Merk: Omnergy
Oorsprong van het product: Yichang
Levertijd ：7 days
Leveringscapaciteit : 750 miljoen per jaar

When the limits of standard low-profile coin cells are pushed by the power demands of modern, connected hardware, space optimization takes a leap upward. The Omnergy CR1632 3V 120mAh Lithium Manganese Dioxide (LiMnO2) Coin Cell Battery is the definitive choice for applications requiring extended operational lifecycles without expanding circuit board footprints.

By maintaining a standardized 16mm diameter and utilizing a vertical profile of 16.0*3.2 mm, this cell unlocks an incredible 120mAh capacity. It provides more than double the energy payload of thinner cells in its class, serving as the high-capacity energy anchor for data-intensive commercial computing, secure fintech networks, and industrial automation.

Technical Specifications of Omnergy CR1632 3V 120mAh Lithium Coin Cell

The Engineering Edge: Why Specify the Omnergy CR1632?

1. Massive 120mAh Payload for Uninterrupted Lifecycles

By expanding the internal vertical volume to 3.2mm, this cell holds a significantly richer concentration of premium chemical active materials. For hardware design engineers, this means a massive drop in total cost of ownership (TCO) and field replacement costs, guaranteeing reliable background power for up to a decade.

2. High-Pulse Capability for IoT & Telemetry

Modern commercial hardware doesn’t just store data; it transmits it. The internal architecture of our CR1632 is engineered for low internal resistance, allowing it to withstand sudden pulse current draws (e.g., RF mesh wake-ups, Bluetooth Low Energy bursts, or optical sensors) without suffering destabilizing voltage drops.

3. Industrial-Grade Thermal Survival (-20°C to 70°C)

From unventilated printing floors generating high ambient heat to outdoor security equipment exposed to freezing winter environments, the Omnergy CR1632 maintains stable internal chemical kinetics. The specialized organic electrolyte formula ensures structural integrity and zero cell swelling under high thermal strain.