  In recent years, micropattern gaseous detectors, which comprise a
two-dimensional readout structure within one PCB layer, received significant
attention in the development of precision and cost-effective tracking detectors
in medium and high energy physics experiments. In this article, we present for
the first time a systematic performance study of the signal characteristics of
a resistive strip micromegas detector with a two-dimensional readout, based on
test-beam and X-ray measurements. In particular, comparisons of the response of
the two independent readout-layers regarding their signal shapes and signal
reconstruction efficiencies are discussed.
