res_path = "./MeasResults/ChipNo" + str(ChipNo) + "/"
        res_csv_name = (
            meas_res_path
            + "Meas_ChipNo"
            + str(ChipNo)
            + "_Vdio"
            + str(VDD)
            + "Vdd"
            + str(VDD1v8)
            + "_"
            + str(temp)
            + "C.csv"
        )
        df_meas.to_csv(res_csv_name)

"""
Set temperature to safe room temperature
"""
temp_set = tsc.convert_temp_write(20)
Tchamber.write_register(
    300, temp_set, 0
)  # Registernumber, value, number of decimals for storage
print("Changed SetPoint Temperature to " + str(20) + "C")
time.sleep(2)
while True:
    # Read real chamber temperature
    temp_read = Tchamber.read_register(100, 0)  # Registernumber, number of decimals
    temp_real = tsc.convert_temp_read(temp_read)
    print("Real Temperature in the chamber is " + str(temp_real) + "C")
    if abs(temp_real - 20) < 5:
        print("Temperature Safe!\n")
        break
    time.sleep(temp_check_step)  # Sleep for some time before next read

etime = time.time()

print("Time Spent is " + str((etime - stime) / 3600) + " hours.\n")

"""
Test Finished. Reset Chip and Close GPIO Ports
"""
finish = "no"
while finish != "yes":
    finish = input("Do you want to end the test?: enter yes/no.\n")
print("End of Test!")
print("")

gpio_ts.reset()
gpio_ts.close()

"""
Close Equipment Connections
"""
Tchamber.serial.close()
B2902A.close()
rm.close()

tapeouts/mpw-1/testsetup/scripts/tempsensor_sancheck.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Fri Oct 22 2021

@author: Qirui Zhang

Sky130TempSensor chip testing: sanity check for a single instance
"""


"""
Check if FT232H devices are connected. Should list 3 devices.
"""
from pyftdi.usbtools import UsbTools

FT232H_list = UsbTools.find_all([(0x403, 0x6014)])
for i in FT232H_list:
    print(i)


"""
Import Libraries
"""
import tempsensor_ctrl as tsc
from tempsensor_ctrl import tempsensorIO as ts_ctrl

"""
Initialize GPIO bridge boards
"""
print("Initializing GPIO Boards......")
freq = 1e6
gpio_ts = ts_ctrl(tsc.gpio_in_addr, tsc.gpio_out1_addr, tsc.gpio_out0_addr, freq)
gpio_ts.get_state()
print("")

"""
Chip Bring-Up Sequence
"""
print("Start chip bringing-up!")
# Open VDD
opened = "no"
while opened != "yes":
    opened = input("Please set VDD (Typ. 3.0V): enter yes/no to finish.\n")

# Open VDD1v8
opened = "no"
while opened != "yes":
    opened = input("Please set VDD1v8 (Typ. 1.8V): enter yes/no to finish.\n")

# Turn on CLK ref
opened = "no"
while opened != "yes":
    opened = input(
        "Please turn on reference clock (Typ. 32.768kHz): enter yes/no to finish.\n"
    )

# Set CTR
sel_ctr_list = [str(i) for i in range(16)]
while True:
    sel_ctr = input(
        "Please set the length of measurement time window: enter n = 0 ~ 15, 16*(2^n) CLK_REF cycles.\n"
    )
    if sel_ctr not in sel_ctr_list:
        print("Please enter a number from 0 ~ 15!\n")
    else:
        break
sel_ctr = int(sel_ctr)
gpio_ts.set_sel_ctr(sel_ctr)

print("")

"""
Design Selection
"""
# Set Design Selections
sel_design_list = [str(i) for i in range(2)]
while True:
    sel_design = input(
        "Please select between different NMOS header designs: enter 0 (gate connected to ground) or 1 (gate connected to source).\n"
    )
    if sel_design not in sel_design_list:
        print("Please enter a number from 0 ~ 1!\n")
    else:
        break
sel_design = int(sel_design)
gpio_ts.set_sel_design(sel_design)

# Set GRP Selections
sel_grp_list = [str(i) for i in range(8)]
while True:
    sel_grp = input("Please select between different supply current: enter 0 ~ 7.\n")
    if sel_grp not in sel_grp_list:
        print("Please enter a number from 0 ~ 7!\n")
    else:
        break
sel_grp = int(sel_grp)
gpio_ts.set_sel_grp(sel_grp)

# Set INST Selections
sel_inst_list = [str(i) for i in range(4)]
while True:
    sel_inst = input(
        "Please select between different RingOsc inverter-chain length: enter 0 ~ 3.\n"
    )
    if sel_inst not in sel_inst_list:
        print("Please enter a number from 0 ~ 3!\n")
    else:
        break
sel_inst = int(sel_inst)
gpio_ts.set_sel_inst(sel_inst)

""" For checking if every node works
sel_design = 1
sel_grp = 7
sel_inst = 3
gpio_ts.set_sel_design(sel_design)
gpio_ts.set_sel_grp(sel_grp)
gpio_ts.set_sel_inst(sel_inst)
"""

"""
Reset Release
"""
# Release Chip Reset
release = "no"
while release != "yes":
    release = input("Do you want to release chip reset?: enter yes/no.\n")
gpio_ts.chip_reset(1)
print("Chip Reset Released!")
print("")

"""
Wait for DONE and report DOUT
"""
print("Waiting for test result......")
while True:
    done = gpio_ts.get_done()
    if done:
        print("** DONE DETECTED **")
        dout = gpio_ts.get_dout()
        print("DOUT result is " + str(dout))
        break
print("")

"""
Test Finished. Reset Chip and Close GPIO Ports
"""
finish = "no"
while finish != "yes":
    finish = input("Do you want to end the test?: enter yes/no.\n")
print("End of Test!")
print("")

gpio_ts.reset()
gpio_ts.close()

tapeouts/mpw-1/testsetup/scripts/tempsensor_ctrl.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Fri Oct 22 2021

@author: Qirui Zhang

Multiple classes for controlling Sky130TempSensor I/Os through FT232H
"""

from pyftdi.gpio import GpioMpsseController
import time
import numpy as np

"""
GPIO Board USB addresses
"""
gpio_in_addr = "ftdi://ftdi:232h:00:fd/1"  # {SEL_INST[1:0], SEL_GRP[2:0], SEL_DESIGN, SEL_CTR[3:0], RESET_REGn} = {C7:C0, D7:D5}
gpio_out1_addr = "ftdi://ftdi:232h:00:fe/1"  # {C7:C0, D7:D4} = DOUT[23:12]
gpio_out0_addr = "ftdi://ftdi:232h:00:ff/1"  # {C7:C0, D7:D3} = {DOUT[11:0], DONE}

"""
Conversion Time and Repeat-sampling LUT for different Design Groups
"""
CTR_LUT = [
    6,  # design0, grp0
    6,  # design0, grp1
    6,  # design0, grp2
    6,  # design0, grp3
    7,  # design0, grp4
    7,  # design0, grp5
    7,  # design0, grp6
    7,  # design0, grp7
    0,  # design1, grp0
    0,  # design1, grp1
    0,  # design1, grp2
    0,  # design1, grp3
    0,  # design1, grp4
    0,  # design1, grp5
    0,  # design1, grp6
    0,  # design1, grp7
]

"""
The Temperature Sensor Chip Control Class
"""


class tempsensorIO:
    def __init__(self, input_addr_url, out1_addr_url, out0_addr_url, freq):
        self.input_url = input_addr_url
        self.out1_url = out1_addr_url
        self.out0_url = out0_addr_url
        self.freq = freq
        self.direction_in = 0xFFFF
        self.direction_out1 = 0x0000
        self.direction_out0 = 0x0000

        """
        Input Board Pinout:
            C7-C6:  SEL_INST[1:0]. Default 0b00.
            C5-C3:  SEL_GRP[2:0]. Default 0b000.
            C2:     SEL_DESIGN. Default 0b0.
            C1-C0,
            D7-D6:  SEL_CTR[3:0]. Default 0b0000.
            D5:     RESET_REGn. Default 0b0.
        """
        self.gpio_in = GpioMpsseController()
        self.gpio_in.configure(
            self.input_url, direction=self.direction_in, frequency=self.freq
        )
        self.gpio_in.write(0x0000)

        """
        Output Board1 Pinout:
            C7-C0,
            D7-D4:  DOUT[23:12]

        Output Board0 Pinout:
            C7-C0,
            D7-D4:  DOUT[11:0]
            D3:     DONE
        """
        self.gpio_out1 = GpioMpsseController()
        self.gpio_out1.configure(
            self.out1_url, direction=self.direction_out1, frequency=self.freq
        )

        self.gpio_out0 = GpioMpsseController()
        self.gpio_out0.configure(
            self.out0_url, direction=self.direction_out0, frequency=self.freq
        )

    def reset(self):
        self.gpio_in.write(0x0000)

    def close(self):
        self.gpio_in.close()
        self.gpio_out1.close()
        self.gpio_out0.close()

    def update_freq(self, freq):
        self.freq = freq
        self.gpio_in.set_frequency(self.freq)
        self.gpio_out1.set_frequency(self.freq)
        self.gpio_out0.set_frequency(self.freq)

    def get_state(self):
        return [
            f"{self.gpio_in.read()[0]:016b}",
            f"{self.gpio_out1.read()[0]:016b}",
            f"{self.gpio_out0.read()[0]:016b}",
        ]

    # active low
    def chip_reset(self, rst_val):
        cur_state = self.gpio_in.read()[0]
        cur_state &= ~(0b1 << 5)
        self.gpio_in.write(cur_state | rst_val << 5)

    def set_sel_ctr(self, sel_ctr_val):
        cur_state = self.gpio_in.read()[0]
        cur_state &= ~(0b1111 << 6)
        self.gpio_in.write(cur_state | sel_ctr_val << 6)

    def set_sel_design(self, sel_design_val):
        cur_state = self.gpio_in.read()[0]
        cur_state &= ~(0b1 << 10)
        self.gpio_in.write(cur_state | sel_design_val << 10)

    def set_sel_grp(self, sel_grp_val):
        cur_state = self.gpio_in.read()[0]
        cur_state &= ~(0b111 << 11)
        self.gpio_in.write(cur_state | sel_grp_val << 11)

    def set_sel_inst(self, sel_inst_val):
        cur_state = self.gpio_in.read()[0]
        cur_state &= ~(0b11 << 14)
        self.gpio_in.write(cur_state | sel_inst_val << 14)

    def get_done(self):
        return (self.gpio_out0.read()[0] >> 3) & 0b1

    def get_dout(self):
        return ((self.gpio_out1.read()[0] >> 4) << 12) + (self.gpio_out0.read()[0] >> 4)

    # Test RO frequency of all 64 designs on a chip
    def test_all_freqs(
        self, ctr_design0, ctr_design1, repeat0, repeat1, temp, freq_ref
    ):
        # initialize columns in the measurement results table
        list_temp = []
        list_design = []
        list_grp = []
        list_inst = []
        list_ctr = []
        list_ref = []
        list_dout = []
        list_freq = []

        # Start looping all the 64 designs in a chip under a given temperature
        for sel_design in range(2):
            # select input ctr configurations according to design type
            if sel_design == 0:
                sel_ctr = ctr_design0
                repeat = repeat0
            else:
                sel_ctr = ctr_design1
                repeat = repeat1

            for sel_grp in range(8):
                for sel_inst in range(4):
                    print(
                        "Testing temperature sensor node "
                        + str(sel_design)
                        + "."
                        + str(sel_grp)
                        + "."
                        + str(sel_inst)
                    )
                    # Set CTR
                    self.set_sel_ctr(sel_ctr)

                    # Select design
                    self.set_sel_design(sel_design)
                    self.set_sel_grp(sel_grp)
                    self.set_sel_inst(sel_inst)

                    freq_avg = 0
                    for i in range(repeat):
                        # reset chip
                        self.chip_reset(0)
                        time.sleep(1)

                        # release reset
                        self.chip_reset(1)

                        # Wait for done and read dout
                        while True:
                            done = self.get_done()
                            if done:
                                print("** DONE DETECTED **")
                                dout = self.get_dout()
                                print("DOUT result is " + str(dout))
                                break

                        freq = (dout / (16.0 * (2**sel_ctr))) * freq_ref / 2
                        freq_avg += freq

                    freq_avg /= repeat
                    print("Frequency result is " + str(freq_avg) + " kHz\n")

                    list_temp.append(temp)
                    list_design.append(sel_design)
                    list_grp.append(sel_grp)
                    list_inst.append(sel_inst)
                    list_ctr.append(sel_ctr)
                    list_ref.append(freq_ref)
                    list_dout.append(dout)
                    list_freq.append(freq_avg)  # kHz

        dict_meas = {
            "temp": list_temp,
            "design": list_design,
            "group": list_grp,
            "inst": list_inst,
            "CTR": list_ctr,
            "FreqRef (kHz)": list_ref,
            "DOUT": list_dout,
            "Freq (kHz)": list_freq,
        }

        return dict_meas

    # Test RO frequency of all 64 designs on a chip
    def test_all_freqs_wlut(self, repeat, temp, freq_ref):
        # initialize columns in the measurement results table
        list_temp = []
        list_design = []
        list_grp = []
        list_inst = []
        list_ctr = []
        list_ref = []
        list_dout = []
        list_freq = []

        # Start looping all the 64 designs in a chip under a given temperature
        for sel_design in range(2):
            # select input ctr configurations according to design type
            for sel_grp in range(8):
                sel_ctr = CTR_LUT[sel_design * 8 + sel_grp]
                for sel_inst in range(4):
                    print(
                        "Testing temperature sensor node "
                        + str(sel_design)
                        + "."
                        + str(sel_grp)
                        + "."
                        + str(sel_inst)
                    )
                    # print("Conversion Time is " + str(32.0*(2**sel_ctr)/freq_ref) + 'ms')
                    # Set CTR
                    self.set_sel_ctr(sel_ctr)

                    # Select design
                    self.set_sel_design(sel_design)
                    self.set_sel_grp(sel_grp)
                    self.set_sel_inst(sel_inst)
                    time.sleep(0.2)

                    dout_avg = 0
                    for i in range(repeat):
                        # reset chip
                        self.chip_reset(0)
                        time.sleep(0.1)

