可疑金属化腐蚀失效分析的红外显微技术

L. C. Wagner
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引用次数: 2

摘要

对湿度相关失效的金属化腐蚀的明确识别一直是一个相当大的问题。虽然发烟酸脱囊通常是一种可靠的脱囊方法,而不会破坏铝金属化,但在这种过程中,一些关于铝可能受到攻击的问题是不可避免的。干燥机械脱囊是确定的,但不是100%有效,并限制了进一步的电分析。如果在没有金属腐蚀的情况下进行进一步的分析,它们对粘接是有害的。一种采用红外显微镜的技术已经成功地用于定位金属腐蚀,然后暴露棒的活性面,并保持销的完整性以进行进一步分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An IR Microscopy Technique for Failure Analysis of Suspected Metallization Corrosion
The unequivocal indentification of metallization corrosion on humidity related failures has been a considerable problem. While fuming acid decapsulations are normally a reliable means of decapsulation without an attack on aluminum metallization, some question concerning possible aluminum attack during such precedures can be inevitable. Dry mechanical decapsulations are definative but not 100% effective and limit further electrical analysis. They are destructive to bonding if any further analysis is to be attempted in the absence of metal corrosion. A technique employing an infrared microscope has been successfully used to locate metal corrosion prior to exposing the active face of the bar and maintaining pin integrity for further analysis.
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