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Failure mechanisms and precautions in plug connectors and relays

机译:插头连接器和继电器的故障机制和预防措施

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Plug connectors and relays are a somehow "neglected" root cause in failures of microelectronic and power electronic systems. If application and dimensioning has not been done correctly, it may end in severe functional and/or fire disasters. This tutorial accompanying paper reviews the most frequent failure signatures and root causes considering plug connectors and relays. However, these components must not be regarded separately from their interactions with their neighbourhood when discussing failure mechanisms. PCB-bending and bending-sensitive neighboured components, voltage-and/or current-overload, corrosion, material selection, fretting and sportive specifications should get more in the focus of forensic failure analysis experts for root cause finding. (C) 2016 Published by Elsevier Ltd.
机译:插头连接器和继电器是微电子和电力电子系统故障的“根本原因”。如果应用和尺寸设计不正确,可能会导致严重的功能和/或火灾。本教程随附的文章回顾了考虑插头连接器和继电器的最常见的故障特征和根本原因。但是,在讨论故障机制时,不得将这些组件与其与邻居的交互分开考虑。 PCB弯曲和弯曲敏感的相邻组件,电压和/或电流过载,腐蚀,材料选择,微动和运动性规范应成为法医故障分析专家寻找根本原因的重点。 (C)2016由Elsevier Ltd.出版

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