Low Voltage Contact Electrostatic Discharge Phenomena

T. Oda, Keisuke Hanawa, Y. Teramoto, R. Ono
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引用次数: 1

Abstract

Low voltage contact electrostatic discharge is examined from 1 volt to 100 volts which means whether the electrostatic discharge can ionize the gas molecule or not. The contact current flow from the small capacitor of about 2.2 pF is examined. There are several current flow patterns which should be strongly dependent on the contact area. If the contact area is fresh, the reproducible tunneling current should be observed with rising time of less than 100 ps. If any contamination occurs, the current flow is barrier type which strongly depends on current flow channel. Those current flow mechanisms are analyzed physically by using different material surfaces.
低压接触静电放电现象
检测低压接触静电放电从1伏到100伏,即静电放电能否使气体分子电离。测试了小电容约2.2 pF的接触电流。有几种电流模式应该强烈依赖于接触面积。如果接触区域是新鲜的,则应观察到可再现的隧道电流,其上升时间小于100ps。如果发生污染,则电流为阻挡型,强烈依赖于电流通道。利用不同的材料表面,对这些电流的流动机理进行了物理分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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