40A 60A Ideal Diode Module No Voltage Limitation Solar Energy Anti Reverse Irrigation Battery Charging Anti Backflow Protection

Quantity : 1 High-concerned chemical : none Package : TQFP Type : Module Brand Name : DIY NOW Origin : Mainland China Condition : New

Features 1. Available in 40A and 60A specifications to meet diverse power application needs with high flexibility 2. Innovative ground-free structure simplifies installation complexity 3. No voltage restrictions ensure broad compatibility with diverse power systems 4. Integrated reverse polarity, reverse current, and backflow protection enhances overall reliability 5. Ideal diode control logic significantly reduces conduction voltage drop and power consumption compared to traditional diodes, improving efficiency and minimizing heat generation Product Overview Multiple variants available to meet diverse customer requirements Simply connect in series to the circuit's positive terminal—no negative connection needed No input voltage restrictions (provided reverse voltage remains below 40V) 300A high-current MOSFET: Single device handles 40A, dual devices handle 60A 1mΩ on-resistance minimizes power loss and heat generation 2μs response time to reverse polarity events; functions as a diode between input and output. Immediately shuts off output upon detecting millivolt-level output overvoltage, ensuring ultra-fast response Applications 1. Replaces conventional high-current diodes, batteries, and solar panels for reverse current protection 2. Ideal for series connection at power supply inputs to prevent reverse polarity Precautions: Input voltage is unrestricted, but reverse voltage must remain below 40V. The output voltage must not exceed the input voltage by more than 40V. For example: - Input connected to a 24V power supply - Output connected to a battery - Compatible batteries: 12V, 24V, 36V, 48V, 60V - Not compatible with batteries above 72V (72V output - 24V input = 48V) - Reverse voltage exceeds 40V. Package include Module*1 (Model of your choice) label:yes