Soshine 650mAh 3.0V RCR123/17355 Li-ion Battery (2-Pack+Case)

Item: Soshine 650mAh 3.0V RCR123/17355 Li-ion Battery (2-Pack+Case)

Rechargeable Times: Up to 500 times

Type:Li-ion

Model:ICR17355

Capacity : 650mAh

Output voltage :3.0V

internal resistance:80

package Size(mm): 110(L)x 95(H)

composition battery case :45(L)x 4(H)

Weight(g): 54

Size:17*35.5mm

Packing size: 250(L)x 105(W)x 105(H)

Soshine Li-ion RCR123/17355 Battery: 650mAh 3.0V

3.0V 650mAh Li-ion

3.0V 650mAh rechargeable Li-ion battery.
Can replace for 3.0V CR123, CR17345, The voltage of full charge & empty condition is 4.2v & 2.75v respectively

Rechargeable Times: Up to 500 times
Type:Li-ion
Model:ICR17355
Capacity : 650mAh
Output voltage :3.0V
internal resistance:80
Weight:54g
Size:17*35.5mm

Feature:

1)High quality and operating voltage 3.0V Li-ion rechargeable battery.
2)Product description:ICR16340 Lithium-ion battery with capacity:650mAh.
3)Light weight, higher energy density, small volume.
4)Longer service life, 1C for Circulation using 500 charge/discharge Cycle, Capacity above 80%.
5)Low self-discharge.
6)No memory effect.
7)Safer and environmentally friendly.
Soshine 3.0V batteries have diodes in them. You see, Li-ion chemistry produces 3.6V (nominal) and those Soshines are Li-ion batteries. The diodes are not there for `protection`. They are there to drop the output voltage from 3.6V (nominal) to 3.0V (nominal). So inside your battery is a charged Li-ion cell that has about 4.2V (full charged state of 3.6V Li-ion). But the power is coming through an output diode (0.6V typical) to drop the voltage to 3.6V (result of regulation) so that it can be put into devices that can`t handle the 4.2V.This is the reason that you must use the 3.6V setting to charge them(yenster