Product Main

Quick Details

Place of Origin: China (Mainland)
Type: Electric
Use: iphone,Samsung,Sony,HTC,LG,Xiaomi,ipad and other tablet PCs,ipod,PSP
Model Number: MS-KCNO.1
Brand Name: SDL or OEM
Product name: quick charger
size: 110*77*26mm
color: blue,green,yellow
weight: 236g
certifications: CE,FCC,RoHs
MOQ: 50pcs
Payment: T/T,50%deposit,50% balance before shipment
Capacity: 10400mAh

Specifications

Hot sale CE FCC RoHs mini quick charger /usb charger/mobile phone charger for Samsung/LG/HTC/Sony

Key words:mini quick charger,usb charger,mobile phone charger

Product parameters:

Model:MS - KCN0.1
Capacity:10400mAh
Size:100*77*26mm
Color:Blue,Green,Yellow,Coffee
Weight:236g
Input: DC 5V 2A 
Output: 12 v 1.25 A 9 v ~ 1.67 A 5 v ~ 2 a
Output interface: USB

Product features:

Support intelligent charging, compatible with 5 v voltage charging mobile phone, adaptive choose charging voltage;

Fully compatible with the iphone and match other mobile phones ,ipad and other tablet PCs,ipod,PSP games,Bluetooth devices,MP3/MP4 and other digital products for charging.

Charging speed dependes on your input voltage and currunt devices.

Using new fast charging technology, support 9 v / 2 a quick charge, charge for 15 minutes using 8 hours,can keep the cell phone in a very short time full of power, compared with the ordinary charging treasure charging efficiency increased by 75%, greatly improve the efficiency.

Support iphone S6,samsung, Xiaomi, HTC mobile phone quick charge.For samsung Note4 can charge four times.

Support intelligent charging, compatible with 5 v voltage charging mobile phone, adaptive choose charging voltage;

Support the wide voltage, applied to ac 100-240 - v  input, universal;

CE,FCC,RoHs international certification, built-in rechargeable insurance with overshoot protection, charging safety guarantee;


Intelligent IC

Using the word's large-scale circuit supplier Texas Instruments New USB Intelligent Control

Chip and charge and discharge chips.Not only provides 9 circuit protection,but also to enhance

the charge-discharge efficiency.