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BR102 is listed in the Bridge Rectifier range at ChipApex. The manufacturer field lists GeneSiC Semiconductor. Its product description is BRIDGE RECT 1P 200V 10A BR-10. Review the specifications below when checking this part for your BOM.
The GeneSiC Semiconductor BR102 is a single-phase glass passivated silicon bridge rectifier designed for general-purpose power conversion. It operates within a repetitive peak reverse voltage range of 50 V to 400 V, with the BR102 variant specifically rated at 200 V. The device supports a maximum forward rectified current of 10 A and withstands a peak forward surge current of 200 A under resistive load conditions. It features a low maximum forward voltage drop of 1.05 V and a thermal resistance of 5 °C/W. The component functions reliably across an operating temperature range of -40 °C to +150 °C.
Verify the specific voltage suffix (e.g., BR102 indicates 200 V) against circuit requirements. Confirm RoHS compliance status and packaging type (bulk or tape/reel) with the supplier. Ensure the mounting surface allows for adequate heat dissipation given the 5 °C/W thermal resistance. Check for any export documentation restrictions if shipping internationally.
Select the BR102 when a 200 V peak reverse voltage rating is required for 10 A applications. Consider the BR-10 package size for PCB layout constraints. Derate the continuous current by 20% if used with capacitive loads. Ensure the ambient temperature does not exceed limits that would cause junction temperature to surpass 150 °C.
The BR102 belongs to the BR1005 through BR104 series of single-phase bridge rectifiers from GeneSiC Semiconductor. This family shares identical electrical characteristics regarding current handling, surge capacity, and thermal properties, differing only in their peak reverse voltage ratings. The BR-10 package is standardized across these variants for consistent mechanical integration.
Direct substitutes must match the 10 A current rating, 200 V reverse voltage, and BR-10 package footprint. Verify that alternative components maintain similar forward voltage drops and thermal resistance values to ensure equivalent performance in existing designs.
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