15kv SiC引脚二极管达到95%的雪崩极限,长期稳定工作

S. Sundaresan, M. Marripelly, Svetlana Arshavsky, R. Singh
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引用次数: 11

摘要

本文报道了一种超高压、>15 kV SiC引脚整流器,具有>95%的雪崩额定值和115 V/μm。这是在任何单一半导体器件上测量> 15 kV阻断电压的少数报告之一,也是在> 100 μm厚SiC薄膜上制造的器件上报道的雪崩极限的最高百分比。当在高电流密度下连续偏置数天时,5.76 mm2和大面积41 mm2引脚整流器显示出优异的导通状态电压降(VF)稳定性。通过比较在100 μm和130 μm厚薄膜上制备的SiC PiN整流器的I-V-T特性,研究了载流子寿命对具有超厚(≥100 μm)基极层的SiC双极器件性能的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
15 kV SiC PiN diodes achieve 95% of avalanche limit and stable long-term operation
This paper reports on ultra-high voltage, >15 kV SiC PiN rectifiers exhibiting >95% of the avalanche rating and 115 V/μm. This is one of a few reports on > 15 kV blocking voltages measured on any single semiconductor device, and the highest percentage of the avalanche limit ever reported on devices fabricated on > 100 μm thick SiC epilayers. Excellent stability of on-state voltage drop (VF) is displayed by 5.76 mm2 and large-area, 41 mm2 PiN rectifiers, when continually biased at high current densities for several days. The impact of carrier lifetime on the device performance for SiC bipolar devices with ultra-thick (≥100 μm) base layers is investigated by comparing I-V-T characteristics of SiC PiN rectifiers fabricated on 100 μm and 130 μm thick epilayers.
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