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MOSFET 和 IGBT 栅极驱动器 – 支持与培训

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MOSFET 和 IGBT 栅极驱动器培训

TI 提供各种技术资源,涵盖从栅极驱动器设计基础到众多更复杂的设计挑战等一切内容。主题范围包括隔离式栅极驱动器、用于 SiC(碳化硅)和 GaN(氮化镓)的宽带隙驱动器以及应用特定的培训。

栅极驱动器基本原理

标题 说明
Using isolated gate drivers for IGBT, Mosfets and SiC applications
An overview of the basics and types of isolation along with a comparative analysis of isolation technique followed by gate driver basics.
What is an isolated gate driver?
What do a data center and an isolated gate driver have in common? Watch this video to learn more about the value of isolation and TI's UCC21520.
Reinforced isolated dual-channel gate driver
This video introduces the block diagram, smart features, and dynamic performance of TI's UCC21520 and its wide variety of applicable typologies.
Know your gate driver
This multi-part video series describes the critical gate driver specs, why they’re important, and how they can influence the systems around them.
Fundamentals of MOSFET and IGBT gate driver circuits This document demonstrates a systematic approach to designing high performance gate driver circuits for high speed switching applications.

宽带隙 FETS 设计

SiC and GaN applied to high-frequency power
This presentation examines WBG power devices in order to achieve higher performance and reduce system cost.
What does GaN mean for your design?
What are the benefits of GaN? How does it compare to Silicon MOSFET? Watch this video to find out how TI's GaN technology is making system design easier.
LM5113 enhancement mode GaN FET half-bridge driver demo
A demo of TI's LM5113 5A, 100V half-bridge gate driver for enhancement mode GaN (eGaN) FETs and ultra-efficient, small-footprint power supplies.
LM5114 GaN FET driver demo
A demo of TI's LM5114 single 7.6A peak current low-side gate driver for MOSFETs as well as enhancement mode GaN (eGaN) FETs and ultra-efficient, small-footprint power supplies.

应用

工业
标题 说明
Systems made simple: solar inverters This series is intended to help you learn to overcome multiple solar inverter design challenges.
Design review of 350-W CCM PFC + LLC module This training provides a review of an AC/DC power supply reference design with universal AC input, a PFC+LLC controller for a 25V/13.5A output and a flyback for a 12V/1A output.
汽车
标题 说明
TI technology enables high-power EV DC fast charging stations
TI Embedded Processing and Analog technology enables fast EV charging time with a rich user HMI.

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