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The CM600HU-12H is a single IGBTMOD U-Series power module manufactured by Powerex, Inc. It integrates one IGBT transistor and a reverse-connected super-fast recovery free-wheel diode in a single configuration. The device supports a collector-emitter voltage (V_CES) of 600 Volts and a continuous collector current (I_C) of 600 Amperes at Tc = 25°C. Peak collector and emitter currents reach 1200 Amperes. The junction temperature range spans from -40°C to 150°C. Static characteristics include a typical V_CE(sat) of 2.4 Volts at 600A and 25°C. Thermal resistance from junction to case is 0.08°C/W for the IGBT and 0.12°C/W for the diode. The module features an isolated baseplate and utilizes M8 main terminal mounting.
Verify the specific ordering suffix against official Powerex documentation to confirm exact mechanical or electrical variations. Confirm isolation voltage ratings and mounting torque specifications match the target application requirements before integration. Ensure thermal interface material selection aligns with the specified contact thermal resistance values for optimal heat dissipation performance.
Select this module for high-current switching applications requiring robust thermal performance and compact packaging. Evaluate the peak current rating of 1200 Amperes against transient load conditions. Consider the 600V voltage rating relative to the DC bus voltage. Verify gate drive compatibility with the specified threshold voltage and total gate charge parameters for reliable switching control.
This component belongs to the Powerex IGBTMOD U-Series, designed for high-power switching applications. The series emphasizes simplified thermal management through isolated baseplates. The CM600HU-12H specifically targets industrial drives and power supplies where high current density and fast recovery characteristics are critical for system efficiency and reliability.
Public confirmed substitute part numbers are not available in the provided datasheet. Consult Powerex technical support for cross-reference information regarding equivalent modules with similar voltage and current ratings.