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The RBR20BM60AFHTL is a silicon Schottky barrier diode manufactured by ROHM Semiconductor, designed for automotive applications. It features a dual common cathode configuration in a TO-252M (DPAK) surface-mount package. Key electrical parameters include a maximum repetitive reverse voltage of 60V and an average rectified forward current of 15A. The device exhibits a maximum forward voltage of 0.58V at 7.5A and a maximum reverse current of 0.4mA at 60V. It supports a forward surge current of 100A and operates at junction temperatures up to +150°C. The component is qualified under the AEC-Q101 standard.
Verify the specific suffix HTL indicates tape-and-reel packaging when ordering. Confirm that the TO-252M package dimensions match the target PCB footprint. Ensure design compliance with AEC-Q101 requirements if the application mandates automotive qualification. Check for any RoHS or REACH compliance documentation relevant to the manufacturing batch.
Select this component for designs requiring a 60V rating with 15A continuous current capability in a compact DPAK package. Compare forward voltage specifications against alternative Schottky diodes to ensure thermal management meets system constraints. Consider the dual common cathode topology if space-saving bridge configurations are needed. Verify that the 150°C junction temperature rating aligns with the operating environment.
This part belongs to ROHM's RBR series of automotive Schottky barrier diodes. The series is characterized by low forward voltage and high reliability for automotive use. The TO-252M package provides a balance between current handling capacity and board space efficiency. Similar parts in the series vary by voltage rating and current capacity while maintaining the same automotive qualification.
Direct pin-compatible replacements within the same family include RBR20BM30AFH for lower voltage applications. For higher current requirements, consider the RBR40NS60AFHTL in a TO-263S package. Always verify electrical parameters and package dimensions before substitution.