Abstract
In this work, the preliminary results obtained with a high position resolution gamma-ray imaging detector are presented. The detector consists of a single CsI(Tl) scintillator crystal optically coupled to a monolithic array of 19 silicon drift detectors (SDDs) used as photodetectors. In this array, having a total sensitive area of about 1 cm/sup 2/, each SDD has a front-end JFET directly integrated on the detector chip, close to the collecting anode. This architecture reduces the electronic noise of each single photodetector to a value small enough to obtain a submillimeter position resolution at 122 keV gamma-ray energy. The present detector module represents the development of a previous prototype based on a very limited numbers of SDDs.
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