                        # release reset
                        self.chip_reset(1)

                        # Wait for done and read dout
                        while True:
                            done = self.get_done()
                            if done:
                                # print("** DONE DETECTED **")
                                dout = self.get_dout()
                                # print("DOUT result is " + str(dout))
                                break

                        dout_avg += dout

                    dout_avg /= repeat
                    freq = (dout_avg / (32.0 * (2**sel_ctr))) * freq_ref

                    print("Frequency result is " + str(freq) + " kHz\n")

                    list_temp.append(temp)
                    list_design.append(sel_design)
                    list_grp.append(sel_grp)
                    list_inst.append(sel_inst)
                    list_ctr.append(sel_ctr)
                    list_ref.append(freq_ref)
                    list_dout.append(dout)
                    list_freq.append(freq)  # kHz

        dict_meas = {
            "temp": list_temp,
            "design": list_design,
            "group": list_grp,
            "inst": list_inst,
            "CTR": list_ctr,
            "FreqRef (kHz)": list_ref,
            "DOUT": list_dout,
            "Freq (kHz)": list_freq,
        }

        return dict_meas

    # Test RO frequency of all 64 designs on a chip
    def test_all_res_wlut(self, repeat, ctr2, temp, freq_ref):
        # initialize columns in the measurement results table
        list_ctr1 = []
        list_ctr2 = []
        list_ref = []
        list_res1 = []  # res1 uses the same conversion time for inaccuracy testing
        list_res2 = []  # res2 uses a common conversion time across all designs

        # Start looping all the 64 designs in a chip under a given temperature
        for sel_design in range(2):
            # select input ctr configurations according to design type
            for sel_grp in range(8):
                sel_ctr = CTR_LUT[sel_design * 8 + sel_grp]
                for sel_inst in range(4):
                    print(
                        "Testing temperature sensor node "
                        + str(sel_design)
                        + "."
                        + str(sel_grp)
                        + "."
                        + str(sel_inst)
                    )

                    # Select design
                    self.set_sel_design(sel_design)
                    self.set_sel_grp(sel_grp)
                    self.set_sel_inst(sel_inst)
                    time.sleep(0.1)

                    # Set CTR1
                    self.set_sel_ctr(sel_ctr)
                    time.sleep(0.1)
                    dout_list = []
                    for i in range(repeat):
                        # reset chip
                        self.chip_reset(0)
                        time.sleep(0.05)
                        # release reset
                        self.chip_reset(1)
                        # Wait for done and read dout
                        while True:
                            done = self.get_done()
                            if done:
                                dout = self.get_dout()
                                break
                        dout_list.append(dout)
                    dout_std = np.std(dout_list)
                    freq_std1 = (dout_std / (32.0 * (2**sel_ctr))) * freq_ref
                    print("Frequency resolution-1 is " + str(freq_std1) + " kHz")

                    # Set CTR2
                    self.set_sel_ctr(ctr2)
                    time.sleep(0.1)
                    dout_list = []
                    for i in range(repeat):
                        # reset chip
                        self.chip_reset(0)
                        time.sleep(0.05)
                        # release reset
                        self.chip_reset(1)
                        # Wait for done and read dout
                        while True:
                            done = self.get_done()
                            if done:
                                dout = self.get_dout()
                                break
                        dout_list.append(dout)
                    dout_std = np.std(dout_list)
                    freq_std2 = (dout_std / (32.0 * (2**ctr2))) * freq_ref
                    print("Frequency resolution-2 is " + str(freq_std2) + " kHz\n")

                    list_ctr1.append(sel_ctr)
                    list_ctr2.append(ctr2)
                    list_ref.append(freq_ref)
                    list_res1.append(freq_std1)  # kHz
                    list_res2.append(freq_std2)  # kHz

        dict_meas = {
            "CTR1": list_ctr1,
            "CTR2": list_ctr2,
            "FreqRef (kHz)": list_ref,
            "Res1 (kHz)": list_res1,
            "Res2 (kHz)": list_res2,
        }

        return dict_meas

    # Test chip current of all 64 designs on a chip
    def test_all_powers(self, ctr, meas_step, pmeas, temp, freq_ref, SMU):
        # initialize columns in the measurement results table
        list_Ivdd = []
        list_Ivdd1v8 = []

        # Set CTR
        self.set_sel_ctr(ctr)
        # Start looping all the 64 designs in a chip under a given temperature
        for sel_design in range(2):
            # Adaptive current measurement limits
            if sel_design == 0:
                I_VDD1v8_limit = 0.00001  # 10uA
            else:
                I_VDD1v8_limit = 0.0001  # 100uA
            SMU.write(":SENSe2:CURRent:DC:PROTection:LEVel %G" % (I_VDD1v8_limit))
            SMU.write(":INITiate:IMMediate:ALL (%s)" % ("@1,2"))
            time.sleep(10)

            # Dummy Test to heat-up SMU
            print("Dummy Test!")
            # Select design
            self.set_sel_design(sel_design)
            self.set_sel_grp(0)
            self.set_sel_inst(0)
            # reset chip
            self.chip_reset(0)
            time.sleep(1)
            # Initialize averaged Voltage, Current and Power
            Ivdd_rec = []
            Ivdd_avg = 0
            Ivdd1v8_rec = []
            Ivdd1v8_avg = 0
            # release reset
            self.chip_reset(1)
            time.sleep(1)
            # Wait for done and measure power
            while True:
                I_values = SMU.query_ascii_values(
                    ":MEASure:CURRent:DC? (%s)" % ("@1,2")
                )
                done = self.get_done()
                if done:
                    print("** DONE DETECTED **")
                    break
                else:
                    Ivdd_rec.append(I_values[0])
                    Ivdd1v8_rec.append(I_values[1])
                    time.sleep(meas_step)
            # Calculate average powers
            win_meas_len = len(Ivdd_rec)
            win_stable_len = int(len(Ivdd_rec) * pmeas)
            Ivdd_avg = (
                sum(Ivdd_rec[(win_meas_len - win_stable_len) : win_meas_len])
                / win_stable_len
            )
            Ivdd1v8_avg = (
                sum(Ivdd1v8_rec[(win_meas_len - win_stable_len) : win_meas_len])
                / win_stable_len
            )
            print("VDD1v8 dummy current is " + str(Ivdd1v8_avg * 1e6) + " uA\n")

            # Formal Test
            for sel_grp in range(8):
                for sel_inst in range(4):
                    print(
                        "Testing temperature sensor node "
                        + str(sel_design)
                        + "."
                        + str(sel_grp)
                        + "."
                        + str(sel_inst)
                    )
                    # Select design
                    self.set_sel_design(sel_design)
                    self.set_sel_grp(sel_grp)
                    self.set_sel_inst(sel_inst)

                    # reset chip
                    self.chip_reset(0)
                    time.sleep(1)

                    # Initialize averaged Voltage, Current and Power
                    Ivdd_rec = []
                    Ivdd_avg = 0
                    Ivdd1v8_rec = []
                    Ivdd1v8_avg = 0

                    # release reset
                    self.chip_reset(1)
                    time.sleep(1)

                    # Wait for done and measure power
                    while True:
                        I_values = SMU.query_ascii_values(
                            ":MEASure:CURRent:DC? (%s)" % ("@1,2")
                        )
                        done = self.get_done()
                        if done:
                            print("** DONE DETECTED **")
                            break
                        else:
                            Ivdd_rec.append(I_values[0])
                            Ivdd1v8_rec.append(I_values[1])
                            time.sleep(meas_step)

                    # Calculate average powers
                    win_meas_len = len(Ivdd_rec)
                    win_stable_len = int(len(Ivdd_rec) * pmeas)
                    Ivdd_avg = (
                        sum(Ivdd_rec[(win_meas_len - win_stable_len) : win_meas_len])
                        / win_stable_len
                    )
                    Ivdd1v8_avg = (
                        sum(Ivdd1v8_rec[(win_meas_len - win_stable_len) : win_meas_len])
                        / win_stable_len
                    )
                    print("VDD1v8 current is " + str(Ivdd1v8_avg * 1e6) + " uA\n")

                    list_Ivdd.append(Ivdd_avg)
                    list_Ivdd1v8.append(Ivdd1v8_avg)

        dict_meas = {"Ivdd (A)": list_Ivdd, "Ivdd1v8 (A)": list_Ivdd1v8}

        return dict_meas


"""
Some useful functions
"""


def convert_temp_read(temp):
    temp_bin = f"{temp:016b}"
    if temp_bin[0] == "1":  # T < 0C
        temp = -(2**16 - temp) / 10.0
    else:
        temp = temp / 10.0
    return temp


def convert_temp_write(temp):
    if temp < 0:  # T < 0C
        temp_set = 2**16 + temp * 10
    else:
        temp_set = temp * 10
    return temp_set


def twos_comp(val, bits):
    """compute the 2's complement of int value val"""
    if (val & (1 << (bits - 1))) != 0:  # if sign bit is set e.g., 8bit: 128-255
        val = val - (1 << bits)  # compute negative value
    return val  # return positive value as is

tapeouts/mpw-1/testsetup/scripts/find_usb_addr.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Sun Dec  5 21:46:45 2021

@author: Qirui Zhang

Checking the addresses of each bridge board
"""

from pyftdi.gpio import GpioMpsseController
from pyftdi.usbtools import UsbTools

# GPIO Board USB addresses
FT232H_list = UsbTools.find_all([(0x403, 0x6014)])
gpio0_addr = (
    "ftdi://ftdi:232h:"
    + hex(FT232H_list[0][0].bus)[2:].zfill(2)
    + ":"
    + hex(FT232H_list[0][0].address)[2:].zfill(2)
    + "/1"
)
gpio1_addr = (
    "ftdi://ftdi:232h:"
    + hex(FT232H_list[1][0].bus)[2:].zfill(2)
    + ":"
    + hex(FT232H_list[1][0].address)[2:].zfill(2)
    + "/1"
)
gpio2_addr = (
    "ftdi://ftdi:232h:"
    + hex(FT232H_list[2][0].bus)[2:].zfill(2)
    + ":"
    + hex(FT232H_list[2][0].address)[2:].zfill(2)
    + "/1"
)

# Check which bridge is gpio0
print("USB Address of the first board to be checked is: " + gpio0_addr)
gpio0 = GpioMpsseController()
gpio0.configure(gpio0_addr, direction=0xFFFF, frequency=1e6)

# Write D0 to 0
gpio0.write(0x0000)
# Write D0 to 1
gpio0.write(0x0001)

gpio0.close()

# Check which bridge is gpio1
print("USB Address of the second board to be checked is: " + gpio1_addr)
gpio1 = GpioMpsseController()
gpio1.configure(gpio1_addr, direction=0xFFFF, frequency=1e6)

# Write D0 to 0
gpio1.write(0x0000)
# Write D0 to 1
gpio1.write(0x0001)

gpio1.close()

# Check which bridge is gpio2
print("USB Address of the third board to be checked is: " + gpio2_addr)
gpio2 = GpioMpsseController()
gpio2.configure(gpio2_addr, direction=0xFFFF, frequency=1e6)

# Write D0 to 0
gpio2.write(0x0000)
# Write D0 to 1
gpio2.write(0x0001)

gpio2.close()

tapeouts/mpw-1/testsetup/scripts/MODBUS_EXP.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Thu Oct 28 20:57:47 2021

@author: Qirui Zhang

Example codes for automating the temperature chamber through Modbus
"""

import minimalmodbus as modbus

Tchamber = modbus.Instrument("COM1", 1)  # port name, slave address (in decimal)
Tchamber.mode = modbus.MODE_RTU
Tchamber.serial.baudrate = 9600

## Read temperature. Output from Temp Chamber is 16b 2's comp numbers with 1 decimal ##
temperature = Tchamber.read_register(100, 0)  # Registernumber, number of decimals
temp_bin = f"{temperature:016b}"
if temp_bin[0] == "1":  # T < 0C
    temperature = -(2**16 - temperature) / 10.0
else:
    temperature = temperature / 10.0
print("Real Temperature in the chamber is " + str(temperature))

## Change temperature setpoint (SP) ##
temperature = Tchamber.read_register(300, 0)  # Registernumber, number of decimals
temp_bin = f"{temperature:016b}"
if temp_bin[0] == "1":  # T < 0C
    temperature = -(2**16 - temperature) / 10.0
else:
    temperature = temperature / 10.0
print("SetPoint Temperature is " + str(temperature))

new_temp = 25
if new_temp < 0:  # T < 0C
    set_point = 2**16 + new_temp * 10
else:
    set_point = new_temp * 10
# print(new_temp)
Tchamber.write_register(
    300, set_point, 0
)  # Registernumber, value, number of decimals for storage
print("Changed SetPoint Temperature to " + str(new_temp))

# Close Serial Port
Tchamber.serial.close()

tapeouts/mpw-1/testsetup/scripts/B2902A_EXP.py METASEP
# -*- coding: utf-8 -*-
"""
Created on Sun Dec  5 21:46:45 2021

@author: Qirui Zhang

Example codes for automating Agilent B2902A
"""

import pyvisa as pvisa
import time

# Connect to B2902A through USB
rm = pvisa.ResourceManager()
B2902A = rm.open_resource("USB0::0x0957::0x8C18::MY51140630::0::INSTR")

# Set Modes to be VOLTS
B2902A.write(":SOURce1:VOLTage:MODE %s" % ("FIXed"))
B2902A.write(":SOURce2:VOLTage:MODE %s" % ("FIXed"))

# Set Voltage Levels
VDD = 3.0  # V
VDD1v8 = 1.8  # V
B2902A.write(":SOURce1:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD))
B2902A.write(":SOURce2:VOLTage:LEVel:IMMediate:AMPLitude %G" % (VDD1v8))

# Set Current Limits
I_VDD_limit = 0.1  # A
I_VDD1v8_limit = 0.01  # A
B2902A.write(":SENSe1:CURRent:DC:PROTection:LEVel %G" % (I_VDD_limit))
B2902A.write(":SENSe2:CURRent:DC:PROTection:LEVel %G" % (I_VDD1v8_limit))

# Initiate the two channels
time.sleep(1)
# B2902A.write(':INITiate:IMMediate:ALL (%s)' % ('@1,2'))
B2902A.write(":OUTPut1:STATe %d" % (1))
B2902A.write(":OUTPut2:STATe %d" % (1))
time.sleep(3)


# Measurements
I_avg = 0
for i in range(100):
    I_values = B2902A.query_ascii_values(":MEASure:CURRent:DC? (%s)" % ("@1,2"))
    print(I_values)
    I_avg += I_values[1]
    V_values = B2902A.query_ascii_values(":MEASure:VOLTage:DC? (%s)" % ("@1,2"))
    print(V_values)
    print("")
    time.sleep(0.1)

I_avg /= 100
print("Average VDD1v8 Current is " + str(I_avg))

# Turn off the channels
time.sleep(1)
# B2902A.write(':OUTPut1:STATe %d' % (0))
# B2902A.write(':OUTPut2:STATe %d' % (0))

# Close connection
B2902A.close()
rm.close()

tapeouts/mpw-1/testsetup/README.md METASEP
# OpenFASOC Temperature Sensors in SkyWater 130nm: Test Setup

This repository provides a fully open-source test setup solution for a temperature sensor chip taped-out in SkyWater 130nm with 64 openFASOC-generated temperature sensor instances. The setup is highly automated with Python and open-source libraries, where the chip is controlled through low-cost commercially-available USB devices, and control of testing equipments like temperature chamber and source measurement unit is also seamlessly embedded in the test flow using Python.

