面向封装设计与装配应用的QFP元件热分析

De-jian Zhou, H. Huang, K. Peng
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引用次数: 1

摘要

QFP元件的热设计和热分析是其成功应用的关键。因此,本文针对QFP的冷却设计、封装层厚度的热效应、芯片的热效应等问题,针对封装设计与装配的应用,采用有限元法建立了基于温度场的三维模型,并对不同冷却条件和结构参数下的QFP进行了仿真分析。结合实际,得出了一些相关的结论,并对热设计提出了相应的建议。这些方法和结论可以为QFP的结构设计和组件封装装配技术提供参考。
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The Thermal Analysis of QFP Components Geared to the Needs of the Application of Encapsulation Design and Assembly
That the QFP components are applied successfully depends on its heat design and analysis. So, in tins paper, facing the application of encapsulation design and assembly, a three dimensional model based on temperature field and its simulation analysis is carried out by using the finite element method under different cooling condition and structure parameters, according to such problems for QFP as cooling design the heat effect of the thickness of encapsulation layer and chip. And, some relevant results are achieved and some corresponding advices for heat design are put forward with practice. These methods and conclusions can provide the QFP designer of structure and techniques of components encapsulation and assembly a lot of references.
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