Panasonic CR2016 3V Lithium Coin Battery

For a variety of extremely small electrical devices, the Panasonic CR2016 3V Lithium Coin Battery is the ideal supply. One lithium battery can take the place of two or more conventional batteries. This is due to the large amount of power (3V) contained in this incredibly small design. generally found in compact, high-performing gadgets such as alarm systems, glucose metres, and cameras.

After ten years, the Panasonic CR2016 Lithium coin batteries still have 90% of their initial capacity. Their extremely high chemical stability is a result of the combination of manganese dioxide and lithium. Under low-load discharge conditions, long-term discharge has been confirmed at all working temperatures.

Safety:
Due to their exceptional dependability and safety, Panasonic batteries have been widely acknowledged globally and have been approved under UL safety standards in the United States. This is the outcome of numerous experiments Panasonic did on the CR2016 Lithium Coin’s different performance and safety features, as well as the impact of environmental variables like temperature. We have a plethora of supporting information on the batteries’ performance that is not possible to determine from quick, hurried tests.

Applications:
These batteries work with calculators, digital watches, vehicle keys, laser pens, memory backup, fitness gadgets, and medical devices like tensiometers and clinical thermometers. For appliances that cannot be powered by ordinary batteries, it has a track record of success. It has an outstanding power output of 3 Volts and a large 90 mAh capacity.

Features: 

• 3V stable and high voltage
• A complete range suitable for numerous applications
• No additional mercury
• Beneficial in a broad temperature range (-30°C to +60°C)
• Material containing manganese dioxide
• large capacity long-lasting existence.
• Superior storability and a low rate of self-degradation
• It can be used in any expensive gadget with improved safety because it has high leak prevention and prevents oxidation damage in electronics.
• Resistance to ongoing discharge, and thus very little outflow of self.
• Extended storage life of up to ten years