#5463578
Charger ACEFAST A90 black
[power - 18 W, 3 A, up to 12 V, USB Type-C, AFC, HFC, QC 2.0, QC 3.0] details
Not on sale
Characteristics Charger ACEFAST A90 black
General parameters
Type
charger
Model
ACEFAST A90
Manufacturer Code
[6974316280064]
Main Color
black
Electrical Parameters
Input Voltage
100-240 V
Max Output Current
3 A
Port Output
USB-A: 5V=3А, USB-A: 9V=2А, USB-A: 12V=1.5А
Min Output Voltage
5 V
Max Output Voltage
12 V
Output Power
18 W
Connection
Cable Included
USB Type-C
Cable Length
1.2 m
Charger Block Connector
1xUSB
Number of Sockets
0
Functional capabilities
Suitable for Laptop Charging
none
GaN Support
yes
Fast Charging
yes
Quick Charging Standards
Quick Charge 2.0, Quick Charge 3.0, HUAWEI Fast Charge, Samsung Adaptive Fast Charging
Display
none
LED Status Display
none
Protection
overheating, overcurrent, overvoltage protection, protection against voltage fluctuations, overload protection, short circuit
Additional Information
Housing Material
plastic
Package Contents
USB Type-A - USB Type-C cable, documentation
Dimensions and Weight
Height
40.6 mm
Width
26 mm
Depth
80 mm
Weight
86 g
Packaged Dimensions and Weight
Package Width
100 mm
Package Height
120 mm
Packaging Depth
40 mm
Packaged Weight
155 g
Description
ACEFAST A90 USB charger in a black plastic case designed for charging smartphones and tablets. On its body there is a USB port for connecting the cable, which is provided in the kit. The output power is 18 W, and the current is 3 A. This provides a full charge of connected mobile devices in about 2 hours. The charger uses GaN technology, in which gallium nitride is used in a number of electronic components instead of silicon. This reduces energy losses. The ACEFAST A90 mains charger supports most fast charging standards: HUAWEI Fast Charge, Quick Charge 2.0, Quick Charge 3.0, Samsung Adaptive Fast Charging. Because of this it is universal and suitable for different models and brands of mobile devices. For uninterrupted operation the charger is equipped with protection mechanisms against overheating, short circuit, overcurrent, overloading and voltage fluctuations.