电子器件2025，Vol.48Issue(3)：524-530,7.DOI:10.3969/j.issn.1005-9490.2025.03.009
高稳定性脉冲发生器驱动下的磁传感器测试电路设计与研究
The Design and Study of Magnetic Sensor Testing Circuit Driven by High Stability Pulse Generator
摘要
Abstract
The demand for improving the stability and monitoring capability of power systems has made the study of magnetic sensor test circuits particularly urgent.To address this challenge,the design of the magnetic sensor test circuit is propelled by a high-stability pulse generator.Based on the structure of the high-stability pulse generator,the application principles within the internal sensors of a novel ir-radiation damage detection system are investigated.By adopting integrated and modular design principles,the detection signal is inte-grated with ADC,and the pulse is integrated to describe the internal conditions of the sensor circuit.The high-precision internal test cir-cuit is validated through long-term measurements and reproducibility tests,demonstrating its capability to verify the collected high-sta-bility reference pulses.Furthermore,with a reference integrated voltage of 0.171 V and a relative accuracy exceeding 5×10-5,the circuit is shown to be able to provide accurate,stable,and reproducible measurement results,thereby enhancing the precision and reliability of measurements.关键词
电力专用传感器/高稳定性脉冲/测试电路/长期测量测试/可重复性测试Key words
sensors for electricity/high stability pulse/circuit used for testing/long-term measurement test/repeatability test分类
信息技术与安全科学引用本文复制引用
张启浩,杨锐雄,陆春玉..高稳定性脉冲发生器驱动下的磁传感器测试电路设计与研究[J].电子器件,2025,48(3):524-530,7.基金项目
南方电网公司科技项目CGYKJXM20220073 （）
