Evaluation of the impact of solder die attach versus epoxy die attach in a state of the art power package

J. Czernohorsky, B. Maj, M. Viering, L. Wright, G. Balanon
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Abstract

Subject of this paper is the thermal investigation of epoxy (EDA) and solder (SDA) die attaches by a comparison of an ASIC with multiple heat sources in different package assemblies. Static and transient thermal measurements and simulations were performed to investigate the thermal behavior of two samples in a state of the art QFP power package differing only in the die attach material (EDA and SDA).
评估在最先进的功率封装中使用焊料贴片与环氧树脂贴片的影响
本文的主题是通过比较不同封装组件中带有多个热源的 ASIC,对环氧树脂(EDA)和焊接(SDA)芯片连接进行热研究。通过静态和瞬态热测量及模拟,研究了采用最先进 QFP 电源封装的两个样品的热行为,这两个样品仅在芯片连接材料(EDA 和 SDA)上存在差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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