采用基于红外的直流注入法结合模拟特征分析对故障部件进行定位

Zhifeng Zhu, Paul Leone
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引用次数: 0

摘要

本文介绍了一种将模拟特征分析(ASA)集成到基于红外的直流注入方法(IRDCI)中的方法,用于印刷电路板组件故障分析,将IRDCI的应用从诊断电源短路扩展到显示特征差异的任何测量位置。同时,将元器件故障模式的应用范围从电气短路扩展到通过特征比较识别的击穿或退化,并且仍然保持高效率,从而消除了从电路板上逐一猜测并移除可疑故障元器件进行验证的需要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Locate faulty components by IR based Direct Current Injection method with Analog Signature Analysis
This article describes a method to integrate Analog Signature Analysis (ASA) into IR based Direct Current Inject method (IRDCI) for Printed Circuit Board Assembly failure analysis, which extends IRDCI application from diagnostic shorted power rails to any measurement locations that show signature differences. Also, it extends the application of component failure modes from electrical short to breakdown or degradation that can be identified by signature comparison and still keep high efficiency to eliminate the needs to guess and remove suspected faulty components one by one from the board to validate.
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