SiC 6.5kV JBS二极管安全工作区的实验研究

A. Mihaila, E. Bianda, L. Knoll, U. Vemulapati, L. Kranz, G. Alfieri, V. Soler, P. Godignon, C. Papadopoulos, Munaf T. A. Rahimo
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引用次数: 6

摘要

本文对SiC 6.5kV JBS二极管的动态性能进行了实验研究。使用混合Si SPT IGBT/SiC JBS二极管组合,我们分析了SiC JBS二极管的关断行为限制,并将结果与最先进的Si PiN二极管进行了比较。实验结果表明,JBS二极管在125℃的温度下可以处理约40A/片的电流,而不会发生热失控。当二极管在室温下工作时,该最大关断电流值增加约50%。二极管的dI/dt行为似乎几乎与直流链路电压无关(在RG=18Ω)。通过对6.5kV SiC二极管和Si二极管的关断曲线的比较表明,SiC JBS二极管的使用使反向恢复损失降低了98%以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental investigation of SiC 6.5kV JBS diodes safe operating area
This paper presents an experimental investigation of the dynamic performance of SiC 6.5kV JBS diodes. Using a hybrid Si SPT IGBT/SiC JBS diodes combination, we have analyzed the turn-off behavior limits of SiC JBS diodes and compared the result against a state-of-the-art Si PiN diode. The experimental results show that the JBS diodes can handle about 40A/chip at 125°C before going into thermal runaway. This maximum turn-off current value increases by about 50% when the diodes are operated at room temperature. The diodes dI/dt behaviour appear to be virtually independent of the DC-link voltage (at RG=18Ω). The comparison between turn-off curves for 6.5kV SiC and Si diodes shows that the use of SiC JBS diodes reduces the reverse recovery losses by more than 98%.
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