Constant voltage charging or constant current charging of the charging alkaline battery can prevent the formation of a soluble MN (Vi) product using a cutoff voltage of 1.65 V. Using 50 60h: pulse current, OCV is monitored in a current intermittently, which can be specifically designed to quickly charge, and optimize the charge and discharge cycle. According to the measured voltage, the charger can limit the pulse ratio so that the charging current gradually decreases to zero during charging until the charging ends.
Since the battery may have inconsistent, the application battery pack has not charged the special pretreatment. This is different from the nickel-cadmium battery that can be continuously charged under certain conditions. However, this problem can be solved with a low cost magnetore diode. The diode has a conduction voltage of 1.6V and can be fully current at 1.7V. Since any fever in the diode can be discharged to the outside of the battery, fast charging can be performed. In order to prevent the series battery packs from being reversed at the time of over-discharge, a diode having a working voltage is 0. 8V is required. Nickel-cadmium batteries or nickel-metal hydride batteries are used in solar charging. It is extremely unreal because they have a large degree of discharge at high temperatures, but they do other for RAM.
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