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| No. | Items | Specifications |  			 Remark 
  |  		|
| 1 |  			 Nominal Capacity 
  |  			120mAh |  			 0.2C Standard discharge 
  |  		|
| 2 |  			 Minimum Capacity 
  |  			115mAh | ||
| 3 |  			 Nominal Voltage 
  |  			3.6V |  			 Mean Operation Voltage 
  |  		|
| 4 |  			 Delivery voltage 
  |  			3.6~4.0V |  			 Within 10 days from Factory 
  |  		|
| 5 |  			 Charge Voltage 
  |  			4.0V±0.03V |  			 By standard charge method 
  |  		|
| 6 |  			 Standard charging method 
  |  			0.2C constant current,4.0V constant voltage charge to 4.0V,continue charging till current decline to ≤0.01C |  			 
  |  		|
| 7 |  			 Charge current 
  |  			0.2C | 24mA |  			 Standard charge, charge time about 6h(Ref) 
  |  		
| 0.5C | 60mA |  			 Rapid Charge, charge time about: 3h(Ref) 
  |  		||
| 8 |  			 Standard discharging method 
  |  			0.2C constant current discharge to2.0V, | ||
| 9 |  			 Cell Internal Impedance 
  |  			≤400mΩ |  			 Internal resistance measured at AC 1KHZ after 50% charge 
  |  		|
mainly used for quartz watches, calculators, electronic dictionaries, stopwatches, electronic notebooks, camera metering systems and automatic exposure systems.





| Item | test method | require | |
|  			 
 Stock in normal temperature  |  			1 | Standard charging, the battery is stored for 30 days in an environment of 25±2℃, and the 0.2CmA discharge capacity (holding capacity) is tested | ≥97% | 
| 2 |  			 After the above discharge, standard charge, 0.2CmA constant current discharge cycle 3 times, test the recovery capacity (maximum discharge capacity in 3 cycles) 
  |  			≥97% | |
| Stock in high temperature | 1 |  			 Standard charging, the battery is stored in an environment of 60±2℃ for 7 days, and the 0.2CmA discharge capacity (holding capacity) is tested. 
  |  			≥60% | 
| 2 |  			 After the above discharge, standard charge, 0.2CmA constant current discharge cycle 3 times, test the recovery capacity (maximum discharge capacity in 3 cycles) 
  |  			||

