包对包(PoP)包装翘曲的研究

M. Amagai, Yutaka Suzuki
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引用次数: 22

摘要

在包对包中,包翘曲是一个主要问题。为了提高建模预测的准确性,采用动态模量分析(DMA)和热力学分析(TMA)对模具复合材料的粘弹性参数、注射模固化(IMC)后和模后固化(PMC)温度和时间的材料性能变化以及固化收缩进行了研究。采用纳米压痕工具对下填料的粘弹性进行了表征。通过TMA, DMA和纳米压痕工具获得的材料性能被引入到基于有限元的模型中。通过对包装翘曲的阴影监测,验证了模型的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A study of package warpage for package on package (PoP)
Package warpage is a primary concern in a package-on-package. To enhance the accuracy of modeling prediction, viscoelastic parameters, the change of material properties after injection mold cure (IMC) and post mold cure (PMC) temperature and it's time, and cure shrinkage were studied with a dynamic modulus analysis (DMA) and a thermal mechanical analysis (TMA) for a mold compound. A nano-indentation tool was used to characterize a viscoelasticity of underfill material. Material properties obtained from the TMA, DMA and nano-indentation tools were introduced to finite-element-based models. The validation of models was verified with a shadow moiré for package warpage.
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