**Author:** [Qirui Zhang](https://www.linkedin.com/in/cary-qirui-zhang/) from the [University of Michigan, Ann Arbor](https://micl.engin.umich.edu/)

## 1. Prerequisites
### 1.1 **Host Computer**
A host computer with Windows 10 operating system is required. Either a desktop or laptop should work.

### 1.2 **Python**
Please install the latest version of [Anaconda](https://www.anaconda.com/products/individual) (Python3) on the host computer and use Spyder for running the test scripts.

## 2. Test Setup
### 2.1 **Daughter Board for the Chip**
The daughter board could be as simple as one that directly connects all the chip I/Os to headers and power supplies to SMA or banana connectors. No level conversion should be needed as the chip uses 3.3V I/O voltage. It is suggested to use 64-pin ceramic PGA packages for packaging the dice and a Zero-Insertion-Force (ZIF) socket for holding the chip. The daughter board designed for validating this setup is shown below as a reference:

<img src="./img/PCBtop.png" width="600">
Fig. 1. Top view of the daughter board
<br /><br />
<img src="./img/PCBbot.png" width="600">
Fig. 2. Bottom view of the daughter board

### 2.2 **FT232H USB-to-GPIO Bridge**
Three [FT232H USB-to-GPIO bridge boards](https://www.adafruit.com/product/2264#description) from AdaFruit are needed in this setup for controlling the chip. Please purchase them online from Adafruit. After getting the boards, follow this [page](https://learn.adafruit.com/circuitpython-on-any-computer-with-ft232h/windows) to install driver for the boards using Zadig on the host computer. Note: you only need to follow the`Plug in FT232H & Fix Driver with Zadig` part on this page, as we do not use the boards in the same way as they suggest.

After the driver is installed, open an Anaconda prompt on the host computer, install pyftdi and pyusb libraries:

```  pip install pyftdi```
<br />
```  pip install pyusb```

After the installations, connect the three bridges to the daughter board via jumper wires according to `PinMap.txt` in this repository. The pin numbers of bridge boards are already printed on-board, like what is shown in Fig. 3, while the chip I/O names are printed on the bottom of the daughter board shown in Fig. 2. The three bridges are named `Input-bridge`, `Output-bridge1` and `Output-bridge0`, where the input bridge is used for all the input pins of the chip and the output bridges are used for chip output pins. After connecting the chip I/Os, also remember to connect the ground pins of each bridge to the daughter board ground for a common ground.

<img src="./img/FT232H.jpg" width="600">
Fig. 3. FT232H USB-to-GPIO Bridge Board
<br /><br />

The last step for setting-up the bridges is to connect them to the host computer via USB cables (note the latest bridge version uses USB type-C) and figure out what their USB addresses are. Use `find_usb_addr.py` in this repository to achieve that. For example, when running line `25` and line `27` for checking which bridge board has the USB address of `gpio0`, use a saleae logic analyzer or simply a multimeter to probe pin D0 of each board. The one that toggles should have the USB address from the first check. Correspondances can be established similarly for the second and third checks and eventually you can figure out the USB addresses for the input bridge and output bridges. After that, replace line `17 ~ 19` in `tempsensor_ctrl.py` with the correct USB addresses you get.

### 2.3 **Temperature Chamber**
Please make sure you use a TestEquity temperature chamber with the [F4 controller](https://www.testequity.com/Series-F4-Controller) from Watlow Electric. Any other temperature chambers are not guaranteed to work with this setup. The temperature chamber can be automated through Python using an RS232 cable and the Modbus protocol. Install the minimalmodbus library in Python on the host computer:

```  pip install minimalmodbus```

After installation of minimalmodbus, connect the temperature chamber's RS232 port to your host computer through a [null-modem](https://www.testequity.com/RS-232-F4-resources) RS232 cable. It is best if your host computer is a desktop made for electronic testing, which typically comes with an RS232 port. If not, you may need a USB-to-RS232 converter, which is commonly available on Amazon. `MODBUS_EXP.py` in this repository provides an example on how to control the temperature chamber through Python.

### 2.4 **Source and Measurement Unit (SMU)**
Though theoretically you could use any SMU from Agilent/Keysight, it is highly recommended that you have Agilent/Keysight B2902A available as the control commands used in this repository are B2902A-specific. To automate SMU B2902A, first download the [Keysight Instrument Control Bundle](https://www.keysight.com/us/en/lib/software-detail/computer-software/keysight-instrument-control-bundle-download-1184883.html), install "IO Libraries Suite" and "Command Expert" on the host computer. After installing those, connect the SMU to the host computer via a USB type-A or printer cable. Open `Keysight Connection Expert` and check whether the SMU is detected. Then, install the pyvisa library in Python on the host computer:

```pip install pyvisa```

`B2902A_EXP.py` in this repository provides an example on how to control the SMU through Python.

If you use any SMU other than B2902A, you may connect it to the host computer in the same way as B2902A, check for its existance in `Keysight Connection Expert` and then open `Command Expert`. There you can experiment your SMU with the commands you may need. After that, simply click `File->Export Sequence` through the menu, select `Python with calls to PyVISA` for `Language` and click `Save to File` to get the Python codes to automate your SMU of choice. You may also need to replace all the B2902A commands in the scripts with corresponding commands for your SMU.

### 2.5 **Other Equipments**
A clock source is required to generate input for the `CLK_REF` pin of the chip. It is recommended to use a commonly-seen waveform generator to generate a `32.768kHz` square wave with `3.0V` peak-to-peak voltage and connect that clock to `CLK_REF`. An oscilloscope is also very helpful, where the `CLK_OUT` pin can be connected to and observed for debugging the chip. It is also recommended to have a saleae logic analyzer for early-stage debugging of the test setup.

## 3. Running the Scripts for Automated Testing
### 3.1 **tempsensor_sancheck.py**
This script provides a sanity check for testing whether a selected temperature sensor instance works. The script will ask the user to turn on the clock source and power supplies, and input configurations to the chip. Then the script will ask the user whether to release reset, and the counter output (DOUT) corresponding to the selected instance and configurations will be returned after the reset is released.

### 3.2 **tempsensor_testFreqAll.py**
This script tests the ring-oscillator output frequencies or raw temperature measurement data of all instances across a temperature range. Before running the script, make sure your chip is seated in the temperature chamber. Create folder `MeasResults` in the same path as the script. Change line `101` in the script to assign a number to the current chip under test, and make sure to create its folder `ChipNoX` in `MeasResults`. For example, if you set `ChipNo` to 10, make sure the folder `ChipNo10` exists in `MeasResults`. Change line `102` to modify the temperature range and step. It is recommended to not set temperature higher than `120°C` or plastic components in the setup may melt. Change line `103` to add supply voltages you want to test. For example, if you change it to `[(3.0, 1.8), (3.0, 1.2)]`, the chip will also be tested under `3.0V` IO voltage and `1.2V` core voltage. The csv files for raw measurement data will be stored in `./MeasResults/ChipNoX`.

### 3.3 **tempsensor_testResPowerAll .py**
This script tests the powers and resolutions (raw) of all instances under a given temperature and nominal supply voltages. Before running the script, make sure your chip is seated in the temperature chamber. Make sure the folder `MeasResults` exists in the same path as the script. Also make sure the folder `Power` and `Resolution` exist in `MeasResults`. Change line `95` in the script to assign a number to the current chip under test. Change line `97` to modify the temperature. It is recommended to use `20°C` or room temperature for this test. The csv files for raw measurement data will be stored in `./MeasResults/Power` and `./MeasResults/Resolution`.

## 4. Acknowledgements
The author would like to thank Google and SkyWater for fabrication of the test chip.

## 5. License
The source code is released under [Apache License 2.0](https://www.apache.org/licenses/LICENSE-2.0).

For any technical issues, please contact Qirui Zhang (qiruizh@umich.com) and Mehdi Saligane (mehdi@umich.edu).

tapeouts/mpw-1/testsetup/PinMap.txt METASEP
Input-bridge Pins:
	C7:	SEL_INST1
	C6:	SEL_INST0
	C5:	SEL_GRP2
	C4:	SEL_GRP1
	C3:	SEL_GRP0
	C2:	SEL_DESIGN
	C1:	SEL_CTR3
	C0:	SEL_CTR2
	D7:	SEL_CTR1
	D6:	SEL_CTR0
	D5:	RESET_REGn

Output-bridge1 Pins:
	C7:	DOUT23
	C6:	DOUT22
	C5:	DOUT21
	C4:	DOUT20
	C3:	DOUT19
	C2:	DOUT18
	C1:	DOUT17
	C0:	DOUT16
	D7:	DOUT15
	D6:	DOUT14
	D5:	DOUT13
	D4:	DOUT12

Output-bridge0 Pins:
	C7:	DOUT11
	C6:	DOUT10
	C5:	DOUT9
	C4:	DOUT8
	C3:	DOUT7
	C2:	DOUT6
	C1:	DOUT5
	C0:	DOUT4
	D7:	DOUT3
	D6:	DOUT2
	D5:	DOUT1
	D4:	DOUT0
	D3:    	DONE

.github/scripts/dependencies/get_tag.py METASEP
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# Copyright 2021 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

import sys
import subprocess


def get_tag():
    tag = None

    try:
        tag = (
            subprocess.check_output(["git", "describe", "--tags", "--abbrev=0"])
            .decode("utf8")
            .strip()
        )
    except Exception as e:
        pass

    if tag is None:
        try:
            tag = open("./resolved_version").read()
        except:
            print(
                "Please input the version of OpenLane you'd like to pull: ",
                file=sys.stderr,
            )
            try:
                tag = input()
                with open("./resolved_version", "w") as f:
                    f.write(tag)
            except EOFError:
                print(
                    "Could not resolve the version of OpenLane being used. This is a critical error.",
                    file=sys.stderr,
                )
                exit(-1)

    return tag


if __name__ == "__main__":
    print(get_tag(), end="")

.github/scripts/update_tools.py METASEP
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# Copyright 2020 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import os
import sys
import yaml
import argparse
from gh import gh

dependencies_path = os.path.join(gh.root, ".github/scripts/dependencies")
metadata_path = os.path.join(dependencies_path, "tool_metadata.yml")

sys.path.append(dependencies_path)

from tool import Tool

parser = argparse.ArgumentParser()
parser.add_argument("tools", nargs="+")
args = parser.parse_args()

tools = Tool.from_metadata_yaml(open(metadata_path).read())

# Handle Multiline Strings Properly / https://stackoverflow.com/a/33300001
def represent_str(dumper: yaml.Dumper, data: str):
    if "\n" in data:
        return dumper.represent_scalar("tag:yaml.org,2002:str", data, style="|")
    return dumper.represent_scalar("tag:yaml.org,2002:str", data)


yaml.add_representer(str, represent_str)
dump_options = {"sort_keys": False}

changes = False
for tool_name in args.tools:
    tool = tools[tool_name]

    repo = gh.Repo(tool_name, tool.repo)
    repo.commit = tool.commit

    print("Found %s@%s (latest: %s)." % (repo.url, repo.commit, repo.latest_commit))

    if repo.commit != repo.latest_commit:
        changes = True
        metadata_str = open(metadata_path).read()
        metadata = yaml.safe_load(metadata_str)
        for tool in metadata:
            if tool["name"] == tool_name:
                tool["commit"] = repo.latest_commit
        metadata_str = yaml.dump(metadata, **dump_options)
        with open(metadata_path, "w") as f:
            f.write(metadata_str)

        if len(args.tools) == 1:
            gh.export_env("TOOL_COMMIT_HASH", repo.latest_commit)
        else:
            gh.export_env(f"{tool_name.upper()}_COMMIT_HASH", repo.latest_commit)

gh.export_env("NO_UPDATE", "0" if changes else "1")

.github/scripts/tool.py METASEP
# Copyright 2021 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

import yaml
from typing import Dict


class Tool(object):
    def __init__(
        self,
        name,
        repo,
        commit,
        build_script="make && make install",
        in_install=True,
        in_container=True,
    ):
        self.name = name
        self.repo = repo
        self.commit = commit
        self.build_script = build_script
        self.in_install = in_install
        self.in_container = in_container

    @property
    def repo_pretty(self):
        gh_prefix = "https://github.com/"
        repo = self.repo
        if repo is not None and repo.startswith(gh_prefix):
            return repo[len(gh_prefix) :]
        return repo

    @property
    def version_string(self) -> str:
        return f"{self.repo or 'None'}:{self.commit or 'None'}"

    def __repr__(self) -> str:
        return f"<Tool {self.name} (using {self.repo_pretty or 'None'}@{self.commit or 'None'})>"

