真空中静电触发的导线间电弧放电

H. Fujii, K. Kawabe
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引用次数: 0

摘要

2003年出现的日本先进地球观测卫星(ADEOS-II)异常被认为是由于太阳能帆板线束的静电放电引起的电弧放电引起的。为了弄清放电发生的条件,有必要对真空中电弧放电特性进行定量评价。因此,我们试图研究由一对导线组成的两个导体之间的电弧放电特性。放电是由电容释放的ESD触发的。这些特性作为静电放电振幅、腔内压力等参数得到。初步得出放电时间随静电放电幅值的增加而增加的结果
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ESD-Triggered Arcing Discharges between Wires in Vacuum
The anomaly of Japanese satellite ADEOS-II (Advanced Earth Observing Satellite II) appeared in 2003 was supposed to be caused by arcing discharges initiated due to ESD (electrostatic discharge) in the bundled wire-harnesses of the solar paddle. In order to make the condition of the occurrence of the discharge clear, it is necessary to evaluate the arcing discharge characteristics in vacuum quantitatively. Therefore we tried to investigate the characteristics of arcing discharge between two conductors consisting of a pair of wires for space use. The discharges were triggered by ESD released from a capacitor. These characteristics were obtained as parameters of the amplitude of the ESD, the pressure in the chamber and so on. We preliminarily obtained the result that the acing discharge time increased with increase of the amplitude of the ESD
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