Vishay Bridge Rectifier 400 V 6 A High Surge 137 A 4-Pin Single Through Hole D-72 VS-KBPC604PBF

Vishay VS-KBPC604PBF Bridge Rectifier is a high-performance semiconductor device engineered for converting alternating current (AC) into direct current (DC) in full-wave rectification circuits. Designed as a single-phase, 4-pin module with through-hole mounting, it ensures compact installation on printed circuit boards or chassis.

Its package type D-72 and robust construction provide excellent thermal performance withstanding ambient temperatures from -40°C to a maximum of 150°C. The rectifier supports a peak reverse repetitive voltage of 400 V and can handle a continuous forward current of 6 A, along with a high surge current capacity up to 137 A, suitable for demanding industrial and power electronics applications.

The diode bridge arrangement ensures consistent and reliable DC output polarity for either polarity of AC input. The device’s compact dimensions of 15.75 mm length, 15.75 mm width, and 5.33 mm height contribute to space-efficient designs in electronic circuits.

This bridge rectifier is ideal for use in industrial, manufacturing, HVAC, and electronic power supply systems where stable high current rectification is required. Vishay's semiconductor technology ensures durability, reliability, and high efficiency in demanding environments.

Operates with a peak non-repetitive forward surge current of 137 A. Compact D-72 through-hole package suitable for PCB mounting. Supports maximum operating temperature up to 150°C and minimum down to -40°C. Features reliable diode arrangement for consistent polarity output.

Dimensions are 15.75 mm length, 15.75 mm width, and 5.33 mm height. Peak forward voltage is 1.2 V with peak reverse current up to 10 mA. Suitable for industrial electronics requiring high surge current tolerance and thermal stability.

Choose Vishay components on EnvMart for trusted semiconductor devices including high-quality Bridge Rectifiers engineered to provide dependable performance in electronic and power systems.