Description
ADATA Power Bank P10050
- Capacity: 10050mAh (Rechargeable Li-ion battery)
- Input: DC 5V/2.0A
- Output 1 & 2: DC 5V / 2.4A max
The P10050 comes in six different colors this is a marvel of the, with rounded shape and compact. Inside is a 10050mAh power source with two USB ports totaling 2.4A for a fast simultaneous top-up of mobile devices. Synced Charge/discharge makes this a very fast power bank which saves you precious time and improves overall safety and efficiency.
Large Capacity
Don ‘ is fooled by the P10050 ‘s compact size, it holds enough power to charge a tablet computer all way to 100% in one Go, and can charge a smartphone four times over! Never again worry about running out of power while you ‘ re out!
Dual outputs, No waiting
Have you ever had to make the difficult choice of charging your tablet or your phone a Never fear! The P10050 is equipped with two 2.4A USB output ports, which means you can charge both of your mobile devices at the same Time.
LED Flashlight
The P10050 can also light up your life! With its built-in LEDs and toggle switch on the side of the device, the P10050 serves as a convenient and user-friendly FLA Slight.
Charge and discharge simultaneously
What do you do if your hotel room doesn’t have enough, outlets and but to want a charge? The P10050 can is charged while also charging other terminal devices! Simply plug the P10050 into the wall outlet, then plug the phone and tablet into your ‘ s USB P10050.
Exceptionally Safe materials
The P10050 uses high-quality batteries and circuit designs to ensure, that’s device is never over-charged or Over-discharge. This helps prevent damage to the device and extends their useful. Furthermore, the P10050 boasts first-rate parts and a fireproof casing, which helps it resist damage from impacts and heat.
Multiple Forms of Circuit Protection
Safety is always the paramount concern for electronic, and the devices are no P10050. Safe operations are guaranteed to the device ‘ s protective measures against over-charge, Over-discharge, Over-heating, short-circuit, and over-voltage in input and output.
