A new power module packaging technology for enhanced thermal performance

B. Ozmat, C. Korman, P. McConnelee, M. Kheraluwala, E. Delgado, R. Fillion
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引用次数: 23

Abstract

A new approach to packaging high performance power devices, Chip on Flex Power Overlay (POL) was presented. It was shown that the GE's cost effective POL power packaging technology is ideally suited for high heat flux and high performance applications. This is primarily due to the elimination of bond wires and the planar geometry which offers cooling of power devices from top, bottom or both sides of the power module. It was also shown that a cost effective, scalable high performance integral heat exchanger can maximize the thermal performance of POL technology thereby helping to utilize its full potential. Due to the excellent thermal and electrical performance, low weight, volume, and cost effectiveness GE's revolutionary POL technology sets a new standard for the future of packaging power electronics modules.
一种新的功率模块封装技术,可增强热性能
提出了一种封装高性能功率器件的新方法——柔性电源覆盖芯片(POL)。结果表明,GE具有成本效益的POL电源封装技术非常适合高热流密度和高性能应用。这主要是由于消除了键合线和平面几何结构,可以从电源模块的顶部、底部或两侧为电源设备提供冷却。研究还表明,成本效益高、可扩展的高性能整体式热交换器可以最大限度地发挥POL技术的热性能,从而有助于充分利用其潜力。由于优异的热学和电气性能,低重量,体积和成本效益,GE革命性的POL技术为封装电力电子模块的未来树立了新的标准。
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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