Speaker
Description
An efficient and robust Data Acquisition (DAQ) software is vital for the CICENNS detector, which is currently in the assembly and testing phase. This poster presents the development of a DAQ system customized for the CICENNS experiment, featuring synchronized data taking across multiple modules, real-time event and charge monitoring, and a graphical user interface for configuration and control. The architecture supports high-speed data transmission, a wide trigger window (>300 μs) for diverse physics targets, efficient event reconstruction, and real-time monitoring for data quality. Designed for scalability, this system allows for further upgrades. It will become an essential component of the stable operation of the CICENNS detector and will offer significant convenience and flexibility for subsequent data analysis.
| 请选择分会 | 粒子物理实验技术 |
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