button cell battery

ML2016 Rechargeable Lithium Coin Cell employs specially treated manganese dioxide for the positive material and a lithium-aluminum compound for the negative material. A specially formulated organic electrolyte is also used, yielding excellent discharge characteristics with low self-discharge.

CR2330 Lithium Coin Cell Batteries in particular are commonly used in the following applications: CMOS Batteries in Computers, Dive Computers, Automotive Industry, Medical Industry, and other Portable Devices.

Coin Cell Battery BR2325 are commonly used as CMOS batteries in laptops and in a variety of other specialty applications such as watches, keyless door entry, small electronics, PDA mem-backups, motherboard clock backups, toll passes, calculators, cameras, electronic translators, and medical devices.

High-temperature resistance Stable electrical performance under high-temperature conditions,safe in use. High voltage, high energy density A 3V cell, about twice the voltage of a dry cell,with space-saving and lightweight. Excellent discharge stability The staible voltage characteristics are performed even when discharging for a long period of time. Superior storage characteristics Unique encapsulation technology achieves low self-discharge,annually less than 2%.

Specifications Nominal Discharge current 0.2mA Nominal Voltage 3V Nominal Capacity 270(mAh) Continuous stangard load 15(kΩ) Maximum pluse current 25mA Operating temperature -20℃~70℃ Weight 4.5（g） UL Recognition MH29853

CR2325 Coin/Button Cell Battery For key fobs High working voltage： The rated battery voltage is 3.0V Discharge performance is stable： Manganese dioxide as positive electrode, lithium as negative electrode, with stable discharge effect Wide operating temperature range： It can work in the range of - 20～70 °C. Low self-discharge rate： The annual self-discharge rate does not exceed 2%.

High-temperature resistance Excellent discharge stability High voltage, high energy density Superior strorage characteristics

High-temperature resistance Excellent discharge stability High voltage, high energy density Superior strorage characteristics

High-temperature resistance Excellent discharge stability High voltage, high energy density Superior strorage characteristics