Advanced SiC Power Technology and Package

ByongJin Kim, A. Bolotnikov, Helen Jeong, Chandong Kim, Hrishkesh Das, Ganesh Ponram
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Abstract

The new era in power application is being driven by the wide band gap semiconductor material such as SiC and GaN. The major benefits from them are better power efficiency by low Rdson and high breakdown voltage and high temperature stability. Cascode device is one of them to require the more power efficiency and density. This device based on Si has a limit in application by switching loss and Rdson loss. In this paper, various challenges from SiC material, fabrication to assembly are discussed. Also, the co-package integrating SiC and Si MOSFET in a package for better power efficiency has been studied if it is applicable to cascode device.
先进的SiC电源技术和封装
SiC和GaN等宽带隙半导体材料正在推动电源应用的新时代。它们的主要优点是低Rdson和高击穿电压以及高温度稳定性,从而提高了功率效率。层叠式器件是其中对功率效率和密度要求较高的器件之一。这种基于Si的器件由于开关损耗和rderson损耗而限制了其应用。本文讨论了从SiC材料、制造到组装的各种挑战。此外,还研究了将SiC和Si MOSFET集成在一个封装中的协封装,以获得更好的功率效率,如果它适用于级联码器件。
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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