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The RB095BM-90TL is a silicon Schottky barrier diode manufactured by ROHM Semiconductor, housed in a TO-252M (D-PAK) surface-mount package. It features a dual anode common cathode configuration with three terminals. Key electrical specifications include a maximum repetitive reverse voltage of 90 V and an average rectified forward current rating of 6 A. The device supports a forward surge current of 50 A and exhibits a maximum forward voltage of 0.75 V at 3 A. Reverse leakage current is limited to 0.15 mA at 90 V. The component operates within a junction temperature range up to +150°C and complies with AEC-Q101 automotive grade standards.
Verify the specific ordering suffix against the manufacturer's official datasheet to confirm package type and tape-and-reel specifications. Ensure the procurement channel provides valid RoHS compliance documentation. Cross-reference the part number with the latest ROHM Semiconductor release notes to confirm production status and any potential obsolescence notices before finalizing orders.
Select this component when a dual common cathode Schottky diode is required for high-current applications with a 90 V reverse voltage rating. The TO-252M package offers robust surface-mount capabilities suitable for automated assembly. Consider the AEC-Q101 qualification if the application demands automotive-grade reliability and thermal performance under demanding operating conditions.
This component belongs to the RB095B series of Schottky barrier diodes from ROHM Semiconductor. The series is designed for general rectifier applications requiring low forward voltage and high reliability. The RB095BM variant specifically utilizes the TO-252M package code, distinguishing it from other package options within the same electrical family while maintaining consistent core semiconductor characteristics.
The RB095BM-90FH is listed as a similar level replacement with the same pinout and package. Verify that the FH suffix variant meets all specific environmental and packaging requirements of the original design before substitution.