在降压配置下工作的GaN hemt的导通电阻变化

William E. Abell, Jeffrey M. Aggas, Luke L. Jenkins, C. Wilson, R. Dean
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引用次数: 1

摘要

本文讨论了氮化镓hemt中导通电阻的变化。这个测试是为了确保我们有一个一致的RDS(ON)。确定效率是否因导通损失而下降,并确保部件的使用寿命[1]是有意义的。epc 2015 hemt在10A负载下的降压转换配置中进行了测试。mosfet的RDS(ON)直接影响变换器的效率。GaN mosfet具有一种称为动态rds (ON)的特性。长期使用前几代氮化镓场效应管导致器件导通电阻增加,降低了整体变换器效率。由于传导损耗,效率降低,功率以热的形式散失[2]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The change in on-resistance in GaN HEMTs operating in a buck configuration
In this paper the change in on resistance found in GaN HEMTs is discussed. This test was composed to ensure we have a consistent RDS(ON). The interest exists to determine if the efficiency drops due to conduction losses and ensure the longevity of the part [1]. The EPCs 2015 HEMTs were tested in a buck converting configuration under a 10A load. RDS(ON) of MOSFETs directly impact converter efficiency. GaN MOSFETs have a characteristic called dynamicRDS(ON). Prolonged use of previous generations GaN FETs resulted in an increase in the devices on-resistance, reducing the overall converter efficiency. The efficiency is reduced due to conduction losses, dissipating power as heat [2].
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