在脉冲充放电过程中，充电电流随着电池端电压的变化而变化。 本设计采用多

Per processum pulsum incurrentes et obeuntes, currentes incurrentes mutationes cum mutatione pilae terminalis intentionis. Hoc consilium multi- gradatim pulsus modum increpans adoptat: primum, altum venae pulsum currentem incurrens tempus pugnae minuere potest, cum mediocris intentionis pilae terminalis maior est (25), ad microcontroller P 2. reducere 4-. port output intentione (semper alta) reducere identificatio fontis venae transistoris FET transistoris, id est currentis currentis, Similiter, cum mediocris intentionis terminatio pilae attingit 4.8 V (25° C), incurrens current pilae amplius reducitu

In processo pulsae charging et discharging, current changes in the change of battery terminal voltage. This design adopts multi step pulse charging mode: first, high current pulse charging can reduce the charging time of the battery. When the average voltage at the battery end is large (25), it can reach the single chip microcomputer P2 Reducing the 4-port output voltage (always high) reduces the identification of the drain source current of the FET transistor, i.e. the charging current; Similarly, when the average terminal voltage of the battery reaches 4.8 V (25 °C), the charging current of the battery is further reduced