本发明实施例提供一种充电电路和移动终端，充电电路设置在移动终端的充电界面和电池之间，充电电路包括：在充电界面和电池之间依次串联的第一电路、电容耦合组件和第二电路，电容耦合组件断开了充电电路的直流通路。本发明实施例中，通过电容耦合组件将充电线路的直流通路隔开，也就是说，充电电路上不存在直流通路，那麽，在第一电路失效时，充电界面输出的直流电就不会直接输出至第二电路和电池上，提高了充电电路的可靠性。

The present disclosure proposes a charging circuit and a mobile terminal. The charging circuit, disposed between a charging interface and a battery, includes a first circuit, a capacitance coupling element, and a second circuit connected in serial and between the charging interface and the battery. The capacitance coupling element is used for disconnecting a direct current route of the charging circuit from the second circuit. According to the present disclosure, the DC route of the charging circuit is cut by the capacitance coupling element, i.e. the charging circuit being free from the DC route. Accordingly, DC current from the charging interface cannot apply to the second circuit and the battery when the first circuit disables, thereby facilitating reliability of the charging circuit.