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A Busbar Integrated SiC-based Converter with Embedded Heat-pipes

机译:具有嵌入式热管的汇流排集成式SiC基转换器

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In this paper, a bus-bar integrated packaging technology for press-pack power modules is proposed. The proposed packaging technology features high power-density, even pressure distribution among chips, and low stray parameters. The structure design and fabrication flow process are analyzed and experiments are made to verify the feasibility of proposed solution. The critical challenge about the package is related to thermal management. To reduce the thermal stress of chips, a heat-pipe integrated heatsink is developed and finite-element-method (FEM) simulations are used to evaluate the cooling performance of the proposed heatsink. The results demonstrate that the proposed heatsink has a relatively low cost and works effectively. It paves the way to better packaging design and more efficient thermal management method for high power devices.
机译:本文提出了一种用于压装电源模块的母线集成包装技术。所提出的封装技术具有高功率密度,芯片之间的压力分布均匀以及杂散参数低的特点。分析了结构设计和制造流程,并进行了实验,以验证所提出解决方案的可行性。关于封装的关键挑战与热管理有关。为了减少芯片的热应力,开发了集成热管的散热器,并使用有限元方法(FEM)仿真来评估所提出散热器的冷却性能。结果表明,所提出的散热器具有相对较低的成本并且有效地工作。它为更好的封装设计和更有效的大功率器件热管理方法铺平了道路。

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