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The MSRTA20060D is a silicon standard recovery diode module from the MSRTA series, manufactured by GeneSiC Semiconductor. It features a heavy three tower package with an electrically isolated base plate. The device supports a repetitive peak reverse voltage of 600 V and a DC blocking voltage of 1000 V. It provides an average forward current of 200 A per leg and a peak forward surge current of 3000 A per leg. The maximum instantaneous forward voltage is 1.1 V at Tj = 25 °C, while the maximum thermal resistance (junction-to-case) is 0.35 °C/W per leg. Operating and storage temperatures range from -55 °C to 150 °C.
Verify the specific voltage rating suffix against the datasheet table, as the MSRTA200XXAD series spans multiple voltage options. Confirm that the 'D' suffix corresponds to the standard recovery type rather than alternative variants within the family. Ensure the isolated base plate requirement matches the application's isolation needs. Check terminal configuration compatibility during integration.
Select this component when a 600 V rated standard recovery diode with electrical isolation is required. The 200 A current rating suits moderate to high-power applications. Consider the 0.35 °C/W thermal resistance for heatsink sizing. Verify that the standard recovery speed meets the switching frequency requirements of the target circuit topology.
This module belongs to the MSRTA200XXAD series, which includes variants ranging from 600 V to 1000 V reverse voltage. All members share the same physical footprint and thermal characteristics but differ in voltage ratings. The series utilizes a heavy three tower package to handle high surge currents effectively.
Direct substitutes include other MSRTA20060D units or equivalent 600 V, 200 A isolated standard recovery modules with matching pinouts and thermal profiles.
The maximum thermal resistance from junction to case is 0.35 °C/W per leg.
Yes, the module features an electrically isolated base plate.
The peak forward surge current is 3000 A per leg for an 8.3 ms half-sine pulse.