- Stock: Out Of Stock
- Model: KBPC5010
- Weight: 20.50g
- Dimensions: 28.60mm x 28.60mm x 21.50mm
- SKU: 1066
High-Performance Power Conversion
The KBPC5010 single-phase bridge rectifier is engineered for heavy-duty alternating current (AC) to direct current (DC) rectification applications. Designed to handle a continuous forward DC output current of 50 Amperes and a repetitive peak reverse voltage rating of up to 1000 Volts, this full-wave rectifier component delivers highly reliable and efficient power conversion across demanding industrial and consumer electronic systems.
Robust Thermal Design and Electrical Isolation
Housed in an electrically isolated aluminum metal casing, the KBPC5010 provides exceptional thermal conductivity and heat dissipation characteristics when paired with an external heatsink. The structural housing features a high dielectric insulation voltage rating of 2500V, guaranteeing operational safety and preventing electrical leakage to surrounding chassis grounds or adjacent circuitry. A central 5mm (0.2-inch) mounting hole ensures easy and secure physical bonding to heat management assemblies using standard fastener hardware.
Precision Engineering and Operating Parameters
Operating with a low repetitive peak reverse current rating of 5mA at maximum rated voltage, this rectifier module maintains minimal static power losses during reverse bias cycles. The 4-pin faston wire terminal configuration offers high mechanical stability and flexible connectivity options for direct soldering or spade terminals. It is designed to sustain high forward surge currents, making it exceptionally resilient against transient power spikes and initial startup loads.
Wide-Ranging Industrial and Commercial Applications
The KBPC5010 bridge rectifier module is an essential solution for high-power linear power supplies, switched-mode power supply (SMPS) input stages, high-current battery chargers, DC motor velocity controllers, induction heating units, and arc welding apparatus. Its ruggedized construction makes it suitable for automation equipment, variable frequency drives, and heavy-duty industrial control panels requiring stable DC output under continuous load conditions.
