Vishay Single-Phase Bridge Rectifier 800 V Peak Reverse Repetitive Voltage 300 A Peak Non-Repetitive Forward GBPC2508W-E4/51

Vishay GBPC2508W-E4/51 is a single-phase bridge rectifier designed for efficient conversion of alternating current (AC) to direct current (DC) in full-wave rectification settings. It supports a peak reverse repetitive voltage of 800 V and a high peak non-repetitive forward surge current of 300 A, enabling it to handle electrical surges and ensure reliable operation in industrial and electronic applications.

The device employs a glass passivated diode technology that offers high reliability and thermal performance. With a peak forward voltage of 1.1 V and a minimal peak reverse current of 500 microamperes, it assures low power loss and enhanced efficiency. It's designed for through-hole mounting on PCBs with a 4-pin GBPC package, facilitating straightforward assembly in electronic circuits.

Operating within a temperature range from -55°C to 150°C, this rectifier suits applications requiring robust thermal endurance. Its compact size, measuring approximately 28.8 mm by 28.8 mm by 7.87 mm, helps integrate into compact electronic modules without compromising performance.

Constructed for high reliability and maximum thermal performance through glass passivated technology. Features low typical peak reverse current of 500 microamperes enhancing efficiency. Supports operating temperature range from -55°C to 150°C for diverse environments.

Designed for PCB through hole mounting with 4 pins and GBPC package type. Compact dimensions with 28.8 mm length, 28.8 mm width, and 7.87 mm height. Single-phase configuration suited for full-wave AC to DC rectification applications.

High surge current capability ensures durability under power surges up to 300 A. Not certified for automotive standard; manufactured in China.

This bridge rectifier is ideal for industrial electronic assemblies, power supplies, and automated manufacturing equipment requiring reliable rectification with high surge tolerance. Its enhanced thermal characteristics make it suitable for harsh thermal environments in the electronics industry.

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