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The CM150DY-28H is a dual IGBT module designed for high-power switching applications. It features a half-bridge configuration with two IGBT transistors, each integrated with a reverse-connected super-fast recovery free-wheel diode. The device is rated for 150 Amperes and 600 Volts. Key electrical parameters include a collector-emitter saturation voltage (VCE(sat)) of 2.3 V at 150 A and a diode forward voltage (VF) of 2.7 V at 150 A. The module utilizes an isolated baseplate design to facilitate thermal management and system assembly.
Verify the specific manufacturer origin, as the CM150DY-28H designation is shared between Powerex Inc. and Mitsubishi Electric Semiconductors. Confirm that the datasheet matches the required 600V/150A specifications and package dimensions. Ensure the component meets the necessary isolation and thermal performance standards for the intended industrial application before finalizing procurement.
Select this module for applications requiring a robust half-bridge solution with fast recovery characteristics. The 600V rating suits medium-voltage industrial drives and power supplies. Consider the thermal resistance and mounting requirements associated with the isolated baseplate. Compare against similar current ratings if higher voltage tolerance or different packaging styles are required for the specific mechanical constraints of the design.
This component belongs to the IGBTMOD series, which are insulated gate bipolar transistor modules engineered for demanding switching environments. The series emphasizes ease of assembly through isolated baseplates and high-frequency operation capabilities. These modules are standard components in industrial power electronics, providing reliable performance in motor drives and renewable energy systems.
The CM200DY-28H is a documented similar part number offering 200 Amperes and 1400 Volts. Verify compatibility regarding pinout, thermal interface, and voltage headroom when substituting. Ensure the replacement module fits the existing mechanical footprint and cooling infrastructure without requiring significant circuit redesign.