Fuji Electric IGBT Module Selection and Application Guide

This guide from Fuji Electric explains how to select IGBT modules, covering ratings, protection, heat sinks, drive circuits, mounting, storage, and reliability.


Fuji Electric IGBT Module Selection and Application Guide - cover page
Brand
Fuji Electric
Category
Power Management
Document type
Application Note
Language
English
Pages
8
File format
PDF
File size
158 KB
Published
07 October, 2026
Updated
07 October, 2026
MD5 checksum
7CCEF6EB0E14E1A063EEE242C7D0E973

About this manual

The document provides detailed guidance for engineers on choosing the appropriate IGBT module for a given power‑conversion application. It covers voltage and current ratings, static‑electricity precautions, protection circuit design, heat‑sink selection, drive‑circuit considerations, parallel connections, mounting, storage, transportation, and reliability issues.

Key sections include selection of module ratings, static‑electricity countermeasures, designing protection circuits, heat‑sink design, drive‑circuit design, parallel connection guidelines, mounting notes, storage and transportation recommendations, reliability notes, and additional practical tips.

What's inside

  • Selection of IGBT module ratings
  • Static electricity countermeasures
  • Designing protection circuits
  • Designing heat sinks
  • Designing drive circuits
  • Parallel connection
  • Mounting notes
  • Storage and transportation notes
  • Reliability notes
  • Additional notes

Specifications

Voltage rating range600 V to 1700 V
Gate‑emitter voltage rating (VGE)± 20 V
Recommended gate resistor (RGE)10 kΩ
Storage temperature5 °C to 35 °C
Storage humidity45 % to 75 %

Frequently asked questions

What are the required surface roughness and flatness for mounting the module on a heat sink?

The mounting surface should have a roughness of ≤10 μm and a flatness of ≤50 μm between screw mounting pitches.

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