Abstract
Presents an active pixel matrix for high rate, spectroscopic and imaging X-ray detection. It is foreseen as a wide field imager on the XEUS (X-ray Evolving Universe Spectroscopy) satellite. A 1024/spl times/1024 pixel device with pixel sizes of 50-75 /spl mu/m shall cover an area of 76 mm/spl times/76 mm. A single pixel consists of a p-channel DEPFET (DEPleted Field Effect Transistor). It is realized on high-Ohmic detector grade silicon allowing the bulk to be fully depleted to achieve high quantum efficiency. In a matrix arrangement pixels are interconnected in such a way that single rows can be randomly accessed and read-out. Various read-out modes can be realized making this detector an ideal instrument for the high dynamics in the photon flux on XEUS. A 64/spl times/64 pixel matrix prototype has been produced at the Max-Planck-Institut fu/spl uml/r Physik Halbleiterlabor (HLL). The authors describe the test system setup, and present measurements, which characterize the expected performance for a focal plane instrument.
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