用于GaN晶体管并联工作的结温监测和动态电流平衡的先进栅极驱动单元

A. Melkonyan, M. Schulz
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引用次数: 1

摘要

提出的新型栅极驱动单元(GDU)使功率半导体开关(AlGaN/GaN高电子迁移率晶体管(HEMT)的栅极成为温度传感器和/或高动态间接电流传感器。该方法基于栅极驱动器中的低电流注入电路,可以检测功率晶体管工作期间的瞬时结温。这可以用作间接电流传感器,用于并联晶体管之间的平衡以及快速可靠的过载/短路保护,而无需在电源模块或电源板电路中添加任何额外的传感元件。通过对传统栅极驱动器的简单修改,可以获得基于新型WBG晶体管的本质上安全,更可靠的电力电子设备(AC/DC, DC/DC,电机驱动逆变器)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced Gate Drive Unit for junction temperature monitoring and dynamic current balancing of GaN transistors operating in parallel
Proposed new Gate Drive Unit (GDU) makes the gate of the power semiconductor switch (AlGaN/GaN High Electron Mobility Transistor (HEMT) a temperature sensor and/or a highly dynamic indirect current sensor. The method is based on a low current injection circuitry in the gate driver, where the instantaneous junction temperature, during operation of the power transistor, can be detected. This can be used as an indirect current sensor for balancing between parallel connected transistors as well as for fast and reliable overload/short circuit protection without any additional sensing components in the power module or on the power board circuitry. Using a simple modification of a conventional gate driver an inherently safe, more reliable power electronics equipment (AC/DC, DC/DC, Motor Drive Inverters) based on new WBG transistors can be obtained.
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