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Reliability of Flip Chip Applications with Ceramic and Organic Chip Carriers

机译:陶瓷和有机芯片载体的倒装芯片应用的可靠性

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摘要

The paper deals with four primary failure mechanisms, namely thermomechanical fatigue, electromigration, thermomigration, and cyclic creep, listed in order of severity I terms of their effect on the reliability of flip-chip solder joints as well as second-level packaging interconnections. It is basically a tutorial review of the mechanisms and the reliability-models, developed semi-empirically over the years, based on experimental data obtained under accelerated conditions and on the physics of the mechanisms.
机译:本文讨论了四个主要故障机制,即热机械疲劳,电迁移,热迁移和循环蠕变,按照严重性I的顺序列出,它们对倒装芯片焊点以及二级封装互连的可靠性产生影响。它基本上是对机构和可靠性模型的教程复习,这些年来,这些机构是基于加速条件下获得的实验数据以及机构的物理原理,历年来半经验地开发的。

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