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The LVE2560E-M3/P is a low forward voltage single-phase bridge rectifier manufactured by Vishay General Semiconductor. It utilizes oxide planar chip junction technology and is housed in a thin GSIB-5S through-hole package with solder pin terminals. The device supports a maximum repetitive peak reverse voltage of 600 V and delivers a maximum average forward rectified output current of 25 A at a case temperature of 118.7 °C, or 4.0 A at an ambient temperature of 25 °C without a heatsink. Key electrical parameters include a non-repetitive peak forward surge current of 360 A, a maximum reverse current of 10 μA at 600 V, and a typical instantaneous forward voltage of 0.74 V at 12.5 A and 125 °C. The component operates within a junction and storage temperature range of -55 to +150 °C.
Verify the specific ordering suffix against official documentation to confirm compliance status and packaging details. The M3 suffix indicates halogen-free, RoHS-compliant material categorization. Confirm that the base part number matches the required electrical ratings before procurement. Ensure the selected package variant aligns with the intended mounting torque specifications and thermal management requirements.
Select this component for applications requiring high surge current capability and low forward voltage drop in single-phase rectification circuits. Evaluate thermal resistance values based on whether the installation includes a heatsink or relies on free air cooling. Verify that the operating junction temperature remains within the specified -55 to +150 °C range under all expected load conditions.
This component belongs to the LVE series of low VF single-phase single in-line bridge rectifiers from Vishay General Semiconductor. The series is characterized by its compact GSIB-5S package and oxide planar chip junction technology. It is designed to provide efficient rectification with minimal power loss in general-purpose AC/DC conversion scenarios.
Public confirmed substitute part numbers are not available in the provided source material.