Tenergy RCR123A 3.0V 900mAh Rechargeable Li-Ion Battery (as low as) $3.99!

Tenergy RCR123A 3.0V 900mAh Rechargeable Li-Ion Battery

Features:

• Rechargeable CR123A Li-Ion Batteries with 3.0V working voltage and 900mAh capacity.
• Tenergy RCR123A can be recharged up to 1000 times.
• 1 RCR123A Li-ion = 1000 CR123A Primary Cells
• Replace the most of CR123A primary Lithium battery for a digital cameras and most flashlights.
• Internal voltage regulators. Initial cell voltage of 3.6V switches to 3-3.2V within 12ms.
• Full PCB protection against: Over-Discharge, Over-Charge, Short Circuit & Over-Current along with voltage regulation.

Dimensions:

• 16.5 D x 34 H mm.
• Weight: 17 g or 0.6 Oz.

Warning:

Charge ONLY with our Tenergy branded charger linked below. Do not mix/match with primary cells or other rechargeable CR123A cells. Do not mix these cells and the 750mah Tenergy cells concurrently in the same device. Do not mix charged and uncharged cells in any device.

• You must use the 3.0V RCR123A Li-Ion 900mAh battery charger linked below to charge these batteries. Please do not use other charger, including any 3.6V Li-Ion bttery charger, which can not full charge the 3.0V Li-Ion batteries.
  
  
• For SureFire and other brands of incandescent(halogen, kyrpton, zenon, etc) flashlights under 7.2V we do not recommend this setup. We typically do NOT recommend these for any bulb flashlights - you use them at your own risk in these types of devices despite the voltage regulation at it takes the voltage regulation ~12 milliseconds to activate. They work GREAT for LED flashlights!

TECHICAL SPECIFICATIONS:

Symbol	Name	Conditions	MIN.	TYPICAL	MAX.	Unit
VDET1	Over-Charge detect voltage		4.300	4.325	4.375	V
TVDDET1	Output delay of over-Charge	C3=0.01uF, VDD=3.6, V->4.4V	175	250	325	ms
VDET2	Over-discharge detect voltage		2.4	2.5	2.6	V
TVDET2	Output delay of over-Discharge	VDD=3.6V,V->2.4V	14	20	26	ms
VDET3	Excess current detect voltage		0.105	0.125	0.145	V
IEC	Excess current threshold			3.0	3.5	A
TVDET3	Output delay of Excess current	VDD=3.0V	8	12	16	ms
IDD	Supply current	VDD=3.9V,  V-=0V		3	6	uA
ISTANDBY	Standby current	VDD=2.0V			0.2	uA