Speaker
Description
Monolithic Active Pixel Sensors (MAPS) are key candidates for future HEP tracking detectors due to their high granularity, low material budget and low power consumption.
The H2M (Hybrid-to-Monolithic) chip is one of the prototypes designed within this framework.
Multiple samples of the H2M detector were irradiated with either Protons or high energy electrons at different fluences.
The preliminary laboratory characterization and calibration have been carried out on the Caribou DAQ system, created as a universal framework for future work with semiconductor detectors.
This work presents the impact of irradiation on the overall performance of the H2M detector. Specifically, the focus was placed on the evaluation of signal noise and the degradation of detection efficiency.
The gathered results serve to provide further insight into the application of MAPS in high-radiation environments, providing needed information for the development of new devices within the OCTOPUS project.