    @staticmethod
    def from_metadata_yaml(metadata_yaml: str) -> Dict[str, "Tool"]:
        final_dict = {}
        tool_list = yaml.load(metadata_yaml, Loader=yaml.SafeLoader)
        for tool in tool_list:
            final_dict[tool["name"]] = Tool(
                name=tool["name"],
                repo=tool["repo"],
                commit=tool["commit"],
                build_script=tool["build"],
                in_container=tool["in_container"]
                if tool.get("in_container") is not None
                else True,
                in_install=tool["in_install"]
                if tool.get("in_install") is not None
                else True,
            )
        return final_dict


def main():
    import os
    import argparse

    parser = argparse.ArgumentParser(description="Get Tool Info")
    parser.add_argument("--docker-args", action="store_true")
    parser.add_argument("--field", "-f")
    parser.add_argument("tool")
    tools = Tool.from_metadata_yaml(
        open(os.path.join(os.path.dirname(__file__), "tool_metadata.yml")).read()
    )
    args = parser.parse_args()

    tool = tools[args.tool]

    if args.docker_args:
        print(
            f"--build-arg {tool.name.upper()}_REPO={tool.repo} --build-arg {tool.name.upper()}_COMMIT={tool.commit}",
            end="",
        )
    elif args.field:
        field = tool.__dict__[args.field]
        print(field, end="")
    else:
        print("Either --field or --docker-args is required.")
        exit(os.EX_USAGE)


if __name__ == "__main__":
    main()

.github/scripts/gh.py METASEP
#!/usr/bin/env python3
# Copyright 2020 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import os
import subprocess
from types import SimpleNamespace


def export_env_default(key, value):
    with open(os.getenv("GITHUB_ENV"), "a") as f:
        f.write("%s=%s\n" % (key, value))


export_env = export_env_default


class Repo(object):
    def __init__(self, name, url, branch_rx=None, extraction_rx=None):
        print("[Repo Object] Initializing repo %s with URL %s…" % (name, url))
        self.name = name
        self.url = url
        self.commit = None
        self.branch_rx = branch_rx
        self.extraction_rx = extraction_rx

        self._latest_commit = None
        self._branches = None
        self._tags = None

    @property
    def latest_commit(self):
        if self._latest_commit is None:
            print("[Repo Object] Fetching latest commit for %s…" % self.name)
            p = subprocess.check_output(["git", "ls-remote", self.url]).decode("utf8")
            for line in p.split("\n"):
                if "HEAD" in line:
                    self._latest_commit = line[:40]
        return self._latest_commit

    @property
    def branches(self):
        if self._branches is None:
            print("[Repo Object] Fetching branches for %s…" % self.name)
            p = subprocess.check_output(
                ["git", "ls-remote", "--heads", self.url]
            ).decode("utf8")
            branches = []
            for line in p.split("\n"):
                if line.strip() == "":
                    continue

                match = line.split()

                hash = match[0]
                name = match[1]

                branches.append((hash, name))
            self._branches = branches
        return self._branches

    @property
    def tags(self):
        if self._tags is None:
            print("[Repo Object] Fetching tags for %s…" % self.name)
            p = subprocess.check_output(
                ["git", "ls-remote", "--tags", "--sort=v:refname", self.url]
            ).decode("utf8")

            tags = []
            for line in p.split("\n"):
                if line.strip() == "":
                    continue

                match = line.split()

                hash = match[0]
                name = match[1].split("/")[2]

                tags.append((hash, name))
            self._tags = tags
        return self._tags

    def out_of_date(self):
        return self.commit != self.latest_commit


if os.getenv("GITHUB_ACTIONS") != "true":
    dn = os.path.dirname
    git_directory = dn(dn(dn(os.path.realpath(__file__))))

    def git_command(*args):
        return subprocess.check_output(["git"] + list(args), cwd=git_directory).decode(
            "utf-8"
        )[:-1]

    repo_url = git_command("remote", "get-url", "origin")
    branch = git_command("branch", "--show-current")

    os.environ["REPO_URL"] = repo_url
    os.environ["BRANCH_NAME"] = branch
    os.environ["GITHUB_WORKSPACE"] = git_directory
    os.environ["GITHUB_EVENT_NAME"] = "workspace_dispatch"
    os.environ["GITHUB_RUN_ID"] = "test_run"

    def export_env_alt(key, value):
        os.environ[key] = value
        print("Setting ENV[%s] to %s..." % (key, value))

    export_env = export_env_alt

    if os.getenv("PDK_ROOT") is None:
        print('Environment variables required: "PDK_ROOT"')
        exit(os.EX_CONFIG)

origin = os.getenv("REPO_URL")
repo = Repo("Openlane", origin)

# public
gh = SimpleNamespace(
    **{
        "run_id": os.getenv("GITHUB_RUN_ID"),
        "origin": origin,
        "branch": os.getenv("BRANCH_NAME"),
        "image": os.getenv("IMAGE_NAME"),
        "root": os.getenv("GITHUB_WORKSPACE"),
        "pdk": os.getenv("PDK_ROOT"),
        "tool": os.getenv("TOOL"),
        "event": SimpleNamespace(**{"name": os.getenv("GITHUB_EVENT_NAME")}),
        "export_env": export_env,
        "Repo": Repo,
        "openlane": repo,
    }
)

.github/scripts/get_docker_config.py METASEP
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# Copyright 2021 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

# Note: This file is intended to be run OUTSIDE the Docker container.

import sys
import json
import getpass
import subprocess
from enum import Enum


class Engine(Enum):
    docker = 0b0000

    misc_conmon = 0b1000
    podman = 0b1001


def get_docker_config():
    engine = Engine.docker

    uid = (
        subprocess.check_output(["id", "-u", getpass.getuser()]).decode("utf8").strip()
    )
    gid = (
        subprocess.check_output(["id", "-g", getpass.getuser()]).decode("utf8").strip()
    )

    try:
        info = ""
        try:
            info = subprocess.check_output(
                ["docker", "info", "--format", "{{json .}}"]
            ).decode("utf8")
        except:
            raise Exception("Could not execute docker info.")

        try:
            info = json.loads(info)
        except:
            raise Exception("Docker info was not valid JSON.")

        if info.get("host") is not None and info["host"].get("conmon") is not None:
            engine = Engine.misc_conmon
            if (
                info["host"].get("remoteSocket") is not None
                and "podman" in info["host"]["remoteSocket"]["path"]
            ):
                engine = Engine.podman
        elif info.get("Name") is not None:
            engine = Engine.docker
            rootless = False
            sec_info = info.get("SecurityOptions")

            for o in sec_info:

                if "rootless" in o:
                    rootless = True
                    break

            if rootless:
                return "-u 0"

        if engine == Engine.docker:
            raise Exception("")  # Output UID/GID Info

        # Else, print nothing… Podman (and possibly other conmon-based solutions) do not handle the -u options in a similar manner.
        return ""
    except Exception as e:
        if e.__str__() != "":
            print(f"{e}. Assuming a standard Docker installation.", file=sys.stderr)

        return f"--user {uid}:{gid}"


if __name__ == "__main__":
    print(get_docker_config(), end="")

docs/rst.rst METASEP
OpenFASoC
===================================

Config
---------------------

.. automodule:: OpenFASoC.config

docs/markdown.md METASEP

```{eval-rst}
.. automodule:: OpenFASoC
    :members:

```

docs/make.bat METASEP
@ECHO OFF

pushd %~dp0

REM Command file for Sphinx documentation

if "%SPHINXBUILD%" == "" (
	set SPHINXBUILD=sphinx-build
)
set SOURCEDIR=source
set BUILDDIR=build
set SPHINXPROJ=OpenFASoC

if "%1" == "" goto help

%SPHINXBUILD% >NUL 2>NUL
if errorlevel 9009 (
	echo.
	echo.The 'sphinx-build' command was not found. Make sure you have Sphinx
	echo.installed, then set the SPHINXBUILD environment variable to point
	echo.to the full path of the 'sphinx-build' executable. Alternatively you
	echo.may add the Sphinx directory to PATH.
	echo.
	echo.If you don't have Sphinx installed, grab it from
	echo.http://sphinx-doc.org/
	exit /b 1
)

%SPHINXBUILD% -M %1 %SOURCEDIR% %BUILDDIR% %SPHINXOPTS%
goto end

:help
%SPHINXBUILD% -M help %SOURCEDIR% %BUILDDIR% %SPHINXOPTS%

:end
popd

docs/index.rst METASEP
OpenFASoC
===================================


.. toctree::
    :maxdepth: 2

    README
    markdown
    rst

docs/README.md METASEP
# OpenFASoC

Fully Open-Source Autonomous SoC Synthesis using Customizable Cell-Based Synthesizable Analog Circuits

## Usage

## Installation

`make install`

docs/Makefile METASEP
SPHINXOPTS    =
SPHINXBUILD   = sphinx-build
SPHINXPROJ    = OpenFASoC
SOURCEDIR     = .
BUILDDIR      = build

# Put it first so that "make" without argument is like "make help".
help:
	@$(SPHINXBUILD) -M help "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)

.PHONY: help Makefile upload

# Catch-all target: route all unknown targets to Sphinx using the new
# "make mode" option.  $(O) is meant as a shortcut for $(SPHINXOPTS).
%: Makefile
	@$(SPHINXBUILD) -M $@ "$(SOURCEDIR)" "$(BUILDDIR)" $(SPHINXOPTS) $(O)

upload:
	mkdir -p site
	rsync -rv build/html/ site/OpenFASoC

open:
	open build/html/index.html

see: html open

tests/test_sample.py METASEP
# Sample Test passing with nose and pytest


def test_pass():
    assert True, "dummy sample test"

docs/conf.py METASEP
project = "OpenFASoC"
version = "0.0.1"
copyright = "2020,  msaligane"
author = " msaligane"

html_theme = "furo"
# html_theme = "sphinx_rtd_theme"

source_suffix = {
    ".rst": "restructuredtext",
    ".txt": "markdown",
    ".md": "markdown",
}

html_static_path = ["_static"]

extensions = [
    "matplotlib.sphinxext.plot_directive",
    "myst_parser",
    "nbsphinx",
    "sphinx.ext.autodoc",
    "sphinx.ext.doctest",
    "sphinx.ext.mathjax",
    "sphinx.ext.napoleon",
    "sphinx.ext.todo",
    "sphinx.ext.viewcode",
    "sphinx_autodoc_typehints",
    "sphinx_click",
    "sphinx_markdown_tables",
]

autodoc_member_order = "bysource"

templates_path = ["_templates"]
exclude_patterns = [
    "_build",
    "Thumbs.db",
    ".DS_Store",
    "**.ipynb_checkpoints",
    "build",
    "extra",
    "notebooks/plugins/tidy3d/01_tidy3d.ipynb",
    "notebooks/plugins/*",
]

napoleon_use_param = True

source_suffix = {
    ".rst": "restructuredtext",
    ".txt": "markdown",
    ".md": "markdown",
}

language = "en"
myst_html_meta = {
    "description lang=en": "metadata description",
    "description lang=fr": "description des métadonnées",
    "keywords": "Sphinx, MyST",
    "property=og:locale": "en_US",
}

tox.ini METASEP
[tox]
envlist = py37, py38, py39


[testenv]
commands = pytest
deps=
    pytest
    -rrequirements.txt
    -rrequirements_dev.txt

# Linters
[testenv:flake8]
basepython = python3
skip_install = true
deps =
    flake8
    flake8-bugbear
    flake8-docstrings>=1.3.1
    flake8-import-order>=0.9
    flake8-typing-imports>=1.1
    pep8-naming
commands =
    flake8


# Flake8 Configuration
[flake8]
ignore = D203, W503, E203, B950
exclude =
    .tox,
    .git,
    __pycache__,
    docs/source/conf.py,
    build,
    dist,
    tests/fixtures/*,
    *.pyc,
    *.egg-info,
    .cache,
    .eggs
max-complexity = 10
import-order-style = google
application-import-names = flake8


[testenv:docs]
commands =
    py.test --doctest-glob="*.md" --doctest-glob="README.md" README.md


[testenv:mypy]
skip_install = True
deps =
    mypy
commands=
	mypy . ignore-missing-imports --pretty

setup.cfg METASEP
[flake8]
max-line-length = 88
max-complexity = 38
select = B,C,E,F,W,T4,B9
ignore = E501, E503, E722, W503, W503, E203

extend-ignore =
    RST303

exclude =
    .git,
    __pycache__,
    docs/source/conf.py,
    build,
    dist,
    .ipynb_checkpoints,
    .tox,
    extra,
    deprecated,
    gdslib,
    .tox,
    .mypy_cache

[pydocstyle]
inherit = false
ignore = D100,D203,D405
match = .*\.py

requirements_dev.txt METASEP
doc8
docutils
flake8
furo
ipykernel
mypy
myst-parser
nbsphinx
nbval
pre-commit
pur
pydocstyle
pytest-cov
recommonmark
sphinx
sphinx-autodoc-typehints
sphinx-click
sphinx-markdown-tables
tox
xdoctest

requirements.txt METASEP
pandas
klayout
numpy
matplotlib
gdsfactory==5.1.1

pytest.ini METASEP
[pytest]
testpaths = tests
# addopts = --tb=no
addopts = '--tb=short'
python_files = tests/*.py

filterwarnings =
    ignore::UserWarning
    ignore::DeprecationWarning

# addopts = '--html=test_report.html' '--self-contained-html'

README.md METASEP
# OpenFASoC: Fully Open-Source Autonomous SoC Synthesis using Customizable Cell-Based Synthesizable Analog Circuits

The FASoC Program is focused on developing a complete system-on-chip (SoC) synthesis tool from user specification to GDSII with fully open-sourced tools.

See more on our [website](https://fasoc.engin.umich.edu/).

# Prerequisites

Please build the following tools:

  Magic <https://github.com/RTimothyEdwards/magic>

  Netgen <https://github.com/RTimothyEdwards/netgen>

  Klayout <https://github.com/KLayout/klayout>
        Please use this command to build preferably: `./build.sh -option '-j8' -noruby -without-qt-multimedia -without-qt-xml -without-qt-svg`


  Yosys <https://github.com/The-OpenROAD-Project/yosys>

  OpenROAD <https://github.com/The-OpenROAD-Project/OpenROAD> (commid id: 7ff7171)

  open_pdks <https://github.com/RTimothyEdwards/open_pdks>

   - open_pdks is required to run drc/lvs check and the simulations
   - After open_pdks is installed, please update the **open_pdks** key in `common/platform_config.json` with the installed path, down to the sky130A folder

  Other notice:

   - Python 3.7 is used in this generator.
   - All the required tools need to be loaded into the environment before running this generator.

# Design Generation

Our fully open source flow only supports the temperature sensor generation so far. We are working on adding additional generators in the near future.

