The failure analysis of 30um*200um TSV interposer

Rui Cao, Fengwei Dai
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Abstract

With the development of 3D SIP, TSV interposers are more and more widely used, and its reliability receives broader concern. As CTEs of copper and silicon are different in TSV interposer, it is easy to be affected by thermal stress and lead to failure in the process of processing and use. Therefore, an annealing treatment is usually conducted after electroplating to release stress. Different sizes and distributions of TSV produce different stress effects in the production process. In this paper, an interposer with low opening rate and large size TSV , frequently cracks after annealing, is simulated and analyzed.
30um*200um TSV介面失效分析
随着三维SIP技术的发展,TSV中介器的应用越来越广泛,其可靠性受到越来越广泛的关注。由于TSV中间体中铜和硅的cte不同,在加工和使用过程中容易受到热应力的影响而导致失效。因此,电镀后通常进行退火处理以释放应力。不同尺寸和分布的TSV在生产过程中产生不同的应力效应。本文对一种开孔率低、TSV尺寸大、退火后经常出现裂纹的中间体进行了模拟和分析。
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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