Singapore, Southeast Asia ZEBRA 'e' Series Laptop Notebook Battery

Select ZEBRA batteries by model fist letter :A E W

Rechargerable Li-ion Battery For ZEBRA ET50 SERIES Series Notebook Computer PC Laptop:

ET50 Series Tablet

Rechargerable Li-ion Battery For ZEBRA ET51 Series Notebook Computer PC Laptop:

ZEBRA ET51 Laptop Battery

Rechargerable Li-ion Battery For ZEBRA ET51AE Series Notebook Computer PC Laptop:

ET51AE

Rechargerable Li-ion Battery For ZEBRA ET51AT Series Notebook Computer PC Laptop:

ET51AT

Rechargerable Li-ion Battery For ZEBRA ET51CE Series Notebook Computer PC Laptop:

ET51CE

Rechargerable Li-ion Battery For ZEBRA ET51CT Series Notebook Computer PC Laptop:

ET51CT

Rechargerable Li-ion Battery For ZEBRA ET56 Series Notebook Computer PC Laptop:

ZEBRA ET56 Laptop Battery

Rechargerable Li-ion Battery For ZEBRA ET56BE Series Notebook Computer PC Laptop:

ET56BE

Rechargerable Li-ion Battery For ZEBRA ET56BT Series Notebook Computer PC Laptop:

ET56BT

Rechargerable Li-ion Battery For ZEBRA ET56DE Series Notebook Computer PC Laptop:

ET56DE

Rechargerable Li-ion Battery For ZEBRA ET6 Series Notebook Computer PC Laptop:

ET60AW

Rechargerable Li-ion Battery For ZEBRA ET60AW 10 INCH RUGGED ANDROID Series Notebook Computer PC Laptop:

ET60AW 10 Inch Rugged Android Tablet

Rechargerable Li-ion Battery For ZEBRA ET65AW Series Notebook Computer PC Laptop:

ET65AW

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.