80A 100V Ideal Diode Module High Power Anti-Reflux 5-90V Charging Adapter AWG10 Silicone Connecting Wire XT90 Plug for RC Model. Adopts a 100V 300A 1.5 mR large MOS ideal diode module for anti-backflow protection, and it is a solar anti-backflow charging module without voltage limitation. It is recommended to install a heat sink for long-term high-current operation! The main board adopts a 4-layer thickened copper foil design, with pad that allow tin stacking. The 1.5 m 100V 300A MOS tube supports high current! Attention: Do not exceed 100V. For applications with counter electromotive force, an additional diode (NOT included) is required. In short, under this connection method, the battery with a higher voltage mainly supplies power to the load. Alternatively, when the voltages are the same, one battery may supplying power randomly, but in fact, the two batteries are similar to being connected in parallel (except that reverse current is blocked). 300A high-current MOS tube with low internal resistance and low heat generation. It can quickly respond to reverse polarity situations internally; the input and output are equivalent to a diode. When the output voltage is detected to be higher than the input, the output is turned off immediately. The detection value is at the millivolt level, and the response speed is extremely fast. Supports an operating temperature range of -40C to 125C. It can replace ordinary high-current diodes, storage batteries, and solar panels, and prevent backflow and reverse current. It is an ideal choice for anti-reverse connection when connected in series at the input end of the power supply. Item name: diode module Voltage range: 5-90V Interface: XT90 plug Working temperature: -40C to 125C Weight: about 39g Load voltage drop data: (Ordinary diodes cannot achieve such a low voltage drop.) Current (A) Voltage Drop (V) Current: 80A Voltage Drop: 0.12V Precautions: When two batteries are connected to a load through ideal diodes, the ideal diodes have unidirectional conductivity. If the voltages of the two batteries are different, only the battery with the higher voltage can supply power to the load through the diode. When the high-voltage battery starts supplying power, current flows from the positive pole of the high-voltage battery, passes through the diode and the load, and then returns to the negative pole of the high-voltage battery. The low-voltage battery cannot supply power to the load due to the blocking of the diode. If the two batteries have the same voltage and are connected in the correct direction, due to the unidirectionality of the diode, one of the batteries may randomly supply power to the load first. However, once power supply starts, the two batteries are actually equivalent to supplying power to the load in parallel, but reverse current is blocked due to the existence of the diode. Color: As Shown Material: plastic Package Contents: 1 * Module Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.