Compact, performance rectifier module designed for photovoltaic and power conversion systems. Engineered to deliver reliable rectification while managing heat and simplifying installation. Key benefits Efficient heat dissipation: Brass plate construction improves thermal transfer and helps reduce junction temperature, extending diode service life and supporting continuous operation. electrical capacity: Rated for 160 A output current and 1600 V, providing robust rectification for voltage, current applications. Durable at elevated temperatures: Supports a maximum operating temperature of 150 degrees C, maintaining performance in demanding environments. Easy to handle and install: Smallsized module format simplifies mounting and integration into compact assemblies and retrofit projects. Improves conversion performance: Stable electrical characteristics and thermal management contribute to better overall conversion efficiency in photovoltaic systems. Main features Function: Single rectifier diode module for converting alternating current to direct current in power electronics. Material: Brass plate for improved heat conduction and mechanical stability. Size: Small form factor for spaceconstrained installations and simplified handling. Performance: 160 A output current, 1600 V voltage rating, maximum operating temperature 150 degrees C. Compatibility: Suited for a wide range of photovoltaic power electronics and other power conversion devices that require voltage, current rectification. Typical applications Solar inverters and string combiners: Use as a rectifier element in inverter input stages or combiner boxes to improve reliability and thermal performance. Solar charge controllers and battery charging systems: Integrate where current and voltage rectification is required under continuous load. Industrial power supplies and power conversion equipment: Install in compact assemblies that need robust rectification with effective heat dissipation. What makes it stand out Combines a voltage and current rating with a compact footprint and brassbased thermal path, providing a practical balance of performance and ease of integration for photovoltaic and other power electronic applications.