Characterization of double sided silicon micro-strip detector system in CBM experiment

The compressed baryonic matter (CBM) experiment will examine the behaviour of nuclear matter in early universe and will be one of the major experiment in Facility for Antiproton and Ion Research Center (FAIR). In order to determine the type of the particles, momentum, energy and charges sub-detector systems will be used. The silicon Tracking System (STS) is the core detector system of the CBM experiment that provides momentum and tracking information of the charged particles. Among the electronic parts, the STS-XYTER ASIC constitutes one of the important component of the CBM environment since it is the dedicated electronic for the read-out from double sided silicon micro strip detectors. Therefore, basic ASIC functionalities enable to be checked with a prototype pogo-pin station. In this thesis, the assembly of the detector modules to be used in the STS system, the quality assurance test protocol and the results of the STS-XYTER ASIC willl be given. Studies in this thesis will also constitute one of the fundemental values as a reference for the upcoming mini CBM and CBM experiment.