9–13 Sept 2024
Wanda Realm Beijing
Asia/Shanghai timezone
Registration Deadline: August 9 (23:59 UTC+8), 2024; Paper Submission Deadline: September 5 (23:59 UTC+8), 2024

Design and experimental testing of electronic flow measurement module in superconducting low-temperature module testing platform

THP31
12 Sept 2024, 16:00
1h 30m
China Hall 3

China Hall 3

Poster Presentation MC2: Beam Loss Monitors and Machine Protection THP: Thursday Poster Session

Speaker

zhiyu wang (SPIC Nuelectronic Company Limited)

Description

The electronic flow measurement module is a key component of the superconducting low-temperature module testing platform . Serving as a vital monitoring signal device within the coupler interlocking protection system, this module monitors the electronic cloud of high-energy power couplers and waveguide systems to ensure their effective protection. This article details the design and performance testing of the electronic flow measurement module, highlighting key technologies including anti-interference, weak current detection, multi-channel signal acquisition and processing, and weak current calibration. This module boasts a large dynamic range, high precision, and multi-channel weak current detection, featuring 32 detection channels with a maximum detection current of 10μA. Its detection accuracy surpasses 1nA, and its response time is under 5ms. Additionally, the module's design takes into account the impact of ionizing and electromagnetic radiation on its performance to ensure its reliability and stability.

I have read and accept the Privacy Policy Statement Yes

Primary author

zhiyu wang (SPIC Nuelectronic Company Limited)

Co-authors

Gangjia Zhai (State Power Investment Corporation (SPIC)) Haoran Fu (State Power Investment Corporation) Qiong Wu (State Power Investment Corporation) Xiaowei Cai (State Power Investment Corporation) Xudong Wang Mr Yalong Wu (State Power Investment Corporation (SPIC)) Ye Chen

Presentation materials

There are no materials yet.