用微型数控机床对横截面进行机械铣削和抛光的失效分析

P. S. Pichumani, F. Khatkhatay
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引用次数: 0

摘要

在这篇文章中,作者评估了微数控铣削作为手动平行研磨的替代品,用于倒装芯片封装样品的机械横截面。他们描述了这两个过程,以及它们与其他横截面技术的比较,并清楚地说明了差异。手工抛光样品的SEM图像显示,在die-C4界面处存在工艺引起的开裂、切屑和分层。相比之下,cnc铣削的样品是无伪影的,C4凸起沿截面的整个长度均匀暴露。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mechanical Milling and Polishing of Cross Sections using a Micro CNC Machine for Failure Analysis
In this article, the authors evaluate micro CNC milling as an alternative to manual parallel lapping for mechanical cross-sectioning of flip-chip packaged samples. They describe both processes, and how they compare to other cross-sectioning techniques, and clearly illustrate the differences. SEM images of a manually polished sample show process-induced cracking, chipping, and delamination at the die-C4 interface. In contrast, the CNC-milled sample is artifact-free and the C4 bumps are uniformly exposed along the entire length of the cross-section.
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