Charger KEYRON K25ACCQCPDGaNB black

#9271665

Charger KEYRON K25ACCQCPDGaNB black

[power - 25 W, 3 A, up to 12 V, USB Type-C, AFC, Apple PD, HFC, PD 2.0] details

Not on sale

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  • Instructions and files

Characteristics Charger KEYRON K25ACCQCPDGaNB black

General parameters

Type
charger
Model
KEYRON K25ACCQCPDGaNB
Main Color
black

Electrical Parameters

Input Voltage
100-240 V
Max Output Current
3 A
Port Output
USB-A: 5V=3А, Type-C: 12V=2.08А, USB-A: 9V=2А, Type-C: 5V=3А, Type-C: 9V=2.77А, USB-A: 12V=1.5А
Min Output Voltage
5 V
Max Output Voltage
12 V
Output Power
25 W

Connection

Cable Included
USB Type-C
Cable Length
1.1 m
Charger Block Connector
1xUSB+1xUSB-C
Number of Sockets
0

Functional capabilities

Suitable for Laptop Charging
none
GaN Support
yes
Fast Charging
yes
Quick Charging Standards
Quick Charge 2.0, Power Delivery 3.0, Quick Charge 3.0, HUAWEI Fast Charge, HUAWEI Super Charge, Power Delivery 2.0, Apple PD, Samsung Adaptive Fast Charging
Display
none
Protection
overheating, overload protection, short circuit

Additional Information

Housing Material
plastic
Package Contents
USB Type-C cable, documentation

Description

The KEYRON K25ACCQCPDGaNB wall charger comes in a compact black housing and is equipped with USB Type-A and Type-C ports supporting fast charging standards: HUAWEI Fast Charge/Super Charge, Power Delivery 2.0/3.0, Quick Charge 2.0/3.0, and Samsung Adaptive Fast Charging. The 25 W output power and 3 A current ensure a full smartphone charge in approximately 1.5 h. The charger utilizes GaN technology, where gallium nitride is used instead of silicon, reducing energy losses and eliminating device heating during fast charging.
A 1 m USB Type-C cable is included with the KEYRON K25ACCQCPDGaNB wall charger, allowing you to start charging your smartphone immediately after purchase. It is possible to use your own cables that match the technical specifications of this charger. To prevent damage to the charger and connected mobile devices, its design includes protection mechanisms against overload, overheating, and short circuit.