(4.5 out of 5 starts)
Ambrane PP-20 is a 20000 mAh power bank that features a small-sized, high-density polymer battery for effortless operation. It has Dual USB Inputs of combined rating of 5V / 2.1A – one with Micro USB Port and the other one with Type C Port and Dual USB A Ports for Output of combined rating of 5V / 2.1 A. Modeled in a stylish U-shape, this lightweight power bank sports a rubberized matte finish, which guards the device from unwanted scratches so that it looks presentable for a long time. Its aesthetic appearance is duly complemented by its functional capacity of 15000 mAh as it can be easily used to charge androids; tablets are similar devices two to three times in a row.
PP-150 has 15000 mAh polymer batteries which have high efficiency and charging conversion rates. The battery is much more durable, reliable and safer than the non-branded Lithium Ion batteries.
The power bank puts forth an aesthetic appearance with its U-shaped profile where its body is curved towards the lower panel making it looks stylish and easier to hold.
The outer body of the power bank is coated with specialised rubber material which not only gives a stylish premium finish to the product but also makes it resistant to scratches and marks.
PP-150 Power Bank lets you charge two devices at the same time through dual USB ports. The maximum current output is 2.1A while charging two devices at the same time.
PP-150 has dual input options – Micro USB / Type C ports. This allows the power bank to charge with any of the micro or type c cable. So, for all type c mobile users, you don’t have to carry two separate cables for charging your power bank or your device. Now, both devices can be charged through type c cable.
PP-150 has intelligent Integrated Circuit which has over 9 layers of protection namely – Protection from Temperature Resistance, Short Circuit, Reset Mechanism, Input Overvoltage Protection, Incorrect Insertion, Output Overcurrent, Output Overvoltage Protection, Overcharge and Over-discharge, PTC Protective Circuits for the Cell.