3.3kV SiC MOSFETs designed for low on-resistance and fast switching

A. Bolotnikov, P. Losee, K. Matocha, J. Glaser, J. Nasadoski, Lei Wang, A. Elasser, S. Arthur, Z. Stum, P. Sandvik, Y. Sui, T. Johnson, J. Sabate, L. Stevanovic
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引用次数: 43

Abstract

This paper discusses the latest developments in the optimization and fabrication of 3.3kV SiC vertical DMOSFETs. The devices show superior on-state and switching losses compared to the even the latest generation of 3.3kV fast Si IGBTs and promise to extend the upper switching frequency of high-voltage power conversion systems beyond several tens of kHz without the need to increase part count with 3-level converter stacks of faster 1.7kV IGBTs.
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3.3kV SiC mosfet设计用于低导通电阻和快速开关
本文讨论了3.3kV SiC垂直dmosfet的优化和制造的最新进展。与最新一代的3.3kV快速Si igbt相比,该器件显示出优越的导通状态和开关损耗,并有望将高压功率转换系统的最高开关频率扩展到数十kHz以上,而无需使用更快的1.7kV igbt的3级转换器堆叠增加零件数量。
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Vertical leakage/breakdown mechanisms in AlGaN/GaN-on-Si structures Advanced 0.13um smart power technology from 7V to 70V Failure mechanisms of low-voltage trench power MOSFETs under repetitive avalanche conditions Destruction behavior of power diodes beyond the SOA limit Clamped inductive turn-off failure in high-voltage NPT-IGBTs under overloading conditions
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