Features Durable Construction: Made from high-quality printed circuit board material for a long service life, ensuring reliable performance in any condition Advanced Production Technology: Designed to minimize the risk of pseudo soldering, providing a stable and efficient connection for optimal functionality Versatile Compatibility: Offers a wide voltage supply range, making it suitable for various work scenarios and enhancing convenience for diverse applications Efficient Operation: Features low heat generation and minimal voltage drop, improving work efficiency during solar battery charging and preventing backflow issues Ideal for Multiple Uses: Perfectly suited for solar panels and electronic equipment, ensuring robust anti-back protection and reliable performance in all environments Features: 1、This ideal diode is made from quality printed circuit board material, which is for long service life. 2、Adopting production technology, the pseudo soldering will not happen easily. 3、Wide voltage supply range, suitable for most work scenarios, providing you with more convenience. 4、With low heat and low prure drop, for solar Battery charging anti？back protection, improve work efficiency. 5、This anti？back protection board is ideal and suitable for solar panels, electronic equipment. Specification: Item Type: Ideal Diode Material: Printed Circuit Board Model: DG7512 Working Voltage: DC 5-75V Working Current: 12A (MAX) (Without Heat Dissipation for A Long Time Within 10A, It Can Be Used in Parallel to Increase the Working Current) Static Working Current: 0.7mA Working Temperature: -40-125℃ Wiring Mode: Welding Output Module Size: Approx. 25 x 14 x 3.8mm / 0.98 x 0.55 x 0.14in Purpose: Used for Anti-Back of Solar Panels and Anti-Back for Battery Charging. Increase Work Efficiency. Applicable Scenarios: Solar Panels, Electronic Equipment. Package List: 1 x Ideal Diode Note: There is no input reverse connection protection, do not reverse the positive and negative poles, otherwise the chip will be burnt. Package List 1 x Ideal Diode