Inductive energy transfer balance board, high current 1.2A energy transfer battery voltage balancer, significantly balance the battery voltage and the overall efficiency of the battery pack The module is the adjacent voltage difference equalization, the adjacent battery voltage difference reaches more than 0.1V, the chip internal triggers the equalization work, until the adjacent battery voltage difference is less than 0.03V and stops working, when it is used on the battery pack, there is adjacent voltage difference trigger when charging and discharging Balanced work, the battery pack voltage error will also be pulled back to a perfect value, reducing battery maintenance costs. When the equalization light is on, the equalization work is turned on, The equalization light is off, the equalization circuit is in sleep state, The equalization light is flashing, indicating is dropped, or the circuit is faulty. Wiring Definition: B-, the negative of the battery pack (the negative of the first battery) B1, the of the first battery , the of the second battery B3, the of the third battery B4, the of the fourth battery B5, the of the fourth battery technical parameter: The working voltage is 2.0V-4.5V, the ternary iron lithium battery is common, and the LTO lithium titanate battery is not suitable. Balance current: The adjacent voltage difference is more than 0.1V (the current is about 0.5-0.7A) The adjacent voltage difference is more than 0.2V (the maximum equilibrium current is 1.2A) The smaller the voltage difference, the smaller the equalizing current. Type: Active Equalizer Feature 1: Energy Transfer Board Feature 2: Current Balance Module Feature 3: trings of inductive energy conversion color:Black Material:PCB Package Contents: 1 x Energy Transfer Plate 1 x Terminal Cable(Random Color, Cannot select specified color) Only the above package content, other are not included. Note: Light reflection and different displays may cause the color of the item in the a little different from the real thing. The measurement allowed error is +/- 1-3cm.