Shenzhen Data Power Technology Ltd.
Main products:Li Polymer Battery,Li-Ion Battery,Power Bank,Charger,Li-Ion Polymer Battery Pack
Products
Contact Us
  • Contact Person : Mr. Deng Steven
  • Company Name : Shenzhen Data Power Technology Ltd.
  • Tel : 86-755-23460581
  • Fax : 86-755-23460503
  • Address : Guangdong,Shenzhen,Room 905, Dongbian Commercial Building, No. 222, Minzhi Road, Minzhi St., Bao'an District
  • Country/Region : China
  • Zip : 518109

lithium polymer battery cell

lithium polymer battery cell
Product Detailed
rechargeable lithium polymer battery Long cycle life, 80% of initial capacity after 500 cylces. RoHS compliance,and CE certifi

Name:lithium polymer battery,li polymer battery,lithium battery ,rechargeable batteries

2.1   Type  Polymer Li-ion Recharged Battery

2.2   Model DTP401430P

3.        Product Basic Characteristics

No

Item

Characteristics

3.1

Rated Capacity

120mAh

3.2

Nominal Voltage

3.7V

3.3

Charge L imited Voltage

4.20+0.03-0.02V

3.4

Discharge Cut-off Voltage

3.0V

3.5

End-of-charge Current

0.02C

3.6

Standard Charge

Charge with 1C(120mA) up to Limited Voltage , Charge with limited Voltage up to end-of-charge current.

3.7

Standard Discharge

Using 0.2C(24mA) constant current discharge to the Discharge Cut-off Voltage.

3.8

Maximum Continuous Charge Current

1C  (120mA)

3.9

Maximum Continuous Discharge Current

1C  (120mA)

3.10

Operating Temperature Range

Charge      0 ~ 45 degree

Discharge    – 20 ~ 60 degree

Storage Temperature Range

-20 ~ 60 degree

3.11

Operating And Storage Humidity Range

   65±20% RH

3.12

Weight

Less than 20.0g

4,  Battery protection circuit datasheet

Parameter

Min

Typ.

Max

Unit

Overcharge Detection Voltage

4.23

4.28

4.33

V

Overcharge Detection Delay Time

0.96

 

1.4

s

Overdischarge Detection Voltage

2.9

3.0

3.1

V

Overdischarge Detection Delay Time

100

 

200

ms

Over Current Defection

1

 

4

A

Over Current Detection Delay Time

7

 

11

m ss

short circuit Detection Delay Time

200

 

400

μ S

Current Consumption in Normal

 

 

7

μA

Impedance

 

 

70



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