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Solder paramater sensitivity for Package-on-Package (POP) on fatigue life prediction

机译:疲劳寿命预测中的封装(POP)焊接参数敏感性

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Due to requirements of cost-saving and miniaturization, Package-on-Package (PoP) has recently gained popularity in many applications. However, its board level solder joint reliability during the thermal cycling test is not as well-studied as common single die BGA‥ In this research, solder joint fatigue life of PoP is analyzed in detail. 3D model is established for PoP by using ABAQUS design software with consideration of detailed design, realistic shape of solder ball and non-linear material properties. The fatigue model is based on the Hyperbolic Sine Creep Model and it is taken from the works of Park,Hong and Lau. [1] The critical solder ball is observed located at the inner ring of bottom solder balls which is in between SPBGA and test board. The results show that in general, solder ball diameter has no much effect on its fatigue life‥
机译:由于节省成本和小型化的要求,因此,层叠封装(PoP)最近在许多应用中得到普及。但是,其在热循环测试过程中的板级焊点可靠性没有像普通的单芯片BGA那样好研究。在这项研究中,我们对PoP的焊点疲劳寿命进行了详细分析。考虑到详细的设计,焊球的实际形状和非线性材料特性,使用ABAQUS设计软件为PoP建立了3D模型。疲劳模型基于双曲正弦蠕变模型,并取自Park,Hong和Lau的作品。 [1]观察到关键焊球位于底部焊球的内环,位于SPBGA和测试板之间。结果表明,一般而言,焊球直径对其疲劳寿命没有太大影响‥

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