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The PM50CL1A060 is a six-pack Intelligent Power Module (IPM) belonging to the L1-series, manufactured by Powerex Inc. It integrates three N-channel IGBTs with anti-parallel Free Wheeling Diodes (FWDi) into an insulated package designed for flat-base mounting. The module features a collector-emitter blocking voltage of 600 V and a continuous collector current rating of 50 A. It includes built-in protection circuits for overcurrent detection and overheating shutdown. The device utilizes screw-type main terminals and connector-based control interfaces.
Verify the specific manufacturer origin, as this component is produced under license by both Mitsubishi Electric Semiconductor and Powerex Inc. Confirm that the ordering suffix matches the required terminal configuration, specifically the screw-type main connections and pin-type control interface associated with the 'L1A' designation. Ensure compliance with RoHS standards if applicable to the production lot.
Select this module for applications requiring integrated switching and protection in a compact form factor. Consider the thermal resistance characteristics when designing the heat sink interface. Verify that the control circuitry can accommodate the specific interface requirements for the L1-series IPM, including the necessary supply voltages and signal levels defined in the application note.
This component is part of the Mitsubishi Electric IPM L1-series family, distributed by Powerex Inc. It serves as a core power switching element for three-phase AC drive systems. The module replaces discrete IGBT assemblies by combining power devices, gate drivers, and protection circuits into a single unit, simplifying PCB layout and reducing assembly complexity for industrial motor control applications.
PM50CL1B060
The PM50CL1A060 uses screw-type connections for its main power terminals, utilizing M5 screws for mounting.
The control input terminals are pin-type and are designed to be connected to the PCB using a specific inverse-mounted header receptacle connector.
The module includes internal circuits for detecting overcurrent conditions and overheating, which trigger fault signals to protect the device.