  Digital signal processing techniques were employed to investigate the joint
use of charge division and risetime analyses for the resistive anode (RA)
coupled to a microchannel plate detector (MCP). In contrast to the typical
approach of using the relative charge at each corner of the RA, this joint
approach results in a significantly improved position resolution. A
conventional charge division analysis utilizing analog signal processing
provides a position measured resolution of 170 $\mu$m (FWHM). By using the
correlation between risetime and position we were able to obtain a measured
resolution of 92 $\mu$m (FWHM), corresponding to an intrinsic resolution of 64
$\mu$m (FMHM) for a single Z-stack MCP detector.
