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MBR20020CT is listed in the Diode Arrays range at ChipApex. The manufacturer field lists GeneSiC Semiconductor. Its product description is DIODE MOD SCHOTT 20V 200A 2TOWER. Review the specifications below when checking this part for your BOM.
The MBR20020CT is a silicon power Schottky diode module from the GeneSiC Semiconductor MBR200 series. It features a Twin Tower package with screw mount installation. The device supports a repetitive peak reverse voltage of 20 V and an average forward current of 200 A per package. Key electrical parameters include a maximum forward voltage of 0.70 V per leg, a junction-to-case thermal resistance of 0.45 °C/W per leg, and a peak forward surge current capability of 1500 A per leg. The operating temperature range spans from -55 °C to +150 °C.
Verify the specific part number suffix against official documentation to confirm terminal configuration details. Confirm RoHS compliance status through the manufacturer's latest product data sheet or environmental declaration before procurement. Ensure that the selected variant matches the required voltage and current ratings for the intended application circuit.
Select this component based on its 20 V reverse voltage rating and 200 A average forward current capacity. Evaluate the 0.45 °C/W thermal resistance to ensure adequate heatsinking for the target operating environment. Consider the Twin Tower package dimensions for mechanical integration and verify the 1500 A surge current rating against potential inrush requirements.
This module belongs to the MBR200 series of silicon power Schottky diodes manufactured by GeneSiC Semiconductor. The series includes variants with reverse voltages ranging from 20 V to 40 V. These modules are designed for high-efficiency power conversion applications requiring low forward voltage drop and high reliability in demanding thermal environments.
Compatible substitutes within the same series include MBR20030CT, MBR20035CT, and MBR20040CT. Verify that the alternative part number meets the specific voltage and current requirements of the original design.
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