基于傅立叶级数的晶圆级非均质集成温度分布解析解

Wen-Wu Ruan, Cheng-rui Zhang, Liang Zhou, J. Mao
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引用次数: 1

摘要

本文建立了多层封装的一般热模型。利用基于傅里叶级数的解析解,我们能够捕捉到实际封装的温度分布。然后,我们制作了基于光敏BCB的功率mmic封装,并测试了温度分布。详细介绍了其制作工艺。我们能够准确地计算出功率mmic封装的温度分布。计算、模拟和实测结果均显示出密切的相关性。这项研究将有助于进一步三维封装的热管理。
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Analytical solutions of temperature distributions based on fourier series for wafer level heterogeneous integrations
This paper established a general heat model of a multi-layer packaging. By using analytical solutions based on Fourier series, we were able to capture the temperature distributions of a realistic packages. We then fabricated photosensitive BCB based power MMICs packages and tested the temperature distributions. The fabrication process are given in detail. we were able to accurately calculate the temperature distributions of the power MMICs packages. Calculated, simulated and measured results show close correlations. This research will be useful in thermal management for further 3 dimensional packaging.
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