Brand： Omnergy
Product origin ：Yichang
Delivery time ：7 days
Supply capacity ：750 million per year

In the architecture of modern enterprise IoT, automotive telematics, and space-constrained smart electronics, finding the perfect balance between physical profile and energy longevity is a persistent design challenge. The Omnergy CR2025 3V 150mAh Lithium Manganese Dioxide (LiMnO2) Coin Cell Battery is specifically engineered to bridge that gap.

Utilizing a standardized 20mm diameter with a highly optimized vertical thickness of Φ20 × 2.5mm, this mid-profile cell serves as a high-density power reservoir. It packs an impressive 150mAh capacity, delivering long-term voltage stability to critical data paths, memory protection loops, and real-time synchronization arrays without adding unnecessary bulk to sleek industrial hardware.

Technical Specifications of Omnergy CR2025 3V 150mAh Lithium Coin Cell

The Engineering Edge: Why Specify the Omnergy CR2025?

1. The Optimized Vertical Sweet Spot

At 2.5mm thickness, the CR2025 offers a 20% vertical profile reduction compared to standard 3.2mm coin cells, while still retaining a powerful 150mAh capacity payload. This allows hardware design engineers to shrink casing dimensions or allocate extra PCB layer clearance without compromising on field autonomy.

2. High-Pulse Capacity for Wireless Telemetry

Modern automotive electronics and smart utilities frequently transition from micro-ampere sleep cycles to sudden, high-drain data transmissions (RF, BLE, or Cellular bursts). The low internal resistance profile of our CR2025 ensures stable voltage holding during pulse loads, eliminating logic crashes and communication drops.

3. Fortified Environmental Resilience (-20°C to 70°C)

From unheated smart utility meters tracking parameters in sub-zero winter climates to automotive dash components baked under direct sunlight, our battery maintains steady chemical kinetics. The specialized organic electrolyte limits internal resistance spikes and entirely prevents cell swelling across its entire thermal operational threshold.