中压电力电子应用中6kV Si和SiC功率器件的比较评价

Xiaoqing Song, A. Huang, Xijun Ni, Liqi Zhang
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引用次数: 22

摘要

为了更好地帮助研究人员为中压电力电子应用选择合适的功率器件,本文对ABB公司的6.5kV/25A Si IGBT、USCi公司的6.5kV/15A常断SiC JFET和FREEDM系统中心开发的6kV/26A SiC串联JFET三种典型的6kV级Si和SiC功率器件进行了对比评估。6.5kV Si IGBT和6.5kV SiC JFET封装在同一个模块中,以尽量减少不同寄生电感对比较的影响。本文以Cree公司的一个1.2kV SiC MOSFET和英飞凌公司的四个1.2kV SiC JFET为基础,开发了6kV SiC串联JFET,命名为FREEDM Super-Cascode。首先对三种器件进行了简要介绍,然后比较了它们的正向导通和开关性能。此外,还讨论和比较了一些附加特性,包括器件尺寸、成本、栅极驱动电路的复杂性。
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Comparative evaluation of 6kV Si and SiC power devices for medium voltage power electronics applications
In order to better assist researchers to select the appropriate power device for medium voltage power electronics applications, this paper presents a comparative evaluation on three typical 6kV level Si and SiC power devices, including 6.5kV/25A Si IGBT from ABB, 6.5kV/15A normally off SiC JFET from USCi and a FREEDM System Center developed 6kV/26A SiC series-connected JFET. The 6.5kV Si IGBT and 6.5kV SiC JFET are packaged in the same module to minimize the effect of different parasitic inductance on the comparison. The 6kV SiC series-connected JFET is developed based on one 1.2kV SiC MOSFET from Cree and four 1.2kV SiC JFETs from Infineon, in this paper, named FREEDM Super-Cascode. A short introduction on the three selected devices are first given, then their forward conduction and switching performances are compared. Also, some additional features are discussed and compared, including the device size, cost, gate driver circuit complexity.
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