GaN HEMT with Enhanced Back-Barrier for Power Electronics Applications

A. Jarndal, L. Arivazhagan, E. A. Majali, S. Mahmoud
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Abstract

In this paper, an enhanced structures of GaN HEMT by means of Back Barriers (BBs) is investigated to improve the electro-thermal behavior of the device for power electronics application. Different materials for the BB including GaN:UID and AlGaN were investigated. TCAD physical model was used to simulate and investigate the thermal characteristics of the GaN-HEMT. The results show an optimal performance with AlGaN barrier with respect to GaN:UID.
用于电力电子应用的增强背障GaN HEMT
本文研究了一种利用背势垒(BBs)增强GaN HEMT结构的方法,以改善该器件的电热性能。研究了氮化镓(GaN:UID)和氮化镓(AlGaN)等不同的BB材料。采用TCAD物理模型对GaN-HEMT的热特性进行了模拟研究。结果表明,在GaN:UID中,AlGaN势垒具有最佳性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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