Mi 10000mAH Li-Polymer Power Bank 2i (Black)

Mi 10000mAH Li-Polymer Power Bank 2i (Black)

BUY : https://amzn.to/2EQtOJL

• 10000mAH lithium-polymer battery
• Dual USB Output, Two- way Quick Charge
• Compatible with 5V/2A, 9V/ 2A and 12V/1.5A charging, Mi Power Bank 2 intelligently adjusts power output up to 18W to deliver fast and efficient charging for each connected device
• Material: Aluminium Alloy + CNC Edge
• Lithium Polymer Battery makes it more durable and optimises charging efficiency
• Mi A1: 2.2 Full Charge and iPhone 7 : 3.5 Full Charge

10000 mAh Mi Power Bank 2i

Dual USB output, Two-way quick charge, 14.2mm thin. Lithium polymer batteries, Nine layers of circuit chip protection. Xiaomi extends its commitment to manufacture the world’s best power banks in India. 10000 mAh Mi Power Bank 2i delivers on innovative design, excellent quality and high output capacity.

1. Temperature Resistance: Heat-sensitive and temperature control mechanism ensures that Li-poly batteries operate within a safe range.

2. Protection from Short Circuit: Automatic protection to the motherboard and battery when short circuit occurs.

3. Reset Mechanism: Power button can be used to reset the power bank in an unstable environment.

4. Input Overvoltage Protection: OVP circuit prevents voltage surges from damaging the device.

5. Protection from Incorrect Insertion: Detects when the charger is inserted incorrectly and automatically stops charging.

6. Protection from Output Overcurrent: Monitors output current and shuts off when current exceeds the maximum limit to protect the device.

7. Output Overvoltage Protection: Monitors output voltage and shuts off when voltage exceeds the maximum limit to protect the device.

8. Protection from Overcharge and Over-discharge: Japanese technology is adopted to prevent overcharging and over-discharging thus preventing any damage of the Li-poly batteries.

9. PTC Protective Circuits for the Cell: Imported battery cells are equipped with PTC to effectively control current and provide protection when temperature and current exceed the maximum limit. current exceed the maximum limit.