Specification:

• Brand: Xiaomi
• Model: BHR5515GL
• Weight: 126 g
• Input Current:
  • AC 100-240V
  • 50 / 60Hz
  • 1.7A Max
• Output current:
  • USB Type C:
    • DC 3.3-11V / 3A
    • 5V / 3A
    • 9V / 3A
    • 12V / 3A
    • 15V / 3A, 20V / 3.25A Max
  • Type-C2:
    • DC 3.3-11V / 2.7A
    • 5V / 3A
    • 9V / 3A
    • 12V / 2.5A
    • 15V / 2A. 20V / 1.5A Max
  • USB:
    • DC 4.5V / 5A
    • 5V / 4.5A, 9V / 3A
    • 12V / 2.5A
    • 20V / 1.5A Max
  • Type-C1 + Type-C2: 45W + 18W (63W)
  • Type-C1 + USB: 45W + 18W (63W)
  • Type-C2 + USB: 5V / 3A 15W
  • Type-C1 + Type-C2 + USB: 45W + 15W (60W) Max

Gallium nitride charger - GaN

What exactly does it do to put gallium nitride components in a charger? First of all, GaN allows you to minimize the size of the device, so that it looks designer and is very handy. 30% smaller than the classic one, the charger fits almost in your pocket!

The compact size does not reduce the efficiency of the process. The presented charger provides fast USB network charging. It supports Quick Charge 3.0, Power Delivery, SCP, FCP, AFC . The Quick Charge 3.0 function allows you to achieve a value of up to 5A . It is equipped with two Type-C inputs, which are now standard among many high-tech devices.

Double charging

The Xiaomi brand has used solutions that allow you to charge various electronic devices, including those requiring high energy consumption. It is compatible with iOS and Android. It supports i.a. laptops, tablets, smartphones, and even air purifiers or wireless headphones.

It will be perfect for charging laptops with a USB Type C connector (maximum power at the USB Type C 1 output 65W ). It is possible to charge two devices at the same time. The user does not have to worry about short circuits or overvoltages. The BPS (Xiaomi power split) technology enables intelligent division of the output current when operating several devices. To improve the comfort of using the Xiaomi GaN charger, the manufacturer has used as many as 6 protections, including overheating, overvoltage, high voltage, overload, excessive power consumption and electrostatics.