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The Powerex QRC1230R30 is a super fast recovery dual diode module rated for 210 Amperes and 1200 Volts. It features an isolated metal baseplate with 2500V isolation voltage, enabling easy mounting on common heatsinks. Key electrical characteristics include a repetitive peak reverse blocking voltage of 1200V, DC current capacity of 210A at 80°C case temperature, and a peak half-cycle non-repetitive surge current of 2550A. The device exhibits a typical reverse recovery time of 110ns and operates within a junction temperature range of -40°C to 150°C.
Verify the specific suffix 'QRC' against official datasheets to confirm pinout configuration, as this family includes variants like QRD and QRF with different terminal arrangements. Confirm RoHS compliance status and thermal interface requirements for your specific mounting torque specifications before finalizing procurement orders.
Select this component when high-speed switching performance and robust current handling are required in industrial environments. Ensure the application maintains case temperatures within specified limits to sustain the 210A rating. Verify that the 1200V blocking voltage provides adequate margin for transient voltages in the target circuit topology.
This module belongs to Powerex's Super Fast Recovery Dual Diode Module series, designed for demanding power conversion tasks. The QR_1230R30 designation indicates a 1200V, 210A rating within this lineup. These modules utilize advanced semiconductor technology to minimize switching losses while maintaining high reliability in harsh operating conditions.
Direct substitutes within the same package and electrical specification should be sourced from Powerex's QR_1230R30 family documentation. Verify pin compatibility carefully, as QRD, QRC, and QRF variants differ in terminal layout despite sharing core ratings.
The maximum operating junction temperature is 150°C.
Yes, it offers 2500V isolating voltage between the circuit and the baseplate.
The typical reverse recovery time is 110ns under specified test conditions.