1. Efficient design Offers a efficiency solution with lower losses in performance applications and saves space on the circuit board. This design helps improve overall system efficiency and reduces footprint on the PCB. 2. Fast Equipped with a Channel N MOSFET for quick detection of the output voltage, which exceeds the input, and it turns off the output immediately. This fast response helps protect downstream components from overvoltage or abnormal conditions. 3. Low energy consumption Uses a low impedance path with current capability, 300 A and 1.5 thousands, to reduce energy consumption. The arrangement supports current operation while aiming to minimize losses. 4. Versatile use Ideal to ordinary diodes with current pathways and parallel solar panels, suitable for charging the backward irrigation protection. Designed for flexible integration in systems that require robust current handling and protection. Use scenarios Solar charging installations with parallel panels: traditional diodes with this solution to enable efficient, current routing and improved space utilization on the control board, while supporting multiple panels in parallel. Compact performance power boards: implement in tight PCB layouts where space savings and fast protection response are critical, helping to maintain performance without increasing board size. Protectionfocused power systems: employ in circuits where fast shutdown when the output exceeds the input is needed to guard sensitive electronics and connected components, including backward irrigation protection applications.