Compact ideal diode module designed for lowloss reverse input protection and current applications. The module acts like an ideal diode with millivoltlevel forward drop and immediate shutoff if output voltage exceeds input, making it suitable for solar, battery charging, and irrigation charge protection. Key benefits Reverse input protection: builtin ideal diode controller prevents reverse feeding from output to input, protecting connected sources and batteries. Very low voltage loss: millivoltlevel forward drop reduces power dissipation compared to ordinary current diodes, lowering heat generation and improving system efficiency. Replaces bulky diodes: can substitute ordinary current diodes in power circuits, saving PCB space and reducing heatsinking requirements. Fast response: detects reverse or overvoltage conditions and shuts down the output immediately to prevent damage. Robust current handling: supports current flows up to 50A for demanding power systems. Main features Ideal diode behavior: input and output behave like a diode with an extremely low forward voltage and automatic shutdown when output exceeds input. Reverse input protection implemented by an ideal diode controller. Reduced heat and improved conversion efficiency in power applications. Copper foil thickness 1.5oz for reliable current carrying capacity and thermal performance. Compact and lightweight form factor for easy integration. Specifications Working voltage: 970V Maximum working current: 50A Copper foil thickness: 1.5oz Weight: approx. 39 g / 1.4 oz Size: approx. 38 x 54 mm / 1.5 x 2.1 in Typical applications Solar photovoltaic systems: use between parallel solar panels or between panel strings and charge controllers to prevent backfeeding and reduce losses. Battery charging circuits: protect batteries from reverse currents during lowlight or disconnected source conditions while minimizing conversion losses. Irrigation and offgrid power systems: protect pump controllers and charge circuits in remote irrigation setups where efficient, reliable reverse protection is required. Package contents 1 Ideal Diode module Installation notes Designed for 970V systems. Ensure system voltage and current requirements do not exceed the module specifications. Mount to a suitable PCB area with adequate thermal paths; the low forward drop reduces but does not eliminate heat under continuous currents. Connect input to source and output to load or battery following usual polarity conventions. The module will act as a lowloss diode and provide reverse input protection automatically. This module provides a practical, compact solution to reduce diode losses, protect against reverse input conditions, and simplify current power designs.