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Reliability Analysis of ACF Interconnection Assembly Process using FEM

机译:使用有限元法进行ACF互连组装过程的可靠性分析

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Anisotropic conductive film (ACF) is commonly used as underfill for flip chip assembly. The present study focuses on elastic recovery and stress distribution along the interfaces of particle-pads and underfill-pads associated with heat or a mechanical loading. In the same manner as the experimental process for ACF assemblies, ACF interconnection is simulated using FEM. Firstly, the properties of the nickel were determined by fitting FEM to the experimental results. After that, the nickel properties are used for ACF interconnection analysis. We found that delamination may also occur at a three-joint interface of a particle, a pad and an underfill at the lowest temperature during a heat cycle.
机译:各向异性导电膜(ACF)通常用作倒装芯片组装的底部填充材料。本研究的重点是沿着与热或机械载荷相关的颗粒垫和底部填充垫的界面的弹性恢复和应力分布。与ACF组件的实验过程相同,使用FEM模拟ACF互连。首先,通过将FEM拟合到实验结果来确定镍的性能。之后,将镍性能用于ACF互连分析。我们发现,在热循环期间,在最低温度下,颗粒,垫和底部填充物的三接头界面处也可能发生分层。

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