The generators are located inside `OpenFASOC/generators/`, the target for temperature sensor generation is `sky130hd_temp` and located inside `OpenFASOC/generators/temp-sense-gen`, the following parameters are supported:

- --specfile: input specifications where the min/max temperature for the temp sensor are specified
- --outputDir: output folder where the gds/def results will be exported
- --platform: only sky130hd platform is supported for now
- --clean: clean flow folder and start a fresh design flow
- --mode: support verilog/macro/full modes, macro mode runs through APR/DRC/LVS steps to generate macros, full mode completes macro generation + simulations
- --nhead: specify a fixed number of headers (optional)
- --ninv: specify a fixed number of inverters (optional)

1. Clone the OpenFASOC repository

```
git clone git@github.com:idea-fasoc/OpenFASOC.git
```

2. Go to the temperature sensor generation folder

```
cd OpenFASOC/openfasoc/temp-sense-gen
```

3. Modify the test.json or the targets in Makefile based on the requirements, then run the flow. The **sky130hd_temp** target generates a tempsensor macro, the **sky130hd_temp_full** target runs the full mode and finishes macro generation + simulations.

```
make sky130hd_temp
```

4. The outputs will be stored in the **outputDir** folder specified in Makefile

Please contact mehdi@umich.edu if you have any questions.


# Spice Simulation Flow

To run the simulation, please edit your local model file in `common/platform_config.json`:

- simTool:  simulation tool, only ngspice is supported for now -- We plan to support Xyce in the future

- simMode: `partial` (recommended to reduce runtime) or `full`, partial simulation only includes headers and cells in low voltage domain to calculate the frequency errors, full simulation includes the internal counter (full simulation is slow using ngspice and is still being tested)

- nominal_voltage: the nominal voltage of the specified technology, it is used to set a supply voltage in the simulation testbench

- model_file: the path to the top model lib file

- model_corner: the corner used in the simulation

- an example of the `common/platform_config.json` looks like:

```
{
  "simTool": "ngspice",
  "simMode": "partial",
  "platforms": {
    "sky130hd": {
      "nominal_voltage": 1.8,
      "model_file": "~/open_pdks/pdks/sky130A/libs.tech/ngspice/sky130.lib.spice",
      "model_corner": "tt"
    }
  }
}
```
# Tapeouts and testing setup

Please refer to our testing setup in our tapeouts and testing setup [section](./tapeouts/mpw-1/testsetup/README.md#section).


# Things to improve

To improve our tools, flow, and QoR. The following limitations are currently being addressed:
   - In OpenROAD tools:
       - Add the power pins extraction in OpenROAD tool
       - LEF modification for NDR needs to be within the tool (no additional script)
       - write_cdl bug fix in source code
       - fence aware placement step needs to be added
       - ioplacment step is now skipped at placement and is set to random palcement by default at floorplaning so it doesn't put power pins of additional voltage domains at the edge
   - add ~~the spice simulation flow~~ and modeling
   - add sky130_fd_sc_hs support

Makefile METASEP
# Copyright 2020 Efabless Corporation
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#      http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

OPENLANE_DIR ?= $(shell pwd)

PDK_ROOT ?= $(shell pwd)/pdks

ifeq (, $(strip $(NPROC)))
  # Linux (utility program)
  NPROC := $(shell nproc 2>/dev/null)

  ifeq (, $(strip $(NPROC)))
    # Linux (generic)
    NPROC := $(shell grep -c ^processor /proc/cpuinfo 2>/dev/null)
  endif
  ifeq (, $(strip $(NPROC)))
    # BSD (at least FreeBSD and Mac OSX)
    NPROC := $(shell sysctl -n hw.ncpu 2>/dev/null)
  endif
  ifeq (, $(strip $(NPROC)))
    # Fallback
    NPROC := 1
  endif

endif

DOCKER_MEMORY_OPTIONS :=
ifneq (,$(DOCKER_SWAP)) # Set to -1 for unlimited
DOCKER_MEMORY_OPTIONS +=  --memory-swap=$(DOCKER_SWAP)
endif
ifneq (,$(DOCKER_MEMORY))
DOCKER_MEMORY_OPTIONS += --memory=$(DOCKER_MEMORY)
# To verify: cat /sys/fs/cgroup/memory/memory.limit_in_bytes inside the container
endif

DOCKER_UID_OPTIONS = $(shell python3 ./.github/scripts/get_docker_config.py)
DOCKER_OPTIONS = $(DOCKER_MEMORY_OPTIONS) $(DOCKER_UID_OPTIONS)

THREADS ?= $(NPROC)
STD_CELL_LIBRARY ?= sky130_fd_sc_hd
SPECIAL_VOLTAGE_LIBRARY ?= sky130_fd_sc_hvl
IO_LIBRARY ?= sky130_fd_io
INSTALL_SRAM ?= disabled

CURRENT_TAG ?= $(shell python3 ./.github/scripts/dependencies/get_tag.py)
IMAGE_NAME ?= efabless/openlane:$(CURRENT_TAG)
TEST_DESIGN ?= spm
DESIGN_LIST ?= spm
BENCHMARK ?= regression_results/benchmark_results/SW_HD.csv
REGRESSION_TAG ?= TEST_SW_HD
FASTEST_TEST_SET_TAG ?= FASTEST_TEST_SET
EXTENDED_TEST_SET_TAG ?= EXTENDED_TEST_SET
PRINT_REM_DESIGNS_TIME ?= 0

SKYWATER_COMMIT ?= $(shell python3 ./.github/scripts/tool.py sky130 -f commit)
OPEN_PDKS_COMMIT ?= $(shell python3 ./.github/scripts/tool.py open_pdks -f commit)

ENV_COMMAND ?= docker run --rm -v $(OPENLANE_DIR):/openLANE_flow -v $(PDK_ROOT):$(PDK_ROOT) -e PDK_ROOT=$(PDK_ROOT) $(DOCKER_OPTIONS) $(IMAGE_NAME)

ifndef PDK_ROOT
$(error PDK_ROOT is undefined, please export it before running make)
endif

.DEFAULT_GOAL := all

.PHONY: all
all: openlane pdk

.PHONY: pdk
pdk: skywater-pdk skywater-library open_pdks build-pdk gen-sources

.PHONY: native-pdk
native-pdk: skywater-pdk skywater-library open_pdks native-build-pdk gen-sources

.PHONY: full-pdk
full-pdk: skywater-pdk all-skywater-libraries open_pdks build-pdk gen-sources

.PHONY: native-full-pdk
native-full-pdk: skywater-pdk all-skywater-libraries open_pdks native-build-pdk gen-sources

$(PDK_ROOT)/:
	mkdir -p $(PDK_ROOT)

$(PDK_ROOT)/skywater-pdk:
	git clone $(shell python3 ./.github/scripts/tool.py sky130 -f repo) $(PDK_ROOT)/skywater-pdk

.PHONY: skywater-pdk
skywater-pdk: $(PDK_ROOT)/ $(PDK_ROOT)/skywater-pdk
	cd $(PDK_ROOT)/skywater-pdk && \
		git checkout main && git submodule init && git pull --no-recurse-submodules && \
		git checkout -qf $(SKYWATER_COMMIT)

.PHONY: skywater-library
skywater-library: $(PDK_ROOT)/skywater-pdk
	cd $(PDK_ROOT)/skywater-pdk && \
		git submodule update --init libraries/$(STD_CELL_LIBRARY)/latest && \
		git submodule update --init libraries/$(IO_LIBRARY)/latest && \
		git submodule update --init libraries/$(SPECIAL_VOLTAGE_LIBRARY)/latest && \
		$(MAKE) timing

.PHONY: all-skywater-libraries
all-skywater-libraries: skywater-pdk
	cd $(PDK_ROOT)/skywater-pdk && \
		git submodule update --init libraries/sky130_fd_sc_hd/latest && \
		git submodule update --init libraries/sky130_fd_sc_hs/latest && \
		git submodule update --init libraries/sky130_fd_sc_hdll/latest && \
		git submodule update --init libraries/sky130_fd_sc_ms/latest && \
		git submodule update --init libraries/sky130_fd_sc_ls/latest && \
		git submodule update --init libraries/sky130_fd_sc_hvl/latest && \
		git submodule update --init libraries/sky130_fd_io/latest && \
		$(MAKE) -j$(THREADS) timing

### OPEN_PDKS
$(PDK_ROOT)/open_pdks:
	git clone $(shell python3 ./.github/scripts/tool.py open_pdks -f repo) $(PDK_ROOT)/open_pdks

.PHONY: open_pdks
open_pdks: $(PDK_ROOT)/ $(PDK_ROOT)/open_pdks
	cd $(PDK_ROOT)/open_pdks && \
		git checkout master && git pull && \
		git checkout -qf $(OPEN_PDKS_COMMIT)

.PHONY: build-pdk
build-pdk: $(PDK_ROOT)/open_pdks $(PDK_ROOT)/skywater-pdk
	[ -d $(PDK_ROOT)/sky130A ] && \
		(echo "Warning: A sky130A build already exists under $(PDK_ROOT). It will be deleted first!" && \
		sleep 5 && \
		rm -rf $(PDK_ROOT)/sky130A) || \
		true
	$(ENV_COMMAND) sh -c " cd $(PDK_ROOT)/open_pdks && \
		./configure --enable-sky130-pdk=$(PDK_ROOT)/skywater-pdk/libraries --enable-sram-sky130=$(INSTALL_SRAM)"
	cd $(PDK_ROOT)/open_pdks/sky130 && \
		$(MAKE) veryclean && \
		$(MAKE) prerequisites
	$(ENV_COMMAND) sh -c " cd $(PDK_ROOT)/open_pdks/sky130 && \
		make && \
		make SHARED_PDKS_PATH=$(PDK_ROOT) install && \
		make clean"

.PHONY: native-build-pdk
native-build-pdk: $(PDK_ROOT)/open_pdks $(PDK_ROOT)/skywater-pdk
	[ -d $(PDK_ROOT)/sky130A ] && \
		(echo "Warning: A sky130A build already exists under $(PDK_ROOT). It will be deleted first!" && \
		sleep 5 && \
		rm -rf $(PDK_ROOT)/sky130A) || \
		true
	cd $(PDK_ROOT)/open_pdks && \
		./configure --enable-sky130-pdk=$(PDK_ROOT)/skywater-pdk/libraries --enable-sram-sky130=$(INSTALL_SRAM) && \
		cd sky130 && \
		$(MAKE) veryclean && \
		$(MAKE) && \
		$(MAKE) SHARED_PDKS_PATH=$(PDK_ROOT) install

gen-sources: $(PDK_ROOT)/sky130A
	touch $(PDK_ROOT)/sky130A/SOURCES
	OPENLANE_COMMIT=$(git rev-parse HEAD)
	echo -ne "openlane " > $(PDK_ROOT)/sky130A/SOURCES
	cd $(OPENLANE_DIR) && git rev-parse HEAD >> $(PDK_ROOT)/sky130A/SOURCES
	echo -ne "skywater-pdk " >> $(PDK_ROOT)/sky130A/SOURCES
	cd $(PDK_ROOT)/skywater-pdk && git rev-parse HEAD >> $(PDK_ROOT)/sky130A/SOURCES
	echo -ne "open_pdks " >> $(PDK_ROOT)/sky130A/SOURCES
	cd $(PDK_ROOT)/open_pdks && git rev-parse HEAD >> $(PDK_ROOT)/sky130A/SOURCES

### OPENLANE
.PHONY: openlane
openlane:
	docker pull $(IMAGE_NAME)

.PHONY: mount
mount:
	cd $(OPENLANE_DIR) && \
		docker run -it --rm -v $(OPENLANE_DIR):/openLANE_flow -v $(PDK_ROOT):$(PDK_ROOT) -e PDK_ROOT=$(PDK_ROOT) $(DOCKER_OPTIONS) $(IMAGE_NAME)

MISC_REGRESSION_ARGS=
.PHONY: regression regression_test
regression_test: MISC_REGRESSION_ARGS=--benchmark $(BENCHMARK)
regression_test: regression
regression:
	cd $(OPENLANE_DIR) && \
		$(ENV_COMMAND) sh -c "\
			python3 run_designs.py --delete\
			--defaultTestSet\
			--tarList logs reports\
			--htmlExtract\
			--tag $(REGRESSION_TAG)\
			--threads $(THREADS)\
			--print $(PRINT_REM_DESIGNS_TIME)\
			$(MISC_REGRESSION_ARGS)\
		"

DLTAG=custom_design_List
.PHONY: test_design_list fastest_test_set extended_test_set
fastest_test_set: DESIGN_LIST=$(shell python3 ./.github/test_sets/get_test_set.py fastestTestSet)
fastest_test_set: DLTAG=$(FASTEST_TEST_SET_TAG)
fastest_test_set: test_design_list
extended_test_set: DESIGN_LIST=$(shell python3 ./.github/test_sets/get_test_set.py extendedTestSet)
extended_test_set: DLTAG=$(EXTENDED_TEST_SET_TAG)
extended_test_set: test_design_list
test_design_list:
	cd $(OPENLANE_DIR) && \
		$(ENV_COMMAND) sh -c "\
			python3 run_designs.py --delete\
			--designs $(DESIGN_LIST)\
			--tag $(DLTAG)\
			--threads $(THREADS)\
			--print_rem $(PRINT_REM_DESIGNS_TIME)\
			--benchmark $(BENCHMARK)\
		"

.PHONY: test
test:
	cd $(OPENLANE_DIR) && \
		$(ENV_COMMAND) sh -c "./flow.tcl -design $(TEST_DESIGN) -tag openlane_test -disable_output -overwrite"
	@[ -f $(OPENLANE_DIR)/designs/$(TEST_DESIGN)/runs/openlane_test/results/magic/$(TEST_DESIGN).gds ] && \
		echo "Basic test passed" || \
		echo "Basic test failed"

.PHONY: clean_runs
clean_runs:
	@rm -rf ./designs/*/runs && echo "Runs cleaned successfully." || echo "Failed to delete runs."


