200A High-Current Output – Robust design handles heavy-duty industrial applications with stable DC conversion.

1600V Voltage Rating – Ensures safety and reliability in high-voltage environments.

Single-Phase Full-Wave Rectification – Efficiently converts AC input to smooth DC output with minimal power loss.

Industrial-Grade Construction – Durable diode module with 4-terminal design for secure connections and heat dissipation.

Wide Compatibility – Ideal for PWM converters, DC motor excitation systems, power supplies, and automation equipment.

This MDQ-200A bridge rectifier is engineered for high-performance AC-to-DC conversion in demanding industrial environments. Featuring a 200A output current and 1600V voltage rating, it delivers reliable full-wave rectification for single-phase systems. The module’s 2500VAC isolation ensures enhanced safety, while its compact design simplifies integration into power supplies, motor drives, and automation setups.

This MDQ 200A 1600V single phase bridge rectifier features a high output current of 200A and a repetitive peak reverse voltage of up to 1600V. Designed for high efficiency and stability in demanding electrical environments.
Constructed with a heavy-duty metal case and a flat bottom base, it provides excellent heat conduction and dissipation. The robust design ensures a longer lifespan and reliable operation under full load conditions.
Features 4 standard screw terminals for secure and straightforward wiring. The compact module size and integrated mounting holes allow for easy integration into various industrial power systems and control panels.
Utilizes advanced full-wave diode technology to convert AC input into steady DC output with minimal energy loss. Ideal for converting power sources in industrial automation and high-current machinery.
Commonly used in DC power supplies, motor controls, industrial automation, battery chargers, and CNC machinery. A reliable component for DIY enthusiasts and professional electricians looking for industrial-grade power solutions.