阅读说明：本技术 电池控制电路及电子设备 (Battery control circuit and electronic equipment ) 是由 陶波波 董锐华 于 2017-10-09 设计创作，主要内容包括：一种电池控制电路及电子设备,电池控制电路应用于具有N个电池的电子设备,控制电路包括控制器(101)、N个功率开关、N-1个功率二极管；N个功率开关的一端分别与N个电池的输出端串联连接；第一个功率开关的另一端,分别与电源输入端及第一个功率二极管的阳极连接；第i个功率开关的另一端,分别与第i-1个功率二极管的阴极及第i个功率二极管的阳极连接；第N个功率开关的另一端,分别与第N-1个功率二极管的阴极及电子设备中的各用电回路的供电端连接；控制器(101)的N个第一输出端分别与N个功率开关的控制端连接,用于控制N个功率开关的导通状态。所述电池控制电路及电子设备可以延长电池的使用寿命,提升电子设备的系统性能。(A battery control circuit and electronic equipment, the battery control circuit is applied to the electronic equipment with N batteries, the control circuit includes the controller (101), N power switches, N-1 power diodes; one end of each of the N power switches is connected with the output end of each of the N batteries in series; the other end of the first power switch is respectively connected with the power supply input end and the anode of the first power diode; the other end of the ith power switch is respectively connected with the cathode of the (i-1) th power diode and the anode of the ith power diode; the other end of the Nth power switch is respectively connected with the cathode of the (N-1) th power diode and the power supply end of each power utilization loop in the electronic equipment; n first output ends of the controller (101) are respectively connected with control ends of the N power switches and used for controlling the conducting states of the N power switches. The battery control circuit and the electronic equipment can prolong the service life of the battery and improve the system performance of the electronic equipment.)