1-8 Cell 1.2V 3.6V 4.8V 6V 9.6V NiMH NiCd Battery Dedicated Charger Module Board

Features: brand new high quality Made of high-quality materials for durability 1-8 core 1.2V 3.6V 4.8V 6V 9.6V NiMH NiCd battery special charger module board USB power protection: When charging multi-cell batteries the USB power supply needs to provide high current. NIUP11TA adds USB power protection to ensure that the USB power supply is not damaged. When the USB power supply voltage is pulled down to a certain threshold the charging current is reduced to protect the USB power supply. When the USB supply voltage rises adjust the charging current to the maximum value. Short Circuit Protection and Zero Volt Battery Activation: NIUP11TA can intelligently detect whether the output is short-circuited and prompt an error. NIUP11TA allows the output to be short-circuited for a long time without damaging any circuit and USB power supply the output is short-circuited and maintains low power consumption. NIUP11TA has a zero-volt battery activation function and it is judged as a zero-volt battery when a short circuit is detected for the first time after power-on. The horse activates the zero-volt battery and the zero-volt battery activates and enters the normal charging process. If the zero-volt battery is not activated it is judged as a short circuit and the indicator light starts to flash. Battery Protection: 1) If the battery voltage is higher than 1.35V the battery is considered to be close to full capacity. If it is not charged after being plugged in the indicator light will be off to prevent the battery capacity from decreasing due to the memory effect of the nickel-cadmium battery. 2) After connecting the battery the number of battery packs will be judged. If the voltage is not within the corresponding range charging will not be performed. Charging process: 1) Battery insertion detection When the charger is powered on it will automatically detect whether a battery is inserted or not. It starts automatically when a zero-volt battery is detected. An error will be indicated when a short circuit is detected. If the number of battery packs does not match the circuit an error will be reported. When the correct battery pack is inserted normal charging will occur. 7)