Renata part name		Renata part number		Nominal capacity (1)		Standard discharge current (1)		Maximum continuous discharge current (2)		Weight		Maximum dimensions (mm)
				(mAh)		(mA)		(mA)		(g)		A		B		C		D
CR1025		700263		30		0.05		0.4		0.6		10.0		2.5		8.0		0.5
CR1216		700268		25		0.05		1.0		0.7		12.5		1.6		10.0		0.1
CR1220		700273		38		0.05		1.0		0.8		12.5		2.0		10.0		0.3
CR1225		700281		48		0.1		1.0		0.9		12.5		2.5		10.0		0.3
CR1616		700287		50		0.1		1.0		1.1		16.0		1.6		13.1		0.1
CR1620		700291		68		0.1		1.0		1.2		16.0		2.0		13.1		0.3
CR1632		700296		125		0.2		1.5		1.8		16.0		3.2		13.1		0.6
CR2016		700303		80		0.2		3.5		1.7		20.0		1.6		17.5		0.2
CR2025		700309		170		0.3		3.0		2.3		20.0		2.5		17.5		0.6
CR2032		700322		235		0.4		3.0		2.8		20.0		3.2		17.5		0.7
CR2320		700344		150		0.2		3.0		2.7		23.0		2.0		19.1		0.4
CR2325		700348		190		0.3		3.0		3.0		23.0		2.5		20.5		0.4
CR2430		700359		285		0.5		4.0		4.1		24.5		3.0		22.0		0.4
CR2450N		700377		540		0.8		3.0		5.9		24.5		5.0		22.2		2.5
CR2477N		700391		950		1.0		2.5		8.2		24.5		7.7		22.2		5.0

⁽¹⁾ Nominal capacity values shown above are based on the respective standard discharge current and a cut-off voltage of 2.0V, at 23°C.

⁽²⁾ The maximum current is determined for a yield of 70% of the nominal capacity with a cut-off voltage of 2.0V, at 23°C. For the currents exceeding those given above or pulsed current, please contact RENATA SA.

RENATA batteries are UL-approved (File No. MH14002).

 
3V Cells Selector Chart

Discharge time as function of continuous operating current

Operating temperature:	23°C
Cut off voltage:	2V

Example for calculation

Given:	- current drain 10 µA
	- expected discharge time 5 years

Selection result: CR2450N

 
Remarks:

This chart does not consider:

	The voltage drop in case of pulse load applications
	The available capacity at divergent operating temperatures. Please consult the specific diagram "Cell capacity at various loads"
	The Loss due to self discharge

 
Pulse Discharge Characteristics

RENATA Lithium batteries have excellent pulse load characteristics, for example for the transmission of radio signals by remote controls. The following diagrams show the voltage characteristics at pulse loads of 10, 20, 50 and 100 mA during 100 ms, pulse cycle 1 second, at ambient temperature. The voltage drop under load is evident as well as the voltage recovery to almost the original level after a very short time.

- Please contact RENATA for further details.