CP601822 3V Disposable Lithium Manganese Soft Pack Battery: Compact, Long-Lasting Power for Miniaturized Devices
In today’s world of increasingly miniaturized and functionally integrated device designs, power solutions need to provide stable power in smaller volumes. The CP601822 3V disposable lithium manganese soft pack battery, with its compact 6.0×18×22mm dimensions, achieves an excellent balance between slim form factor and long-lasting power. It is specifically designed for smart micro-devices with extremely limited internal space and stringent power thickness requirements, making it the ideal energy core for cutting-edge applications such as implantable health monitoring and miniature sensors.

Slim and Compact, Reshaping Space Layouts

The CP601822 utilizes advanced ultra-thin lamination technology, controlling the overall thickness to just 6.0mm, occupying virtually no internal space within the device. Its slender shape allows it to be flexibly attached to the back of the PCB or embedded in the device’s interlayer, completely freeing up the product’s three-dimensional design constraints and providing unprecedented layout freedom for smart wearables, miniature IoT tags, and precision medical probes.

Slim Design, Uncompromised Performance

Based on a high-energy-density lithium manganese (Li-MnO2) chemical system, the CP601822 maintains full high-performance capabilities in its ultra-thin form:

• High Volumetric Energy Density: While being extremely thin and light, it maintains excellent energy storage capacity to meet the long-term operation needs of devices.

• Stable Voltage Output: Provides a stable 3V operating voltage throughout the entire discharge cycle, ensuring the precise operation of microprocessors and sensing units.

• Ultra-Low Self-Discharge Rate: An annual self-discharge rate of less than 1%, supporting an effective storage and standby life of over 10 years, perfectly matching long-life cycle devices.

• Wide Environmental Adaptability: Operating temperature range covers -20℃ to +60℃, adapting to various application scenarios from wearable devices to outdoor environments.

Safe and Reliable, Meeting Stringent Standards

Utilizing biocompatible materials and multiple safety packaging processes, it possesses excellent flexibility and sealing properties, effectively preventing electrolyte leakage. Having obtained relevant medical and environmental certifications, it can be safely used in areas with extremely high safety requirements, such as implantable devices, health monitoring patches, and high-value consumer electronics.