technical parameter: The working voltage is 2.0V-4.5V the ternary iron lithium...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...more
technical parameter: The working voltage is 2.0V-4.5V the ternary iron lithium...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...more
technical parameter: The working voltage is 2.0V-4.5V the ternary iron lithium...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...more
Inductance adjacent equalizat module is suitable for battery packs with capaci...Inductance adjacent equalizat module is suitable for battery packs with capacity below 30AH. Buy high efficiency flying capacitance equalizat for battery packs above 30AH! In order to better balance efficiency. The better price the bettter balance....more
Product Information] Protective Case needs to be assembled by yourself After t...Product Information] Protective Case needs to be assembled by yourself After the assembly is completed tear off the outer yellow film.Before connecting the equalization board check whether each piece of wiring is correct insulation between the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
Reserve the wiring position of the sleep switch! The working current in the sl...Reserve the wiring position of the sleep switch! The working current in the sleep power-off mode is Less than 0.1mA The static working current is about 12mA The capacitor fit transfers the charge mover the equalization board is connected to the...more
With under-voltage sleep protection the voltage automatically stop entering th...With under-voltage sleep protection the voltage automatically stop entering the sleep state when the voltage is lower than 3.0V and the standby power consumption is less than 0.1 mA. The appearance and color of different batches of products may be...more