Mitsubishi Electric PM100RL1A060 Intelligent Power Module Datasheet

PM100RL1A060 is a three-phase 100A, 600V intelligent power module that uses the latest fifth-generation full-gate CSTBTTM chip. It has an integrated drive and protection logic circuit, detects short-circuit, over-temperature and under-voltage, and has UL certification


Mitsubishi Electric PM100RL1A060 Intelligent Power Module Datasheet - cover page
Brand
Mitsubishi
Category
Power System Manager
Document type
Datasheet
Language
English
Pages
9
File format
PDF
File size
153 KB
Published
22 March, 2012
Updated
01 October, 2023
MD5 checksum
AF1104D260A75C54313E98410C777063

About this manual

This document describes the Mitsubishi Electric PM100RL1A060 Intelligent Power Module, a flat‑base insulated package that integrates an inverter, brake, drive and protection ICs. It outlines the module’s features, such as the 5th‑generation Full‑Gate CSTBT™ chip, over‑temperature protection, and compatibility with L‑series packages, and lists typical applications like general‑purpose inverters, servo drives and motor controls.

The datasheet includes detailed electrical and mechanical ratings, thermal characteristics, recommended mounting torque, and testing procedures. It also provides performance curves, switching loss data, and transient thermal impedance information to aid designers in PCB layout, component selection, and safe operation of the module.

What's inside

  • FEATURE
  • APPLICATION
  • MAXIMUM RATINGS
  • MECHANICAL RATINGS AND CHARACTERISTICS
  • RECOMMENDED CONDITIONS FOR USE
  • PRECAUTIONS FOR TESTING
  • PERFORMANCE CURVES
  • SWITCHING LOSS CHARACTERISTICS
  • TRANSIENT THERMAL IMPEDANCE CHARACTERISTICS

Specifications

Continuous Collector Current (Ic)100 A
Peak Collector Current (IcP)200 A
Power Dissipation (Pc)390 W
Junction Temperature Range-20 °C to +150 °C
Brake Part Continuous Current50 A
Brake Part Power Dissipation284 W
Weight380 g
Supply Voltage (VD)13.5 V – 16.5 V

Frequently asked questions

What is the maximum continuous collector current for the inverter part?

The inverter part is rated for a continuous collector current of 100 A.

How should the PCB layout be designed for the IPM inputs?

Minimize wiring length between the opto‑coupler and the IPM input terminals, keep stray capacitance low, and place a low‑impedance capacitor between VCC and GND of each fast‑switching opto‑coupler.

What is the over‑temperature protection trip level?

The over‑temperature protection trips at 135 °C.

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