CP502425 specification, 3V lithium manganese soft-pack battery, ultra-thin disposable battery, battery for IoT devices, long-life soft-pack battery, 5mm ultra-thin battery, Li-MnO2 soft-pack battery

CP502425 3V Disposable Lithium Manganese Soft Pack Battery: An Ultra-Thin Energy Chip Designed for Long-Lasting Power

In the era dominated by the Internet of Things and miniature devices, power solutions determine product boundaries. The CP502425 3V disposable lithium manganese soft pack battery, with its ultra-thin profile of only 5.0mm, is the ideal energy core for space-sensitive devices. It’s not just a battery; it’s a long-lasting power engine embedded within the product.

Revolutionary Form Factor, Unleashing Design Freedom

The slim soft pack structure, measuring 5.0 × 24 × 25mm, can be flexibly attached to PCBs or built into small cavities, completely freeing up ID design limitations. Whether it’s smart cards, miniature trackers, or wearable medical patches, the CP502425 seamlessly integrates, making products lighter, thinner, and more versatile.

Long-Lasting and Stable, Focused on Critical Missions

• Based on the lithium manganese (Li-MnO2) system, the CP502425 provides reliable performance that surpasses traditional batteries:

• High Energy Density: Stores more energy in a very small volume, significantly extending device life.

• Stable Voltage Platform: Maintains a stable 3V output throughout the entire discharge cycle, ensuring precise circuit operation.

• Ultra-Low Self-Discharge: Annual self-discharge rate <1%, supporting over 10 years of ultra-long standby and storage.

• Wide Temperature Adaptation: Operates stably in environments from -20℃ to +60℃, fearless of environmental challenges.

Safe and Reliable, Protecting Every Connection

Utilizing a multi-layer composite packaging process, it possesses excellent deformation resistance and leak-proof characteristics. Free of heavy metals and RoHS compliant, it can be safely used in high-standard fields such as medical, consumer electronics, and industrial sensing.