3V-26V 10A Ideal Diode Module Solar Charging Backflow Prevention Low Internal Resistance Analog Rectifier

Features 1.Support 3-26V wide voltage range, suitable compatible with a variety of solar charging and power management systems 2.10A high current output capacity, high efficiency and stability to meet the needs of high-power equipment operation 3. Low internal resistance design reduces energy loss and improves overall charging efficiency. 4. With anti-backflow function, effectively prevent the current reverse flow, protect the battery and equipment safety 5. Analog rectifier function replaces the traditional diode, reducing heat and improving system reliability. Parameter Working voltage: 3V-26V Working current: 12V 25℃ without heat dissipation measures ≤ 10A (test compatible with 30 minutes) Static current: 130ua (12V unloaded) Positioning method: welding fixation Precautions: 1. The module must be used in common ground, the positive and negative terminals of the input without reverse protection, can not be reversed. 2. The module is small in size and must pay attention to heat dissipation when working with high current. 3. This module is used compatible with the output side of the anti-backflow use, can not replace the switching power supply in the current diode 4.The internal resistance of the module will be large when working at low voltage around 3V, so the current can be less than 10A. 5. The lowest voltage drop of the module is about 53mv. 6. Since the module is not a real diode, in order to avoid the impact of its short peak pulse, the module should be added to the output side of the large capacitors and voltage regulator diodes to match the voltage. 7. Avoid the use of occasions where the voltage difference between the inputs is too large when the outputs of the two boards are shorted. 8. If there is a us level or smaller voltage pulse in the voltage, the module input voltage will be a small pull up, the actual test 26V input 10us pulse will make the input voltage pull up about 100-200mv Package include Ideal Diode Module*1