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MBR300100CT is listed in the Diode Arrays range at ChipApex. The manufacturer field lists GeneSiC Semiconductor. Its product description is DIODE MOD SCHOT 100V 150A 2TOWER. Review the specifications below when checking this part for your BOM.
The GeneSiC Semiconductor MBR300100CT is a silicon power Schottky diode module featuring a Twin Tower package. It provides a repetitive peak reverse voltage of 100 V and an average forward current rating of 300 A per leg. The device exhibits a maximum forward voltage of 0.84 V at Tj = 25 °C and a thermal resistance from junction to case of 0.40 °C/W per leg. It supports an operating temperature range from -55 °C to +150 °C and offers a peak forward surge current capability of 2000 A.
Verify the specific voltage variant required, as the MBR300 series includes ratings from 45 V to 100 V. Confirm terminal orientation, noting that devices with the 'R' suffix have reversed leads compared to standard configurations. Ensure compatibility with the Twin Tower mounting style and verify RoHS compliance status through official manufacturer documentation before procurement.
Select this component for applications requiring high current density and low forward voltage drop. The 0.40 °C/W thermal resistance facilitates effective heat dissipation in compact designs. Consider the 2000 A surge rating for systems with significant inrush currents. Verify that the 100 V blocking voltage aligns with the circuit's peak reverse voltage requirements under all operating conditions.
This part belongs to the MBR300 series of silicon Schottky diode modules manufactured by GeneSiC Semiconductor. The series utilizes a Twin Tower package to accommodate high current loads. The MBR300100CT specifically denotes the 100 V voltage rating within this lineup, which also includes variants such as the MBR30045CT and MBR30060CT.
Direct substitutes include other MBR300 series variants like the MBR30080CT or MBR30060CT if lower voltage ratings are acceptable. Verify pinout compatibility, particularly regarding lead reversal in 'R' suffix versions. Cross-reference thermal resistance and surge current capabilities to ensure equivalent performance in the target application.
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