Research on Space Electrostatic Discharge Detection Technology Based on Optical Fiber Sensing

Xiaoqi Huang, Li Wang, Qiang Guo, Feiyang Xie
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Abstract

Aiming at the electrostatic discharge characteristics of space high-voltage power system, a discharge detection technology based on fluorescent fiber is proposed. The optical signal generated by the electrostatic discharge is received by the fluorescent fiber, and then converted into an electrical signal through photoelectric conversion to realize the electrostatic discharge detection. The electrostatic discharge ground experimental system was built, and the analysis of different design parameters of the sensor through experiment was carried out, and the optimal design parameters were selected. Based on it, the electrostatic discharge detection experiment by fluorescent fiber sensor was carried out. The experimental results show that the developed fluorescent optical fiber sensor can quickly and accurately detect the electrostatic discharge signal.

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基于光纤传感的空间静电放电检测技术研究
针对空间高压电力系统的静电放电特性,提出了一种基于荧光纤维的放电检测技术。静电放电产生的光信号被荧光纤维接收,然后通过光电转换转换为电信号,实现静电放电检测。建立了静电放电地面实验系统,通过实验对传感器的不同设计参数进行了分析,选择了最佳设计参数。在此基础上,进行了荧光纤维传感器的静电放电检测实验。实验结果表明,所研制的荧光光纤传感器能够快速、准确地检测静电放电信号。
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