Dudao A26T GaN 25W USB-A, USB-C Charger - White

Dudao

Enimmüüdud

Dudao A26T GaN 25W USB-A, USB-C Charger - White — image 2

Dudao A26T GaN 25W USB-A, USB-C Charger - White — image 3

Dudao A26T GaN 25W USB-A, USB-C Charger - White — image 4

Hind: 8.10 €

Kaubakood:	142398
Tootja:	Dudao
Saadavus:	Laos olemas
Jääk:	3 tk
EAN:	6976625334087

Telli kohe ja saa kaup kauplusest kätte täna kella 19.00-ks

Tarnevõimalused – tarneriik:

Latvia

Kättesaamine kontorist

Tasuta

Eeldatav: 23.10.

Tarne pakiautomaati

alates 1.90 €

Eeldatav: 27.10.

Kulleriga kohaletoimetamine

4.90 €

Eeldatav: 27.10.

Dudao A26T GaN 25W USB-A, USB-C Charger - White

The Dudao A26T 25W charger is an efficient and modern power adapter engineered with GaN technology. It delivers robust 25W output within a compact form factor. Equipped with dual USB-C and USB-A ports, it supports simultaneous charging for two devices and features Power Delivery (PD) and Quick Charge (QC) standards for rapid power delivery.

Key Features

GaN Technology: Uses advanced semiconductor material to ensure highly efficient charging with minimized heat generation.
Dual Ports: Integrated USB-C and USB-A ports allow for charging two devices at the same time.
Fast Charging Support: Fully compatible with Power Delivery and Quick Charge protocols to shorten charging times.
Travel-Ready Design: Sleek, lightweight, and compact body with an anti-slip texture easily fits into any bag.
Integrated Safety: Built-in protection systems prevent damage from overvoltage, overheating, and short circuits.

Brand	Dudao
Model	Dudao A26T
Power	25W
Technology	GaN
Connectors	USB-C + USB-A
Fast Charging Standards	Power Delivery, Quick Charge
Color	White
Safety Features	Surge protection, overheating protection, short circuit protection, anti-slip texture

Can I charge two devices simultaneously?

Yes, the charger is designed with one USB-C port and one USB-A port to charge two devices at the same time.

What are the benefits of GaN technology?

GaN (Gallium Nitride) technology allows the charger to be smaller, run cooler, and transfer power more efficiently than traditional silicone-based chargers.