PEM/OBIRCH in failure localization of flip-chip

Zhe Sun, Xuanlong Chen, Daotan Lin
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Abstract

With the widespread use of the flip-chip devices in production, failure analysis of flip-chip is becoming more and more important. As the core of failure analysis, failure localization has encountered many difficulties because of the special construction and increasing complexity of flip-chip. Photon emission microscopy (PEM) and optical beam induced current change (OBIRCH) are widely used methods in failure localization of the integrated circuit, by combining PEM and OBIRCH complementarily, quick, effective and accurate localization can be obtained. In this paper, the basic construction of flip-chip and the principle of PEM and OBIRCH was introduced, application of PEM and OBIRCH in failure localization of flip-chip was also presented, thus provide an effective failure localization technique for failure analysis of flip-chip.
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PEM/OBIRCH在倒装芯片故障定位中的应用
随着倒装芯片在生产中的广泛应用,倒装芯片的失效分析变得越来越重要。由于倒装芯片的特殊结构和日益增加的复杂性,失效定位作为失效分析的核心问题遇到了许多困难。光子发射显微镜(PEM)和光束感应电流变化(OBIRCH)是集成电路故障定位中广泛使用的方法,将PEM和OBIRCH互补结合,可以实现快速、有效、准确的故障定位。本文介绍了倒装芯片的基本结构、PEM和OBIRCH的原理,并介绍了PEM和OBIRCH在倒装芯片故障定位中的应用,为倒装芯片的故障分析提供了一种有效的故障定位技术。
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