源关断(STO) MOSFET:一种新的智能SiC模块驱动架构

Zhicheng Guo, A. Huang
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引用次数: 0

摘要

高速智能栅极驱动器是功率半导体器件与控制信号之间实现低开关损耗和智能保护的关键接口。提出的新型源关断(STO) MOSFET是一种驱动器集成MOSFET架构,可以实现超越传统电压源栅极驱动器方法的超快速通断操作。开发了1200V SiC STO半桥来演示该概念。证明了更快的开关速度和更低的开关损耗。STO可以很容易地通过使用市售的Si功率MOS IC来实现,这可以进一步实现智能功能,如内置电流监测,温度监测和过电流保护,这对高功率SiC模块很重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Source Turn-off (STO) MOSFET: A New Driving Architecture for Smart SiC Module
High-speed and intelligent gate driver is the critical interface between power semiconductor devices and control signals to achieve low switching loss and intelligent protection. The proposed novel Source Turn-Off (STO) MOSFET is a driver integrated MOSFET architecture that can achieve ultra-fast turn-on and turn-off operation beyond traditional voltage source gate driver approach. 1200V SiC STO half bridge was developed to demonstrate the concept. Faster switching speed and lower switching losses are demonstrated. The STO can be readily realized by using commercially available Si power MOS IC which can further enable intelligent functionalities such as build-in current monitoring, temperature monitoring and over current protection which are important for high power SiC modules.
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