MSDM150-08 - Microsemi Corporation

Manufacturer Part Number

MSDM150-08

Manufacturer

microsemi

Introduction

The MSDM150-08 is a Three Phase Diode Bridge Rectifier designed for high-power applications requiring efficient and reliable conversion of alternating current (AC) to direct current (DC).

Product Features and Performance

Three Phase Diode Bridge Rectifier

Standard technology

Capable of withstanding peak reverse voltage up to 800 V

Average rectified output current of 150 A

Low forward voltage drop of 1.4 V at 150 A to enhance efficiency

Reverse leakage current is limited to 500 µA at 800 V

Operational over a wide temperature range from -40°C to 150°C

Designed for chassis mount applications

Product Advantages

High current capability for demanding applications

Enhanced electrical efficiency due to low forward voltage drop

Robust construction ensures reliability under extreme conditions

Wide operating temperature range suitable for various environments

Key Technical Parameters

Voltage Peak Reverse (Max): 800 V

Current Average Rectified (Io): 150 A

Voltage Forward (Vf) (Max) @ If: 1.4 V @ 150 A

Current Reverse Leakage @ Vr: 500 µA @ 800 V

Operating Temperature: -40°C ~ 150°C (TJ)

Quality and Safety Features

The device complies with relevant industry standards for safety and quality

Robust thermal management ensures device integrity under full load conditions

Compatibility

Compatible with chassis mount installation

Suitable for integration in a wide range of high-power AC to DC conversion systems

Application Areas

Industrial power supplies

Renewable energy systems

Motor drives

Power conditioning and management

Product Lifecycle

Obsolete

Users should seek replacements or upgrades as this model may no longer be produced or supported

Several Key Reasons to Choose This Product

High current handling capacity suitable for demanding applications

Low forward voltage drop contributes to system efficiency

Durable construction assures reliability in challenging environments

Suitable for a broad range of industrial and renewable energy applications

Although obsolete, it remains a viable choice for systems where compatibility and performance criteria are met