Bridge rectifier, single-phase, 800 V, 15 A, brand EB2059700761

Single-phase bridge rectifier EB2059700761 rated for 800 V and 15 A is designed to convert alternating current (AC) to direct current (DC) in a variety of electronic applications. The component provides steady DC output within its specified voltage and current limits and is suitable for PCB mounting or integration into power modules. It is commonly used for power supplies, motor control systems, battery chargers and industrial electronics where a compact, reliable rectifier is required.

Advantages

This 800 V, 15 A bridge rectifier offers a compact footprint for board-level installation and stable performance under rated load. The single-phase design simplifies AC-to-DC conversion in single-phase mains or isolated secondary circuits. The device provides predictable voltage drop characteristics and thermal behaviour that facilitate integration into power assemblies and repair tasks. Its construction supports steady current flow and safe operation within the manufacturer's specified limits.

Suitable for

• Single-phase power supplies for industrial and consumer electronics
• Motor drive rectification circuits
• Battery chargers and charging modules
• Replacement or repair of compatible rectifier modules on PCBs
• Power conversion stages in automation and control equipment

Key specifications

• Electrical topology: single-phase bridge rectifier
• Maximum repetitive reverse voltage: 800 V
• Average forward current: 15 A
• Mounting: PCB or module integration
• Application environment: power supplies, motor drives, chargers, industrial electronics

How to use

Install the bridge rectifier on the PCB according to the circuit schematic, ensuring correct polarity for AC input and DC output terminals. Provide appropriate heat dissipation measures such as heatsinking or board copper area if the device will operate near its rated current for extended periods. Verify wiring and clearances for insulation at the 800 V rating, and include suitable fuses or protection devices in the circuit to prevent overcurrent or short-circuit conditions. Test the assembled circuit at low power before applying full mains voltage.

Usage recommendations

Operate the rectifier within its voltage and current ratings, ensure adequate cooling, and follow standard safety practices when working with high-voltage AC supplies. If continuous operation at or near 15 A is expected, plan for thermal management and periodic inspection to confirm reliable performance.