The Study of Multi-Layer sTGC Test System for ATLAS Phase-I upgrade
Feng Li, Xinxin Wang, Peng Miao, Shuang Zhou, Zhilei Zhang, Tianru, Geng, Shengquan Liu, and Ge Jin
TL;DR
This paper details the design and testing of a multi-layer sTGC test system with a specialized FEB Driver Card for ATLAS Phase-I upgrade, enhancing trigger function testing for the new Small Wheel detector.
Contribution
It introduces a novel FEB Driver Card (FEBDC) for simultaneous handling of multiple sTGC readout boards, improving testing efficiency for the ATLAS upgrade.
Findings
Successful design and implementation of FEBDC
Effective testing of multi-layer sTGC system
Enhanced trigger signal readout capability
Abstract
A completely New Small Wheel (NSW) will be constructed for ATLAS Phase-1 upgrade. Small-Strip Thin-Gap-Chamber (sTGC) will devote to the trigger function of NSW. A full-size sTGC quadruplet consists of 4 layers, and will need 4 pad Front-End-Boards and 4 strip Front-End-Boards for sTGC signals readout. The 8 boards should be readout simultaneously at a time. This paper presents the study of multi-layer sTGC test system, a FEB Driver Card (FEBDC) is designed for pFEB and sFEB boards handling. The design and test of FEBDC are described in details.
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Taxonomy
TopicsSuperconducting Materials and Applications · Particle Detector Development and Performance · Experimental Learning in Engineering