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The RJU60C3WDPP-M0#T2 is a dual fast recovery diode manufactured by Renesas Electronics Corporation. It features a common cathode configuration housed in a TO-220FP-2L through-hole package. The device supports a maximum repetitive peak reverse voltage of 600 V and a continuous forward current of 30 A per diode. Key electrical specifications include a maximum reverse recovery time of 90 ns and a forward voltage drop of 1.5 V at rated conditions. The component operates within a junction temperature range of -55°C to +175°C and complies with RoHS standards.
Verify the specific suffix #T2 against official Renesas documentation to confirm packaging format and tape-and-reel specifications. Ensure compatibility with existing PCB footprints for the TO-220FP-2L package. Cross-reference the manufacturer part number directly with the latest datasheet to validate electrical parameters before integration into production designs.
Select this component when designing circuits requiring fast switching speeds and high voltage isolation. The dual common cathode arrangement simplifies layout compared to discrete solutions. Evaluate thermal management requirements based on the 30 A current rating and ensure adequate heatsinking for the TO-220FP package to maintain junction temperatures within safe operating limits during continuous operation.
This part belongs to Renesas' family of high-power fast recovery diodes designed for industrial and automotive power electronics. It complements other devices in the RJU series, offering enhanced speed and reliability. The component serves as a critical element in modern power conversion systems where efficiency and rapid response times are essential for system performance and stability.
Consult official Renesas substitution guides for verified alternatives. Direct replacements must match the 600 V rating, 30 A current capacity, and TO-220FP-2L package dimensions. Verify that any substitute maintains equivalent reverse recovery time and forward voltage characteristics to ensure circuit functionality remains unchanged.