计算动力器件热疲劳寿命的层损伤模型

Gao Guang-bo, C. An, Gui Xiang
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引用次数: 3

摘要

基于器件在通电循环过程中的实验数据和焊料材料的力学行为,引入“层损伤因子”的新概念,提出了计算功率器件热疲劳寿命的层损伤模型。该模型可用于估计疲劳寿命、评价焊接质量、获得加速寿命图、芯片背面金属化设计等。实验结果已被证明支持这一理论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Layer Damage Model for Calculating Thermal Fatigue Lifetime of Power Devices
Based on the experimental data during device power cycling, the mechanical behavior of solder material, and by introducing a new concept "layer damage factor ß", the authors have proposed a layer damage model for calculating thermal fatique lifetime of power devices. The model can be used in estimating fatique lifetime, evaluating soldering quality, obtaining accelerated lifetime plot, designing chip backside metallizations, etc. Experimental results have been shown to support the theory.
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