Abstract
Double Sided Silicon Strip Detectors (DSSSDs) are often used in nuclear physics experiments in a wide energy range. According to the previous experiments, when a particle hits the interstrip region of these detectors, different effects may occur. Charge sharing, pulse height deficits and inverse polarity pulses on adjacent strips can influence the measured charge [1, 2, 3]. In order to understand these effects and improve DSSSD utilization, an experiment was performed at the scanning proton microbeam of the Rud✗er Bošković Institute (RBI) [4] using low proton microbeam intensity (∼ fA) and two DSSSDs of thickness 75 μm and 998 μm.
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