CP505060 3V Disposable Lithium Manganese Soft Pack Battery: A Compact Power Solution Balancing Capacity and Reliability
CP505060 specification, 3V high-capacity soft-pack battery, flat lithium-manganese battery, battery for handheld devices, power supply for smart controllers, long-lasting soft-pack battery, 50mm square battery

When product design demands both substantial capacity and is constrained by internal space, the CP505060 3V disposable lithium manganese soft pack battery offers an ingenious balanced solution. Utilizing a unique flat soft-pack design with a standard size of 50×50×6.1mm, it delivers long-lasting and reliable power within extremely limited space, specifically designed for smart devices that require both extended battery life and compact size.

Compact Packaging, High Energy Storage

The CP505060 optimizes its internal chemical system and structural design, achieving a higher energy density than traditional batteries within its standard dimensions. Its flat soft-pack structure maximizes the utilization of internal device space, making it particularly suitable for integration into products with strict thickness limitations, such as handheld terminals, portable instruments, or smart home controllers.

Stable Performance, Long-Lasting Reliability
Based on the mature lithium manganese (Li-MnO2) chemical system, this product possesses the following core characteristics:

• Stable Voltage Output: Provides a nearly constant 3V operating voltage throughout the entire discharge cycle, ensuring stable operation of the circuit system.

• Long-Life Design: High energy density combined with an ultra-low self-discharge rate (annual self-discharge <1%) supports long-term reliable operation of the device.

• Wide Temperature Range Adaptability: Maintains stable performance within a temperature range of -20℃ to +60℃, adapting to various operating environments.

• Safe and Reliable Structure: Adopts multi-layer composite packaging technology, possessing good impact resistance and effectively preventing electrolyte leakage.