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'Z' Series Laptop BatterySingapore, Southeast Asia TOSHIBA 'z' Series Laptop Notebook Battery
Rechargerable Li-ion Battery For TOSHIBA Z1 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z10T-A PT141A Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z3 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z30 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z30 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z30AK Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z30B Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z83 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z830 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z835 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z9 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z93 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z930 PT234C Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z930 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z935 Series Notebook Computer PC Laptop:
Rechargerable Li-ion Battery For TOSHIBA Z98 Series Notebook Computer PC Laptop:
The Internal Structure of a Laptop Battery:
The internal structure of the laptop battery is mainly composed of three parts: the battery core, the charge and discharge control circuit board, and the temperature feedback line. Among them, the battery core is the energy center of the battery, which is responsible for countless times of charging and discharging. The circuit board is used to control the charging and discharging of the battery core. When the battery core is short of power, it allows charging, and when the battery core is fully charged, it cuts off charging. Due to the large capacity of the battery cell of the notebook computer, there will be a violent chemical reaction inside during use. Therefore, for the sake of safety, the temperature of the battery cell must be strictly controlled not to be too high, and the temperature feedback line plays a very important role here; When the temperature exceeds a certain level, it will be sent to the circuit board through the temperature feedback line, and the charging can be cut off immediately.