Author:
Yan Z.,Hu J.,Wu T.,Zhou J.,Li S.,Zhang X.,Huang X.,Hu Y.,Wang W.,Liang Z.,Wei W.,Zhang Y.,Wei X.,Zhang L.,Qi M.,Zeng H.,Jia X.,Zhou X.,Guimarães da Costa J.,Fu J.,Zhang H.,Li G.,Wu L.,Dong M.,Li X.,Casanova R.,Zhang L.,Dong J.,Wang J.,Zheng R.,Lu W.,Grinstein S.
Abstract
Abstract
The proposed Circular Electron Positron Collider (CEPC)
imposes unique requirements on the vertex detector. In response, the
MOST1 and MOST2 projects were launched with the aim of developing a
fully functional pixel sensor and implementing the prototype of the
inner tracking detector. To efficiently manage the data flow from
multiple sensors, specialized readout electronics are required. In
order to evaluate the MOST2 project indicators set for the vertex
detector prototype, a beam telescope was constructed using six
TaichuPix-3 sensor chips and applied in different experiments. The
experimental results demonstrate that the telescope functions
effectively and that the detector prototype meets the design
objectives of the MOST2 project. This project encompasses the design
of the readout electronics, the functionality of the readout system,
the architecture of the telescope, and the specifics of the
telescope experiments.
Subject
Mathematical Physics,Instrumentation