Mitsubishi CM200DY-13T

Mitsubishi CM200DY-13T

Overview

The Mitsubishi CM200DY-13T is a high-performance dual IGBT module tailored for industrial power systems. It offers a 200 A collector current and a 600 V voltage rating, featuring trench-gate IGBT technology for reduced conduction losses and efficient switching. The chassis-mount design with an insulated baseplate supports effective thermal management and durability.

Key Features

• Dual IGBT half-bridge configuration

• Rated current: 200 A

• Collector-emitter voltage: 600 V

• Trench-gate IGBT design

• Integrated fast-recovery free-wheeling diodes

• Insulated baseplate for efficient heat transfer

• Rugged chassis mount construction

• Compact, industry-standard footprint

Technical Specifications

• Part Number: CM200DY-13T

• Configuration: Dual IGBT with diodes

• Collector Current: 200 A

• Collector-Emitter Voltage: 600 V

• VCE(sat): ~2.0 V at rated current

• Gate-Emitter Voltage: ±20 V

• Thermal Resistance (Junction-Case): ~0.12 °C/W

• Switching Speed: Fast

• Mounting Type: Chassis mount (isolated base)

• Operating Temperature: –40 °C to +150 °C

• Package Type: Power module

• Weight: Approx. 300–350 g

Applications

• Industrial motor drives

• Inverter systems and converters

• Power supplies and UPS units

• Automation and robotic control

• Renewable energy systems

Why Choose the CM200DY-13T

• Efficient 200 A performance in a compact form

• Mitsubishi reliability with trench-gate technology

• Easy integration into existing systems

• Superior thermal management with isolated base

• Trusted for industrial and OEM applications

Order Now

The Mitsubishi CM200DY-13T IGBT module is available and ships worldwide.

This product is part of our Mitsubishi IGBT Modules collection, designed for high-efficiency power conversion in industrial automation. Browse the complete range of Mitsubishi IGBT Modules.

Explore the Power Electronics Components main category to discover diodes, thyristors, GTOs, MOSFETs, and other semiconductor solutions.