Mechanical reliability of MEMS packages

W. V. van Driel, J. Zaal, D.G. Yang, M. van Kleef, G.Q. Zhang
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引用次数: 5

Abstract

This paper presents our effort to predict reliability problems for MEMS packages. MEMS devices are vulnerable to the external loads subjected to it. As such, MEMS devices need to be protected. Capping the device can generate protections: a piece of silicon is placed on top of it to create a cavity above it. Parametric Finite Element models are combined with dedicated verification experiments to address the reliability of four different capping concepts. The results gain a better understanding of MEMS capping issues, with failure modes as cavity deflection, cap fractures, and moisture penetration.
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MEMS封装的机械可靠性
本文介绍了我们对MEMS封装可靠性问题的预测。MEMS器件容易受到外部负载的影响。因此,MEMS器件需要受到保护。盖上盖子可以产生保护作用:在上面放一块硅,在上面形成一个空腔。参数化有限元模型与专门的验证实验相结合,以解决四种不同封盖概念的可靠性。研究结果有助于更好地理解MEMS封井的失效模式,包括空腔偏转、封井破裂和水分渗透。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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