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The 123SPC080A is a Schottky rectifying diode manufactured by SMC Diode Solutions, designed for high-current surface mount applications. It features an 80 V DC reverse voltage rating and supports a 120 A average rectified current. The component utilizes the SPD-3A package configuration, enabling efficient energy handling in compact designs. Key electrical characteristics include low forward voltage drop and low reverse leakage current, which contribute to improved system efficiency. The device is rated for operation at junction temperatures up to 175°C and offers high surge capacities suitable for demanding power environments.
Verify the specific datasheet version from SMC Diode Solutions or authorized distributors to confirm RoHS compliance status and exact packaging details. Ensure the SPD-3A footprint matches your PCB layout requirements. Cross-reference part numbers carefully as suffixes may indicate variations in tape-and-reel quantities or lead finish, though functional specifications remain consistent across the series.
Select this component when high current handling capability above 100A is required in a surface mount form factor. The 80V rating suits low-voltage DC bus applications. Consider thermal management strategies due to the high current density. Compare with similar SPD-series parts if different voltage ratings are needed while maintaining the same package constraints.
This part belongs to the 123SPC series of Schottky rectifiers from SMC Diode Solutions. The series includes variants with different voltage ratings such as the 123SPC100A. These components are engineered for commercial market applications requiring reliable semiconductor solutions. The manufacturer emphasizes precision engineering for dependability in critical electronic systems.
The 123SPD100A is a related variant within the same product family offering similar structural benefits but with a 100V rating. Verify voltage headroom requirements before substitution. No direct pin-compatible alternatives with identical current ratings were identified in public documentation.