现代应用物理2025，Vol.16Issue(2)：201-208,8.DOI:10.12061/j.issn.2095-6223.202403012
斩波器模块内诊断工具的非侵入式柔性电流探头研究
Non-Invasive Flexible Current Probe as A Diagnosis Tool Inside A Chopper Module
摘要
Abstract
Conventional non-invasive rigid probes cannot meet the requirements of time-domain reconstruction in industrial modules inside enclosed cavities.A flexible current probe is proposed as a diagnostic tool to extend the non-invasive time-varying current reconstruction technique in industrial PWM chopper modules inside enclosed cavities.The design of the probe combines rigid and flexible materials to optimize stability and adaptability.The flexibility of the probe allows it to be placed flat or attached sideways to the transmission line for non-contact current measurement.In addition,the experimental results show that the transmission coefficient curves measured by the probe is in high agreement with the time-domain curves of the direct current measurement,with an mean relative deviation of 0.63％,and the mean relative deviation of the current reconstruction is as low as 0.24％.The probe shows excellent consistency and stability under different bending conditions,and its non-invasive measurement in industrial PWM chopper modules has an mean relative deviation of only 0.11％,proving its efficiency as a diagnostic tool for current detection.In addition,the probe has been successfully used in constant voltage output modules to accurately identify current changes during load faults.关键词
弯曲/柔性电流探头/诊断工具/非侵入式电流检测/脉冲宽度调制斩波模块Key words
bending/flexible current probe/diagnosis tool/non-invasive current detection/PWM-chopper module分类
电子信息工程引用本文复制引用
骆成阳,黄淇锋,谭永翼,郭濠逸,方文啸..斩波器模块内诊断工具的非侵入式柔性电流探头研究[J].现代应用物理,2025,16(2):201-208,8.基金项目
强脉冲辐射环境模拟与效应国家重点实验室基金资助项目(SKLIPR2108) （SKLIPR2108）
国家自然科学基金资助项目(92166111,62274043) （92166111,62274043）
广东省重点领域研究发展计划资助项目(2022B0701180002,2024A04J4219) （2022B0701180002,2024A04J4219）
