开关技术中的电接触现象。开关接触中的电弧放电

M. Hasegawa
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引用次数: 4

摘要

简要总结了在几十安培负载电流范围内工作的开关触点开闭时的电弧放电现象。根据电路条件的不同,触点断开时会产生不同类型的电弧放电。这种电弧放电会通过材料的转移和侵蚀、电弧产物的形成和沉积以及由此产生的接触电阻的增加,对接触的可靠性和寿命产生一定的影响。触点闭合时的电弧放电基本上可以认为是击穿,尽管在触点反弹时也可以观察到断弧放电。此外,作者最近的研究表明,触点材料的“最小弧电流值”实际上并不是断弧发生的下限,其解释应有所改变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical contact phenomena in switching technology - Arc discharges in switching contacts
Arc discharge phenomena upon opening and closure of switching contacts operated in load current ranges up to several tens amps are briefly summarized. Based on the electrical circuit conditions, different types of arc discharges will occur when contacts are opened. Such arc discharges will have certain influences on contact reliability and lifetime through material transfer and erosion, formation and deposition of arc products, and resultant increases in contact resistance. Arc discharges upon contact closure can be basically considered as breakdown, although break arc discharges can be also observed at contact bounces. Moreover, the author's recent studies indicate that the “minimum arc current value” of contact materials is not actually the lower limit of break arc occurrence and its interpretation should be changed.
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