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The DDB6U180N22RBPSA1 is a diode module manufactured by Infineon Technologies, belonging to the EconoBRIDGE product family. It features a half-controlled bridge topology with integrated brake chopper functionality. The device utilizes silicon technology and is housed in an EconoBRIDGE package designed for screw mounting. Key electrical parameters include a maximum repetitive reverse voltage of 2200 V and a root mean square current rating of 180 A. The module supports a peak surge forward current of 1600 A and operates within a junction temperature range from -40°C to +150°C.
Verify the exact suffix against official Infineon documentation to confirm specific binning or testing variations. Confirm RoHS compliance status through the manufacturer's latest declaration. Ensure the ordering part number matches the required thermal interface material specifications if applicable. Cross-reference datasheet revisions to validate parameter consistency before finalizing procurement orders.
Select this component for applications demanding high surge current capability and integrated braking functions. Evaluate the thermal resistance characteristics against the specific heatsink design to maintain junction temperatures within safe limits. Consider the physical dimensions of the EconoBRIDGE package during PCB layout and mechanical assembly planning to ensure adequate clearance and mounting compatibility.
This module is part of Infineon's broader portfolio of power semiconductor solutions, specifically targeting high-power industrial drives. It complements other EconoBRIDGE variants that offer different voltage ratings or current capacities. The series is designed to meet stringent industrial reliability standards and provides a standardized form factor for easy replacement in existing converter designs.
Direct substitutes may include other Infineon EconoBRIDGE modules with matching 2200V ratings and similar current capabilities, such as the DDB6U180N16RRB37BPSA1, provided voltage derating is acceptable. Verify pinout compatibility and thermal performance metrics before substituting with components from other manufacturers.