100A High Current Ideal Diode Module Solar Controller Anti-reverse Charging Anti-Reverse Current Protection

Features:1. The product only needs to be connected in series to the positive pole of the circuit, without the need to connect to the negative pole2. No input voltage limitation (ensuring reverse voltage below 40V)3.4 320A high current MOS transistors, continuous overcurrent of 80A, peak value of 100A4.0.9m Ω milliohm conduction internal resistance, low loss due to pressure difference of about 0.004 volts, and low heat generation5.2 Fast response to reverse polarity within the US, with input and output equivalent to diodes6. If the output voltage is detected to be greater than the input, immediately turn off the output. The detection value is in the millivolt level, and the response speed is very fastProduct IntroductionThis module uses imported MOS management chips and is equipped with four 0.9m Ω, 320A high-power MOS transistors on board, which have low temperature rise due to excessive current.This product does not require grounding. According to the official technical documentation, after testing, the voltage will fluctuate by about 0.03~0.2V after passing through an ideal diode (the fluctuation voltage varies depending on the current, and all ideal diodes on the market that do not require grounding have the same problem). When 98% of the time are conducting, the fluctuation voltage is the lowest point and the heat generation is also the lowest. 2% of the time, the chip is powered by the internal diode, and the fluctuation voltage and heat generation are the highest at this time.Suitable for replacing ordinary high current diodes, batteries, solar panels, and preventing backflow. Connecting in series at the input end of the power supply is an ideal choice for anti reverse connection.Notes:1. There is no limit to the input voltage, but there is a requirement for reverse voltage.2. The reverse voltage is below 40V (the difference between the output voltage and the input voltage cannot be higher than the input voltage of 40V)For example, if the input is connected to a 24V power supply, the output can be connected to 12V, 24V, 36V, 48V, 60V batteries, but cannot be connected to batteries above 72V because 72V-24V input=48V. If the input is not connected to a power supply and there is no voltage input at the input end, the output can be connected to a voltage below 40V. If the output is connected to a voltage above 40V, it will damage the chip.If used for anti backflow, be sure to disconnect the output first.4. Due to not being grounded, the output voltage fluctuates by about 0.3V. Not suitable for products with voltage accuracy.Package List:Ideal diode module * 1