install:
	pip install -r requirements.txt --upgrade
	pip install -r requirements_dev.txt --upgrade
	pip install -e .
	pre-commit install

test:
	pytest

cov:
	pytest --cov= OpenFASoC

mypy:
	mypy . --ignore-missing-imports

lint:
	flake8

pylint:
	pylint OpenFASoC

lintd2:
	flake8 --select RST

lintd:
	pydocstyle OpenFASoC

doc8:
	doc8 docs/

update:
	pur

update2:
	pre-commit autoupdate --bleeding-edge

MANIFEST.in METASEP
include requirements.txt
include README.md
include LICENSE

setup.py METASEP
from setuptools import find_packages
from setuptools import setup


with open("README.md") as f:
    LONG_DESCRIPTION = f.read()


def get_install_requires():
    with open("requirements.txt", "r") as f:
        return [line.strip() for line in f.readlines() if not line.startswith("-")]


setup(
    name="OpenFASoC",
    version="0.0.1",
    url="https://github.com/idea-fasoc/OpenFASOC",
    license="MIT",
    author=" msaligane",
    author_email="mehdi@umich.edu",
    description="Fully Open-Source Autonomous SoC Synthesis using Customizable Cell-Based Synthesizable Analog Circuits",
    long_description=LONG_DESCRIPTION,
    long_description_content_type="text/markdown",
    packages=find_packages(exclude=("tests",)),
    install_requires=get_install_requires(),
    python_requires=">=3.6",
    classifiers=[
        "Development Status :: 2 - Pre-Alpha",
        "License :: OSI Approved :: MIT License",
        "Programming Language :: Python",
        "Programming Language :: Python :: 3.7",
    ],
)

openfasoc/klayout/sky130/layers.py METASEP

from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
    met1short: Layer = (68, 15)
    met2blockage: Layer = (69, 10)
    met2boundary: Layer = (69, 4)
    met2cut: Layer = (69, 14)
    met2drawing: Layer = (69, 20)
    met2label: Layer = (69, 5)
    met2net: Layer = (69, 23)
    met2option1: Layer = (69, 32)
    met2option2: Layer = (69, 33)
    met2option3: Layer = (69, 34)
    met2option4: Layer = (69, 35)
    met2option5: Layer = (69, 36)
    met2option6: Layer = (69, 37)
    met2option7: Layer = (69, 38)
    met2option8: Layer = (69, 39)
    met2pin: Layer = (69, 16)
    met2probe: Layer = (69, 25)
    met2psa1: Layer = (69, 88)
    met2psa2: Layer = (69, 89)
    met2psa3: Layer = (69, 90)
    met2psa4: Layer = (69, 91)
    met2psa5: Layer = (69, 92)
    met2psa6: Layer = (69, 93)
    met2res: Layer = (69, 13)
    met2short: Layer = (69, 15)
    met3blockage: Layer = (70, 10)
    met3boundary: Layer = (70, 4)
    met3cut: Layer = (70, 14)
    met3drawing: Layer = (70, 20)
    met3fuse: Layer = (70, 17)
    met3label: Layer = (70, 5)
    met3net: Layer = (70, 23)
    met3option1: Layer = (70, 32)
    met3option2: Layer = (70, 33)
    met3option3: Layer = (70, 34)
    met3option4: Layer = (70, 35)
    met3option5: Layer = (70, 36)
    met3option6: Layer = (70, 37)
    met3option7: Layer = (70, 38)
    met3option8: Layer = (70, 39)
    met3pin: Layer = (70, 16)
    met3probe: Layer = (70, 25)
    met3psa1: Layer = (70, 88)
    met3psa2: Layer = (70, 89)
    met3psa3: Layer = (70, 90)
    met3psa4: Layer = (70, 91)
    met3psa5: Layer = (70, 92)
    met3psa6: Layer = (70, 93)
    met3res: Layer = (70, 13)
    met3short: Layer = (70, 15)
    met4blockage: Layer = (71, 10)
    met4boundary: Layer = (71, 4)
    met4cut: Layer = (71, 14)
    met4drawing: Layer = (71, 20)
    met4fuse: Layer = (71, 17)
    met4label: Layer = (71, 5)
    met4net: Layer = (71, 23)
    met4option1: Layer = (71, 32)
    met4option2: Layer = (71, 33)
    met4option3: Layer = (71, 34)
    met4option4: Layer = (71, 35)
    met4option5: Layer = (71, 36)
    met4option6: Layer = (71, 37)
    met4option7: Layer = (71, 38)
    met4option8: Layer = (71, 39)
    met4pin: Layer = (71, 16)
    met4probe: Layer = (71, 25)
    met4psa1: Layer = (71, 88)
    met4psa2: Layer = (71, 89)
    met4psa3: Layer = (71, 90)
    met4psa4: Layer = (71, 91)
    met4psa5: Layer = (71, 92)
    met4psa6: Layer = (71, 93)
    met4res: Layer = (71, 13)
    met4short: Layer = (71, 15)
    met5blockage: Layer = (72, 10)
    met5boundary: Layer = (72, 4)
    met5cut: Layer = (72, 14)
    met5drawing: Layer = (72, 20)
    met5fuse: Layer = (72, 17)
    met5label: Layer = (72, 5)
    met5net: Layer = (72, 23)
    met5option1: Layer = (72, 32)
    met5option2: Layer = (72, 33)
    met5option3: Layer = (72, 34)
    met5option4: Layer = (72, 35)
    met5option5: Layer = (72, 36)
    met5option6: Layer = (72, 37)
    met5option7: Layer = (72, 38)
    met5option8: Layer = (72, 39)
    met5pin: Layer = (72, 16)
    met5probe: Layer = (72, 25)
    met5psa1: Layer = (72, 88)
    met5psa2: Layer = (72, 89)
    met5psa3: Layer = (72, 90)
    met5psa4: Layer = (72, 91)
    met5psa5: Layer = (72, 92)
    met5psa6: Layer = (72, 93)
    met5res: Layer = (72, 13)
    met5short: Layer = (72, 15)
    ncmdrawing: Layer = (92, 44)
    npcdrawing: Layer = (95, 20)
    npndrawing: Layer = (82, 20)
    npnlabel: Layer = (82, 5)
    nsdmdrawing: Layer = (93, 44)
    nsmdrawing: Layer = (61, 20)
    nwelldrawing: Layer = (64, 20)
    nwelllabel: Layer = (64, 5)
    nwellnet: Layer = (84, 23)
    nwellpin: Layer = (64, 16)
    overlapboundary: Layer = (90, 4)
    overlapdrawing: Layer = (90, 20)
    padCenterdrawing: Layer = (81, 20)
    paddrawing: Layer = (76, 20)
    padlabel: Layer = (76, 5)
    padpin: Layer = (76, 16)
    pmm2drawing: Layer = (77, 20)
    pmmdrawing: Layer = (85, 44)
    pnpdrawing: Layer = (82, 44)
    pnplabel: Layer = (82, 59)
    polyboundary: Layer = (66, 4)
    polycut: Layer = (66, 14)
    polydrawing: Layer = (66, 20)
    polygate: Layer = (66, 9)
    polylabel: Layer = (66, 5)
    polymodel: Layer = (66, 83)
    polynet: Layer = (66, 23)
    polypin: Layer = (66, 16)
    polyprobe: Layer = (66, 25)
    polyres: Layer = (66, 13)
    polyshort: Layer = (66, 15)
    prBoundaryboundary: Layer = (235, 4)
    prBoundarydrawing: Layer = (235, 0)
    prunedrawing: Layer = (84, 44)
    psdmdrawing: Layer = (94, 20)
    pwellcut: Layer = (64, 14)
    pwelldrawing: Layer = (64, 44)
    pwellisolabel: Layer = (44, 5)
    pwellisopin: Layer = (44, 16)
    pwelllabel: Layer = (64, 59)
    pwellpin: Layer = (122, 16)
    pwellres: Layer = (64, 13)
    rdlcondrawing: Layer = (13, 0)
    rdlcut: Layer = (74, 14)
    rdldrawing: Layer = (74, 20)
    rdllabel: Layer = (74, 5)
    rdloption1: Layer = (89, 32)
    rdloption2: Layer = (89, 33)
    rdloption3: Layer = (89, 34)
    rdloption4: Layer = (89, 35)
    rdloption5: Layer = (89, 36)
    rdloption6: Layer = (89, 37)
    rdloption7: Layer = (89, 38)
    rdloption8: Layer = (89, 39)
    rdlpin: Layer = (74, 16)
    rdlpsa1: Layer = (74, 88)
    rdlpsa2: Layer = (74, 89)
    rdlpsa3: Layer = (74, 90)
    rdlpsa4: Layer = (74, 91)
    rdlpsa5: Layer = (74, 92)
    rdlpsa6: Layer = (74, 93)
    rdlres: Layer = (74, 13)
    rdlshort: Layer = (74, 15)
    rpmdrawing: Layer = (86, 20)
    rrpmdrawing: Layer = (102, 20)
    tapboundary: Layer = (65, 60)
    tapdrawing: Layer = (65, 44)
    taplabel: Layer = (65, 5)
    tapnet: Layer = (65, 41)
    tappin: Layer = (65, 48)
    targetdrawing: Layer = (76, 44)
    textdrawing: Layer = (83, 44)
    tunmdrawing: Layer = (80, 20)
    ubmdrawing: Layer = (127, 21)
    vhvidrawing: Layer = (74, 21)
    via2blockage: Layer = (7, 3)
    via2boundary: Layer = (69, 60)
    via2drawing: Layer = (69, 44)
    via2net: Layer = (69, 41)
    via2pin: Layer = (69, 58)
    via3blockage: Layer = (9, 3)
    via3boundary: Layer = (70, 60)
    via3drawing: Layer = (70, 44)
    via3label: Layer = (9, 1)
    via3net: Layer = (70, 41)
    via3pin: Layer = (70, 48)
    via4blockage: Layer = (11, 3)
    via4boundary: Layer = (71, 60)
    via4drawing: Layer = (71, 44)
    via4label: Layer = (11, 1)
    via4net: Layer = (71, 41)
    via4pin: Layer = (71, 48)
    viablockage: Layer = (5, 3)
    viaboundary: Layer = (68, 60)
    viadrawing: Layer = (68, 44)
    vialabel: Layer = (5, 1)
    vianet: Layer = (68, 41)
    viapin: Layer = (68, 58)

    class Config:
        frozen = True
        extra = "forbid"


