5kV级4H-SiC引脚二极管,用于高频逆变器正向恢复时电压过调

S. Ogata, Y. Miyanagi, K. Nakayama, A. Tanaka, K. Asano
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引用次数: 4

摘要

正向恢复特性已报道在一个5千伏类SiC引脚二极管用于高频逆变器。与Si快速二极管相比,5 kV级SiC引脚二极管明显具有低正向电压超调和极小的电压移位以及更高的正向电流增加率或结温。从正向恢复特性出发,对少数载流子寿命进行了评价,并研究了其对温度的依赖关系。其次,研究了少数载流子寿命与正向压降的关系。即使在较高的结温下,计算得到的漂移区厚度与双极扩散长度之间的关系也接近于保持低正向压降的最佳值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
5kV class 4H-SiC PiN diode with low voltage overshoot during forward recovery for high frequency inverter
Forward recovery characteristics have been reported in a 5 kV class SiC pin diode used for a high frequency inverter. The 5 kV class SiC pin diode obviously has low forward voltage overshoot and an extremely small voltage shift along with a higher forward current increase rate or junction temperature as compared to the Si fast diode. The minority carrier lifetime has also been evaluated from the forward recovery characteristics, and its dependence on temperature has been investigated. Next, the relation between the minority carrier lifetime and the forward voltage drop were investigated. Even at a higher junction temperature, it was confirmed that the calculated relations between the drift region thickness and the ambipolar diffusion length approximated the best values to maintain low forward voltage drop.
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