ブランド:Omnergy
製品の原産地:宜昌
When operating in environments where heat destroys standard batteries and cold paralyzes power output, enterprise hardware requires a specialized solution. The BR1632 3V Primary Lithium Poly-carbon Monofluoride (Li-CFx) Battery is engineered specifically for uncompromising reliability.
Measuring a compact 16.0mm × 3.2mm, this advanced coin cell delivers a substantial 120mAh capacity. It is the definitive memory-backup and real-time clock (RTC) power source for hardware architects designing servers, advanced security grids, and financial terminals that demand zero downtime.
Technical Specifications Data Sheet of BR1632 3V Lithium Carbon Monofluoride Battery 120mAh
| 仕様パラメータ | 技術詳細 |
| 電池型式 | BR1632 |
| 化学組成 | 一次リチウム・ポリカーボンモノフルオリド(Li-CFx) |
| 公称電圧 | 3.0V |
| 公称容量 | 120mAh |
| 動作温度範囲 | -40°Cから+85°C |
| 寸法(直径×高さ) | 16.0mm × 3.2mm |
| 年間自己放電率 | < 2%(室温20℃時) |
| 充電可能 | 不可(一次電池) |
The Li-CFx Advantage: Engineered to Outperform
Standard CR (Manganese Dioxide) batteries are excellent for everyday consumer goods, but industrial and enterprise applications require the specialized chemistry of the BR series.
Extreme Thermal Endurance (-40°C to +85°C)
From the sustained, baking heat of dense enterprise server chassis to the freezing conditions of outdoor security nodes, the BR1632 remains incredibly stable. It operates flawlessly across a punishing temperature envelope of -40°C to +85°C, preventing the leakage and rapid capacity degradation that plagues standard cells under thermal stress.
Sustained High Capacity (120mAh)
While maintaining a slim 3.2mm profile, this battery houses a robust 120mAh of power. Combined with an incredibly flat discharge curve, it ensures that your device’s critical memory and RTC functions receive a steady, continuous 3.0V supply until the very end of its lifecycle.
数十年間の待機が可能な性能(年間自己放電率<2%)
Enterprise backup components spend most of their lives waiting. Utilizing high-purity internal components and superior sealing technology, the BR1632 boasts an annual self-discharge rate of less than 2%. Even after a decade in a server rack, it stands ready to preserve critical data the moment primary power is lost.