infile
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
    met1short: Layer = (68, 15)
    met2blockage: Layer = (69, 10)
    met2boundary: Layer = (69, 4)
    met2cut: Layer = (69, 14)
    met2drawing: Layer = (69, 20)
    met2label: Layer = (69, 5)
    met2net: Layer = (69, 23)
    met2option1: Layer = (69, 32)
    met2option2: Layer = (69, 33)
    met2option3: Layer = (69, 34)
    met2option4: Layer = (69, 35)
    met2option5: Layer = (69, 36)
    met2option6: Layer = (69, 37)
    met2option7: Layer = (69, 38)
    met2option8: Layer = (69, 39)
    met2pin: Layer = (69, 16)
    met2probe: Layer = (69, 25)
    met2psa1: Layer = (69, 88)
    met2psa2: Layer = (69, 89)
    met2psa3: Layer = (69, 90)
    met2psa4: Layer = (69, 91)
    met2psa5: Layer = (69, 92)
    met2psa6: Layer = (69, 93)
    met2res: Layer = (69, 13)
    met2short: Layer = (69, 15)
    met3blockage: Layer = (70, 10)
    met3boundary: Layer = (70, 4)
    met3cut: Layer = (70, 14)
    met3drawing: Layer = (70, 20)
    met3fuse: Layer = (70, 17)
    met3label: Layer = (70, 5)
    met3net: Layer = (70, 23)
    met3option1: Layer = (70, 32)
    met3option2: Layer = (70, 33)
    met3option3: Layer = (70, 34)
    met3option4: Layer = (70, 35)
    met3option5: Layer = (70, 36)
    met3option6: Layer = (70, 37)
    met3option7: Layer = (70, 38)
    met3option8: Layer = (70, 39)
    met3pin: Layer = (70, 16)
    met3probe: Layer = (70, 25)
    met3psa1: Layer = (70, 88)
    met3psa2: Layer = (70, 89)
    met3psa3: Layer = (70, 90)
    met3psa4: Layer = (70, 91)
    met3psa5: Layer = (70, 92)
    met3psa6: Layer = (70, 93)
    met3res: Layer = (70, 13)
    met3short: Layer = (70, 15)
    met4blockage: Layer = (71, 10)
    met4boundary: Layer = (71, 4)
    met4cut: Layer = (71, 14)
    met4drawing: Layer = (71, 20)
    met4fuse: Layer = (71, 17)
    met4label: Layer = (71, 5)
    met4net: Layer = (71, 23)
    met4option1: Layer = (71, 32)
    met4option2: Layer = (71, 33)
    met4option3: Layer = (71, 34)
    met4option4: Layer = (71, 35)
    met4option5: Layer = (71, 36)
    met4option6: Layer = (71, 37)
    met4option7: Layer = (71, 38)
    met4option8: Layer = (71, 39)
    met4pin: Layer = (71, 16)
    met4probe: Layer = (71, 25)
    met4psa1: Layer = (71, 88)
    met4psa2: Layer = (71, 89)
    met4psa3: Layer = (71, 90)
    met4psa4: Layer = (71, 91)
    met4psa5: Layer = (71, 92)
    met4psa6: Layer = (71, 93)
    met4res: Layer = (71, 13)
    met4short: Layer = (71, 15)
    met5blockage: Layer = (72, 10)
    met5boundary: Layer = (72, 4)
    met5cut: Layer = (72, 14)
    met5drawing: Layer = (72, 20)
    met5fuse: Layer = (72, 17)
    met5label: Layer = (72, 5)
    met5net: Layer = (72, 23)
    met5option1: Layer = (72, 32)
    met5option2: Layer = (72, 33)
    met5option3: Layer = (72, 34)
    met5option4: Layer = (72, 35)
    met5option5: Layer = (72, 36)
    met5option6: Layer = (72, 37)
    met5option7: Layer = (72, 38)
    met5option8: Layer = (72, 39)
    met5pin: Layer = (72, 16)
    met5probe: Layer = (72, 25)
    met5psa1: Layer = (72, 88)
    met5psa2: Layer = (72, 89)
    met5psa3: Layer = (72, 90)
    met5psa4: Layer = (72, 91)
    met5psa5: Layer = (72, 92)
    met5psa6: Layer = (72, 93)
    met5res: Layer = (72, 13)
    met5short: Layer = (72, 15)
    ncmdrawing: Layer = (92, 44)
    npcdrawing: Layer = (95, 20)
    npndrawing: Layer = (82, 20)
    npnlabel: Layer = (82, 5)
    nsdmdrawing: Layer = (93, 44)
    nsmdrawing: Layer = (61, 20)
    nwelldrawing: Layer = (64, 20)
    nwelllabel: Layer = (64, 5)
    nwellnet: Layer = (84, 23)
    nwellpin: Layer = (64, 16)
    overlapboundary: Layer = (90, 4)
    overlapdrawing: Layer = (90, 20)
    padCenterdrawing: Layer = (81, 20)
    paddrawing: Layer = (76, 20)
    padlabel: Layer = (76, 5)
    padpin: Layer = (76, 16)
    pmm2drawing: Layer = (77, 20)
    pmmdrawing: Layer = (85, 44)
    pnpdrawing: Layer = (82, 44)
    pnplabel: Layer = (82, 59)
    polyboundary: Layer = (66, 4)
    polycut: Layer = (66, 14)
    polydrawing: Layer = (66, 20)
    polygate: Layer = (66, 9)
    polylabel: Layer = (66, 5)
    polymodel: Layer = (66, 83)
    polynet: Layer = (66, 23)
    polypin: Layer = (66, 16)
    polyprobe: Layer = (66, 25)
    polyres: Layer = (66, 13)
    polyshort: Layer = (66, 15)
    prBoundaryboundary: Layer = (235, 4)
    prBoundarydrawing: Layer = (235, 0)
    prunedrawing: Layer = (84, 44)
    psdmdrawing: Layer = (94, 20)
    pwellcut: Layer = (64, 14)
    pwelldrawing: Layer = (64, 44)
    pwellisolabel: Layer = (44, 5)
    pwellisopin: Layer = (44, 16)
    pwelllabel: Layer = (64, 59)
    pwellpin: Layer = (122, 16)
    pwellres: Layer = (64, 13)
    rdlcondrawing: Layer = (13, 0)
    rdlcut: Layer = (74, 14)
    rdldrawing: Layer = (74, 20)
    rdllabel: Layer = (74, 5)
    rdloption1: Layer = (89, 32)
    rdloption2: Layer = (89, 33)
    rdloption3: Layer = (89, 34)
    rdloption4: Layer = (89, 35)
    rdloption5: Layer = (89, 36)
    rdloption6: Layer = (89, 37)
    rdloption7: Layer = (89, 38)
    rdloption8: Layer = (89, 39)
    rdlpin: Layer = (74, 16)
    rdlpsa1: Layer = (74, 88)
    rdlpsa2: Layer = (74, 89)
    rdlpsa3: Layer = (74, 90)
    rdlpsa4: Layer = (74, 91)
    rdlpsa5: Layer = (74, 92)
    rdlpsa6: Layer = (74, 93)
    rdlres: Layer = (74, 13)
    rdlshort: Layer = (74, 15)
    rpmdrawing: Layer = (86, 20)
    rrpmdrawing: Layer = (102, 20)
    tapboundary: Layer = (65, 60)
    tapdrawing: Layer = (65, 44)
    taplabel: Layer = (65, 5)
    tapnet: Layer = (65, 41)
    tappin: Layer = (65, 48)
    targetdrawing: Layer = (76, 44)
    textdrawing: Layer = (83, 44)
    tunmdrawing: Layer = (80, 20)
    ubmdrawing: Layer = (127, 21)
    vhvidrawing: Layer = (74, 21)
    via2blockage: Layer = (7, 3)
    via2boundary: Layer = (69, 60)
    via2drawing: Layer = (69, 44)
    via2net: Layer = (69, 41)
    via2pin: Layer = (69, 58)
    via3blockage: Layer = (9, 3)
    via3boundary: Layer = (70, 60)
    via3drawing: Layer = (70, 44)
    via3label: Layer = (9, 1)
    via3net: Layer = (70, 41)
    via3pin: Layer = (70, 48)
    via4blockage: Layer = (11, 3)
    via4boundary: Layer = (71, 60)
    via4drawing: Layer = (71, 44)
    via4label: Layer = (11, 1)
    via4net: Layer = (71, 41)
    via4pin: Layer = (71, 48)
    viablockage: Layer = (5, 3)
    viaboundary: Layer = (68, 60)
    viadrawing: Layer = (68, 44)
    vialabel: Layer = (5, 1)
    vianet: Layer = (68, 41)
    viapin: Layer = (68, 58)

    class Config:
        frozen = True
        extra = "forbid"
non_informative
from gdsfactory.types import Layer
from pydantic import BaseModel


non_informative
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
non_informative
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
random
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
random
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
    met1short: Layer = (68, 15)
    met2blockage: Layer = (69, 10)
    met2boundary: Layer = (69, 4)
    met2cut: Layer = (69, 14)
    met2drawing: Layer = (69, 20)
    met2label: Layer = (69, 5)
    met2net: Layer = (69, 23)
    met2option1: Layer = (69, 32)
    met2option2: Layer = (69, 33)
    met2option3: Layer = (69, 34)
    met2option4: Layer = (69, 35)
    met2option5: Layer = (69, 36)
    met2option6: Layer = (69, 37)
    met2option7: Layer = (69, 38)
    met2option8: Layer = (69, 39)
    met2pin: Layer = (69, 16)
    met2probe: Layer = (69, 25)
    met2psa1: Layer = (69, 88)
    met2psa2: Layer = (69, 89)
    met2psa3: Layer = (69, 90)
    met2psa4: Layer = (69, 91)
    met2psa5: Layer = (69, 92)
    met2psa6: Layer = (69, 93)
    met2res: Layer = (69, 13)
    met2short: Layer = (69, 15)
    met3blockage: Layer = (70, 10)
    met3boundary: Layer = (70, 4)
    met3cut: Layer = (70, 14)
    met3drawing: Layer = (70, 20)
    met3fuse: Layer = (70, 17)
    met3label: Layer = (70, 5)
    met3net: Layer = (70, 23)
    met3option1: Layer = (70, 32)
    met3option2: Layer = (70, 33)
    met3option3: Layer = (70, 34)
    met3option4: Layer = (70, 35)
    met3option5: Layer = (70, 36)
    met3option6: Layer = (70, 37)
    met3option7: Layer = (70, 38)
    met3option8: Layer = (70, 39)
    met3pin: Layer = (70, 16)
    met3probe: Layer = (70, 25)
    met3psa1: Layer = (70, 88)
    met3psa2: Layer = (70, 89)
    met3psa3: Layer = (70, 90)
    met3psa4: Layer = (70, 91)
    met3psa5: Layer = (70, 92)
    met3psa6: Layer = (70, 93)
    met3res: Layer = (70, 13)
    met3short: Layer = (70, 15)
    met4blockage: Layer = (71, 10)
    met4boundary: Layer = (71, 4)
    met4cut: Layer = (71, 14)
    met4drawing: Layer = (71, 20)
    met4fuse: Layer = (71, 17)
    met4label: Layer = (71, 5)
    met4net: Layer = (71, 23)
    met4option1: Layer = (71, 32)
    met4option2: Layer = (71, 33)
    met4option3: Layer = (71, 34)
    met4option4: Layer = (71, 35)
    met4option5: Layer = (71, 36)
    met4option6: Layer = (71, 37)
    met4option7: Layer = (71, 38)
    met4option8: Layer = (71, 39)
    met4pin: Layer = (71, 16)
    met4probe: Layer = (71, 25)
    met4psa1: Layer = (71, 88)
    met4psa2: Layer = (71, 89)
    met4psa3: Layer = (71, 90)
    met4psa4: Layer = (71, 91)
    met4psa5: Layer = (71, 92)
    met4psa6: Layer = (71, 93)
    met4res: Layer = (71, 13)
    met4short: Layer = (71, 15)
    met5blockage: Layer = (72, 10)
    met5boundary: Layer = (72, 4)
    met5cut: Layer = (72, 14)
    met5drawing: Layer = (72, 20)
    met5fuse: Layer = (72, 17)
    met5label: Layer = (72, 5)
    met5net: Layer = (72, 23)
    met5option1: Layer = (72, 32)
    met5option2: Layer = (72, 33)
    met5option3: Layer = (72, 34)
    met5option4: Layer = (72, 35)
    met5option5: Layer = (72, 36)
    met5option6: Layer = (72, 37)
    met5option7: Layer = (72, 38)
    met5option8: Layer = (72, 39)
    met5pin: Layer = (72, 16)
    met5probe: Layer = (72, 25)
    met5psa1: Layer = (72, 88)
    met5psa2: Layer = (72, 89)
    met5psa3: Layer = (72, 90)
    met5psa4: Layer = (72, 91)
    met5psa5: Layer = (72, 92)
    met5psa6: Layer = (72, 93)
    met5res: Layer = (72, 13)
    met5short: Layer = (72, 15)
    ncmdrawing: Layer = (92, 44)
    npcdrawing: Layer = (95, 20)
    npndrawing: Layer = (82, 20)
    npnlabel: Layer = (82, 5)
    nsdmdrawing: Layer = (93, 44)
    nsmdrawing: Layer = (61, 20)
    nwelldrawing: Layer = (64, 20)
    nwelllabel: Layer = (64, 5)
    nwellnet: Layer = (84, 23)
    nwellpin: Layer = (64, 16)
    overlapboundary: Layer = (90, 4)
    overlapdrawing: Layer = (90, 20)
    padCenterdrawing: Layer = (81, 20)
    paddrawing: Layer = (76, 20)
    padlabel: Layer = (76, 5)
    padpin: Layer = (76, 16)
    pmm2drawing: Layer = (77, 20)
    pmmdrawing: Layer = (85, 44)
    pnpdrawing: Layer = (82, 44)
    pnplabel: Layer = (82, 59)
    polyboundary: Layer = (66, 4)
    polycut: Layer = (66, 14)
    polydrawing: Layer = (66, 20)
    polygate: Layer = (66, 9)
    polylabel: Layer = (66, 5)
    polymodel: Layer = (66, 83)
    polynet: Layer = (66, 23)
    polypin: Layer = (66, 16)
    polyprobe: Layer = (66, 25)
    polyres: Layer = (66, 13)
    polyshort: Layer = (66, 15)
    prBoundaryboundary: Layer = (235, 4)
    prBoundarydrawing: Layer = (235, 0)
    prunedrawing: Layer = (84, 44)
    psdmdrawing: Layer = (94, 20)
    pwellcut: Layer = (64, 14)
    pwelldrawing: Layer = (64, 44)
    pwellisolabel: Layer = (44, 5)
    pwellisopin: Layer = (44, 16)
    pwelllabel: Layer = (64, 59)
    pwellpin: Layer = (122, 16)
    pwellres: Layer = (64, 13)
    rdlcondrawing: Layer = (13, 0)
    rdlcut: Layer = (74, 14)
    rdldrawing: Layer = (74, 20)
    rdllabel: Layer = (74, 5)
    rdloption1: Layer = (89, 32)
    rdloption2: Layer = (89, 33)
    rdloption3: Layer = (89, 34)
    rdloption4: Layer = (89, 35)
    rdloption5: Layer = (89, 36)
    rdloption6: Layer = (89, 37)
    rdloption7: Layer = (89, 38)
    rdloption8: Layer = (89, 39)
    rdlpin: Layer = (74, 16)
    rdlpsa1: Layer = (74, 88)
    rdlpsa2: Layer = (74, 89)
    rdlpsa3: Layer = (74, 90)
    rdlpsa4: Layer = (74, 91)
    rdlpsa5: Layer = (74, 92)
    rdlpsa6: Layer = (74, 93)
    rdlres: Layer = (74, 13)
    rdlshort: Layer = (74, 15)
    rpmdrawing: Layer = (86, 20)
    rrpmdrawing: Layer = (102, 20)
    tapboundary: Layer = (65, 60)
random
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
    met1short: Layer = (68, 15)
    met2blockage: Layer = (69, 10)
    met2boundary: Layer = (69, 4)
    met2cut: Layer = (69, 14)
    met2drawing: Layer = (69, 20)
    met2label: Layer = (69, 5)
    met2net: Layer = (69, 23)
    met2option1: Layer = (69, 32)
    met2option2: Layer = (69, 33)
    met2option3: Layer = (69, 34)
    met2option4: Layer = (69, 35)
    met2option5: Layer = (69, 36)
    met2option6: Layer = (69, 37)
    met2option7: Layer = (69, 38)
    met2option8: Layer = (69, 39)
    met2pin: Layer = (69, 16)
    met2probe: Layer = (69, 25)
    met2psa1: Layer = (69, 88)
    met2psa2: Layer = (69, 89)
    met2psa3: Layer = (69, 90)
    met2psa4: Layer = (69, 91)
    met2psa5: Layer = (69, 92)
    met2psa6: Layer = (69, 93)
    met2res: Layer = (69, 13)
    met2short: Layer = (69, 15)
    met3blockage: Layer = (70, 10)
    met3boundary: Layer = (70, 4)
    met3cut: Layer = (70, 14)
    met3drawing: Layer = (70, 20)
    met3fuse: Layer = (70, 17)
    met3label: Layer = (70, 5)
    met3net: Layer = (70, 23)
    met3option1: Layer = (70, 32)
    met3option2: Layer = (70, 33)
    met3option3: Layer = (70, 34)
    met3option4: Layer = (70, 35)
    met3option5: Layer = (70, 36)
    met3option6: Layer = (70, 37)
    met3option7: Layer = (70, 38)
    met3option8: Layer = (70, 39)
    met3pin: Layer = (70, 16)
    met3probe: Layer = (70, 25)
    met3psa1: Layer = (70, 88)
    met3psa2: Layer = (70, 89)
    met3psa3: Layer = (70, 90)
    met3psa4: Layer = (70, 91)
    met3psa5: Layer = (70, 92)
    met3psa6: Layer = (70, 93)
    met3res: Layer = (70, 13)
    met3short: Layer = (70, 15)
    met4blockage: Layer = (71, 10)
    met4boundary: Layer = (71, 4)
    met4cut: Layer = (71, 14)
    met4drawing: Layer = (71, 20)
    met4fuse: Layer = (71, 17)
    met4label: Layer = (71, 5)
    met4net: Layer = (71, 23)
    met4option1: Layer = (71, 32)
    met4option2: Layer = (71, 33)
    met4option3: Layer = (71, 34)
    met4option4: Layer = (71, 35)
    met4option5: Layer = (71, 36)
random
from gdsfactory.types import Layer
from pydantic import BaseModel


