3D电源模块封装-故障分析挑战&如何克服它们

Mirza Imran Baig
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引用次数: 0

摘要

像多芯片模块(MCM)和系统级封装(SIP)这样的3D封装技术已经在半导体封装行业出现了一段时间。最初,这些技术主要用于数字解决方案,但最近,这些封装解决方案越来越多地用于电源应用的模拟技术。随着这些包装创新的日益适应,故障分析(FA)不仅在支持客户退回的设备方面发挥了核心作用,而且在导致新产品开发、资格认证和推向市场的根本原因调查方面也发挥了重要作用。然而,与传统的单芯片封装解决方案相比,这些3D异构封装给FA带来了许多新的挑战。本文介绍了模拟3D电源模块中最常见的一些故障分析挑战,并通过案例研究讨论了克服这些挑战的可能解决方案。此外,它还解决了需要FA思考和适应改进的工具集的解决方案,无论是市场提供的新解决方案还是对现有方法(包括化学配方、解封装方法等)的修改,以驾驭这些复杂的包装。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3D Power Module Packages—Failure Analysis Challenges & How to Overcome Them
3D package technologies like Multi-Chip Modules (MCM) and System in Package (SIP) have been in the semiconductor package industry for some time now. At the advent these technologies were mostly incorporated for digital solutions, however more recently these packaged solutions have been increasingly used for analog technologies specifically for power applications. With these packaged innovations increasingly adapted, Failure Analysis (FA) takes a central stage not just in supporting customer returned devices but also in root cause investigations leading to new product development, qualifications and ramp to market. These 3D heterogeneous packages however pose multiple newer challenges to FA compared to traditional single chip package solutions. This paper presents some of these Failure Analysis challenges encountered most commonly on analog 3D power modules and talks about possible solutions to overcome them with case studies. Further it also addresses solution that will require FA to think and adapt improved tool sets whether it’s newer solutions that market has to offer or modification to existing approach including chemical recipes, decapsulation methods, etc. to navigate these intricate packages.
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