锡晶须风险评估的微量分析

M. Mason, G. Eng, M. Leung, G. Stupian, T. Yeoh
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引用次数: 1

摘要

我们使用微观分析来说明镀微观结构对锡晶须生长的几种影响,如晶粒尺寸、镀层成分和镀层厚度。从锡晶须生长的扩散理论出发,我们解释了为什么大晶粒和薄镀层生长较少的晶须,以及为什么Ni扩散屏障和Sn-3% Pb焊料成分可能不能防止锡晶须生长。我们还利用锡晶须生长速率数据来量化扩散模型,并预测晶须长度分布的时间演变。结果为从材料角度进行锡晶须风险评估提供了一致的框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microanalysis for tin whisker risk assessment
We use microanalysis to illustrate several effects of plating microstructure on tin whisker growth, such as grain size, plating composition, and plating thickness. Starting from the diffusion-based theory of tin whisker growth, we explain why large-grained and thin platings grow fewer whiskers, and why Ni diffusion barriers and Sn-3% Pb solder composition may not be protective against tin whisker growth. We also use tin whisker growth rate data to quantify the diffusion model and predict the time evolution of whisker length distributions. The results provide a consistent framework for tin whisker risk assessment from a materials perspective.
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