class LayerMap(BaseModel):
    areaidanalog: Layer = (81, 79)
    areaidcore: Layer = (81, 2)
    areaidcritCorner: Layer = (81, 51)
    areaidcritSid: Layer = (81, 52)
    areaiddeadZon: Layer = (81, 50)
    areaiddieCut: Layer = (81, 11)
    areaiddiode: Layer = (81, 23)
    areaidesd: Layer = (81, 19)
    areaidetest: Layer = (81, 101)
    areaidextendedDrain: Layer = (81, 57)
    areaidframe: Layer = (81, 3)
    areaidframeRect: Layer = (81, 12)
    areaidhvnwell: Layer = (81, 63)
    areaidinjection: Layer = (81, 17)
    areaidlowTapDensity: Layer = (81, 14)
    areaidlvNative: Layer = (81, 60)
    areaidmoduleCut: Layer = (81, 10)
    areaidnotCritSide: Layer = (81, 15)
    areaidopcDrop: Layer = (81, 54)
    areaidphoto: Layer = (81, 81)
    areaidrdlprobepad: Layer = (81, 27)
    areaidrfdiode: Layer = (81, 125)
    areaidseal: Layer = (81, 1)
    areaidsigPadDiff: Layer = (81, 6)
    areaidsigPadMetNtr: Layer = (81, 8)
    areaidsigPadWell: Layer = (81, 7)
    areaidstandardc: Layer = (81, 4)
    areaidsubstrateCut: Layer = (81, 53)
    areaidwaffleWindow: Layer = (81, 13)
    blankingdrawing: Layer = (124, 40)
    bumpdrawing: Layer = (127, 22)
    capacitordrawing: Layer = (82, 64)
    cbumpmask: Layer = (101, 0)
    cctm1drawing: Layer = (101, 44)
    cctm1mask: Layer = (35, 0)
    cctm1maskAdd: Layer = (101, 43)
    cctm1maskDrop: Layer = (101, 42)
    ccu1mmask: Layer = (93, 0)
    cdnmdrawing: Layer = (110, 20)
    cdnmmask: Layer = (48, 0)
    cdnmmaskAdd: Layer = (110, 21)
    cdnmmaskDrop: Layer = (110, 22)
    cfomdrawing: Layer = (22, 20)
    cfommask: Layer = (23, 0)
    cfommaskAdd: Layer = (22, 21)
    cfommaskDrop: Layer = (22, 22)
    cfomwaffleDrop: Layer = (22, 24)
    chvntmdrawing: Layer = (38, 20)
    chvntmmask: Layer = (39, 0)
    chvntmmaskAdd: Layer = (38, 21)
    chvntmmaskDrop: Layer = (38, 22)
    chvtpmdrawing: Layer = (88, 44)
    chvtpmmask: Layer = (97, 0)
    chvtpmmaskAdd: Layer = (97, 43)
    chvtpmmaskDrop: Layer = (97, 42)
    chvtrmdrawing: Layer = (98, 44)
    chvtrmmask: Layer = (98, 0)
    chvtrmmaskAdd: Layer = (98, 43)
    chvtrmmaskDrop: Layer = (98, 42)
    cldntmdrawing: Layer = (11, 20)
    cldntmmask: Layer = (11, 0)
    cli1mdrawing: Layer = (115, 44)
    cli1mmask: Layer = (56, 0)
    cli1mmaskAdd: Layer = (115, 43)
    cli1mmaskDrop: Layer = (115, 42)
    clicm1drawing: Layer = (106, 44)
    clicm1mask: Layer = (43, 0)
    clicm1maskAdd: Layer = (106, 43)
    clicm1maskDrop: Layer = (106, 42)
    clvomdrawing: Layer = (45, 20)
    clvommask: Layer = (46, 0)
    clvommaskAdd: Layer = (45, 21)
    clvommaskDrop: Layer = (45, 22)
    clvtnmdrawing: Layer = (25, 44)
    clvtnmmask: Layer = (25, 0)
    clvtnmmaskAdd: Layer = (25, 43)
    clvtnmmaskDrop: Layer = (25, 42)
    cmm1drawing: Layer = (62, 20)
    cmm1mask: Layer = (36, 0)
    cmm1maskAdd: Layer = (62, 21)
    cmm1maskDrop: Layer = (62, 22)
    cmm1waffleDrop: Layer = (62, 24)
    cmm2drawing: Layer = (105, 44)
    cmm2mask: Layer = (41, 0)
    cmm2maskAdd: Layer = (105, 43)
    cmm2maskDrop: Layer = (105, 42)
    cmm2waffleDrop: Layer = (105, 52)
    cmm3drawing: Layer = (107, 20)
    cmm3mask: Layer = (34, 0)
    cmm3maskAdd: Layer = (107, 21)
    cmm3maskDrop: Layer = (107, 22)
    cmm3waffleDrop: Layer = (107, 24)
    cmm4mask: Layer = (51, 0)
    cmm4maskAdd: Layer = (112, 43)
    cmm4maskDrop: Layer = (112, 42)
    cmm4waffleDrop: Layer = (112, 4)
    cmm5mask: Layer = (59, 0)
    cmm5waffleDrop: Layer = (117, 4)
    cncmdrawing: Layer = (96, 44)
    cncmmask: Layer = (17, 0)
    cnpcdrawing: Layer = (44, 20)
    cnpcmask: Layer = (49, 0)
    cnpcmaskAdd: Layer = (44, 43)
    cnpcmaskDrop: Layer = (44, 42)
    cnsdmdrawing: Layer = (29, 20)
    cnsdmmask: Layer = (30, 0)
    cnsdmmaskAdd: Layer = (29, 21)
    cnsdmmaskDrop: Layer = (29, 22)
    cnsmmask: Layer = (22, 0)
    cntmdrawing: Layer = (26, 20)
    cntmmask: Layer = (27, 0)
    cntmmaskAdd: Layer = (26, 21)
    cntmmaskDrop: Layer = (26, 22)
    cnwmdrawing: Layer = (109, 44)
    cnwmmask: Layer = (21, 0)
    cnwmmaskAdd: Layer = (109, 43)
    cnwmmaskDrop: Layer = (109, 42)
    conomdrawing: Layer = (87, 44)
    conommask: Layer = (88, 0)
    conommaskAdd: Layer = (87, 43)
    conommaskDrop: Layer = (87, 42)
    cp1mdrawing: Layer = (33, 44)
    cp1mmask: Layer = (28, 0)
    cp1mmaskAdd: Layer = (33, 43)
    cp1mmaskDrop: Layer = (33, 42)
    cp1mwaffleDrop: Layer = (33, 24)
    cpbomask: Layer = (99, 0)
    cpdmdrawing: Layer = (104, 44)
    cpdmmask: Layer = (37, 0)
    cpdmmaskAdd: Layer = (104, 43)
    cpdmmaskDrop: Layer = (104, 42)
    cpmm2mask: Layer = (94, 0)
    cpmmdrawing: Layer = (91, 44)
    cpsdmdrawing: Layer = (31, 20)
    cpsdmmask: Layer = (32, 0)
    cpsdmmaskAdd: Layer = (31, 21)
    cpsdmmaskDrop: Layer = (31, 22)
    crpmdrawing: Layer = (53, 44)
    crpmmask: Layer = (96, 0)
    crpmmaskAdd: Layer = (53, 43)
    crpmmaskDrop: Layer = (53, 42)
    crrpmmask: Layer = (102, 0)
    ctunmdrawing: Layer = (96, 20)
    ctunmmask: Layer = (20, 0)
    ctunmmaskAdd: Layer = (96, 21)
    ctunmmaskDrop: Layer = (96, 22)
    cubmmask: Layer = (100, 0)
    cviam2drawing: Layer = (108, 20)
    cviam2mask: Layer = (44, 0)
    cviam2maskAdd: Layer = (108, 21)
    cviam2maskDrop: Layer = (108, 22)
    cviam3drawing: Layer = (112, 20)
    cviam3mask: Layer = (50, 0)
    cviam3maskAdd: Layer = (112, 21)
    cviam3maskDrop: Layer = (112, 22)
    cviam4drawing: Layer = (117, 20)
    cviam4mask: Layer = (58, 0)
    cviam4maskAdd: Layer = (117, 21)
    cviam4maskDrop: Layer = (117, 22)
    cviamdrawing: Layer = (105, 20)
    cviammask: Layer = (40, 0)
    cviammaskAdd: Layer = (105, 21)
    cviammaskDrop: Layer = (105, 22)
    diffboundary: Layer = (65, 4)
    diffcut: Layer = (65, 14)
    diffdrawing: Layer = (65, 20)
    diffhv: Layer = (65, 8)
    difflabel: Layer = (65, 6)
    diffnet: Layer = (65, 23)
    diffpin: Layer = (65, 16)
    diffres: Layer = (65, 13)
    dnwelldrawing: Layer = (64, 18)
    fomdummy: Layer = (22, 23)
    hvidrawing: Layer = (75, 20)
    hvntmdrawing: Layer = (125, 20)
    hvtpdrawing: Layer = (78, 44)
    hvtrdrawing: Layer = (18, 20)
    inductordrawing: Layer = (82, 24)
    inductorlabel: Layer = (82, 25)
    inductorterm1: Layer = (82, 26)
    inductorterm2: Layer = (82, 27)
    inductorterm3: Layer = (82, 28)
    ldntmdrawing: Layer = (11, 44)
    li1blockage: Layer = (67, 10)
    li1boundary: Layer = (67, 4)
    li1cut: Layer = (67, 14)
    li1drawing: Layer = (67, 20)
    li1label: Layer = (67, 5)
    li1net: Layer = (67, 23)
    li1pin: Layer = (67, 16)
    li1probe: Layer = (67, 25)
    li1res: Layer = (67, 13)
    li1short: Layer = (67, 15)
    licon1boundary: Layer = (66, 60)
    licon1drawing: Layer = (66, 44)
    licon1net: Layer = (66, 41)
    licon1pin: Layer = (66, 58)
    lvtndrawing: Layer = (125, 44)
    markererror: Layer = (83, 6)
    markerwarning: Layer = (83, 7)
    mconboundary: Layer = (67, 60)
    mcondrawing: Layer = (67, 44)
    mconnet: Layer = (67, 41)
    mconpin: Layer = (67, 48)
    met1blockage: Layer = (68, 10)
    met1boundary: Layer = (68, 4)
    met1cut: Layer = (68, 14)
    met1drawing: Layer = (68, 20)
    met1label: Layer = (68, 5)
    met1net: Layer = (68, 23)
    met1option1: Layer = (68, 32)
    met1option2: Layer = (68, 33)
    met1option3: Layer = (68, 34)
    met1option4: Layer = (68, 35)
    met1option5: Layer = (68, 36)
    met1option6: Layer = (68, 37)
    met1option7: Layer = (68, 38)
    met1option8: Layer = (68, 39)
    met1pin: Layer = (68, 16)
    met1probe: Layer = (68, 25)
    met1psa1: Layer = (68, 88)
    met1psa2: Layer = (68, 89)
    met1psa3: Layer = (68, 90)
    met1psa4: Layer = (68, 91)
    met1psa5: Layer = (68, 92)
    met1psa6: Layer = (68, 93)
    met1res: Layer = (68, 13)
    met1short: Layer = (68, 15)
    met2blockage: Layer = (69, 10)
    met2boundary: Layer = (69, 4)
    met2cut: Layer = (69, 14)
    met2drawing: Layer = (69, 20)
    met2label: Layer = (69, 5)
    met2net: Layer = (69, 23)
    met2option1: Layer = (69, 32)
    met2option2: Layer = (69, 33)
    met2option3: Layer = (69, 34)
    met2option4: Layer = (69, 35)
    met2option5: Layer = (69, 36)
    met2option6: Layer = (69, 37)
    met2option7: Layer = (69, 38)
    met2option8: Layer = (69, 39)
    met2pin: Layer = (69, 16)
    met2probe: Layer = (69, 25)
    met2psa1: Layer = (69, 88)
    met2psa2: Layer = (69, 89)
    met2psa3: Layer = (69, 90)
    met2psa4: Layer = (69, 91)
    met2psa5: Layer = (69, 92)
    met2psa6: Layer = (69, 93)
    met2res: Layer = (69, 13)
    met2short: Layer = (69, 15)
    met3blockage: Layer = (70, 10)
    met3boundary: Layer = (70, 4)
    met3cut: Layer = (70, 14)
    met3drawing: Layer = (70, 20)
    met3fuse: Layer = (70, 17)
    met3label: Layer = (70, 5)
    met3net: Layer = (70, 23)
    met3option1: Layer = (70, 32)
    met3option2: Layer = (70, 33)
    met3option3: Layer = (70, 34)
    met3option4: Layer = (70, 35)
    met3option5: Layer = (70, 36)
    met3option6: Layer = (70, 37)
    met3option7: Layer = (70, 38)
    met3option8: Layer = (70, 39)
    met3pin: Layer = (70, 16)
    met3probe: Layer = (70, 25)
    met3psa1: Layer = (70, 88)
    met3psa2: Layer = (70, 89)
    met3psa3: Layer = (70, 90)
    met3psa4: Layer = (70, 91)
    met3psa5: Layer = (70, 92)
    met3psa6: Layer = (70, 93)
    met3res: Layer = (70, 13)
    met3short: Layer = (70, 15)
    met4blockage: Layer = (71, 10)
    met4boundary: Layer = (71, 4)
    met4cut: Layer = (71, 14)
    met4drawing: Layer = (71, 20)
    met4fuse: Layer = (71, 17)
    met4label: Layer = (71, 5)
    met4net: Layer = (71, 23)
    met4option1: Layer = (71, 32)
    met4option2: Layer = (71, 33)
    met4option3: Layer = (71, 34)
    met4option4: Layer = (71, 35)
    met4option5: Layer = (71, 36)
    met4option6: Layer = (71, 37)
random
LAYER = LayerMap() class LayerMap(BaseModel):     areaidcore: Layer = (81, 2)     met1option3: Layer = (68, 34)     met1short: Layer = (68, 15)     tapdrawing: Layer = (65, 44)     met4option6: Layer = (71, 37)     met4option7: Layer = (71, 38)