Panasonic CR-2025 Lithium Coin 1 Pack

The Panasonic CR-2025 Lithium Coin is a high quality replacement battery that delivers long lasting power. The lithium battery has no memory effect, so it can be used as needed without affecting performance. It has a wide operating temperature range of -30°C to +60°C and a low self-discharge rate, meaning it will hold its charge for longer than other batteries.

The Panasonic CR-2025 Lithium Coin is ideal for use in medical devices and other electronic devices where the battery must be replaced frequently.

Product Features in Detail

Very low self-discharge
A long shelf life means a battery still has lots of percentage of the original capacity, even after 10 years in storage. This goes for the Panasonic lithium coin CR2025 batteries. The reason for this is that they are chemically very stable, due to the combination of lithium and manganese dioxide. Long-term discharge has been tested at all operating temperatures under low-load discharge conditions.

Applications
For devices where traditional batteries cannot be used, LITHIUM COIN CR2025 has a proven track record. These batteries are useful for memory back-up, digital watches, calculators, car keys, fitness appliances, laser pens and medical devices like a tensiometer and a clinical thermometer.

High reliability and safety
Repeated tests have been conducted on the various performance and safety characteristics of the LITHIUM COIN CR2025. The effects of environmental factors such as temperature were also tested. A wealth of corroborative data was accumulated on the performance of the batteries and this cannot be pinpointed by short-term accelerated tests. The result of this is winning the approval under the UL safety standards in the United States and wide recognition around the world for the high reliability and safety.

Ultra-compact power
The Panasonic lithium coin CR2025 battery has a high voltage of 3V and an ultra-compact design. This means that a single lithium battery can replace two, three or more traditional batteries. Also the very small devices can thereby be provided with a powerful source of energy.