Super Fast 65w GaN Charger Quick Charging Portable Travel Charger

Specification of GaN Charger

What is GaN? What does it do?

Gallium Nitride, also called GaN, is a new semiconductor material with large band gap width, high thermal conductivity, high-temperature resistance, radiation resistance, acid and alkali resistance, high strength, and high hardness and other characteristics. It has been widely used in new energy vehicles, rail transit, smart power grid, semiconductor lighting, and the new generation of mobile communications, and is known as the third generation semiconductor material.

GaN is also widely used in consumer electronics, including chargers, as costs are brought under control. To put it simply, GaN has a wider band gap, which also means that GaN can withstand higher voltages than silicon and has better conductivity.

For the same volume, a charger using gallium nitride technology has a higher output efficiency than a normal charger. For example, a charger made from GaN, which is about the size of an Apple 5W charger, can deliver more power.

So, A 65W GaN charger is a great choice for users with multi-camp and multi-smart devices, whether for quick charging or traveling. It can not only meet the demand for fast charging of mobile phones but also charge three devices at the same time.

Applications of GaN Technology

GaN is ideal for hard switch applications because it is easy to drive and has no reverse recovery. By applying GaN device to charger, the capacitor charge and discharge loss of bulk diode is eliminated, and the power conversion efficiency is improved. At the same time, benefit from the loss reduction, it can also improve the switching frequency of the charger and reduce the volume of the charger.

At present, GaN devices have been widely used in fast charging, and in the future, GaN will play a more important role in more power conversion occasions. When applied in server power supply, it can reduce the loss of high-power power supply by tens of watts, making contributions to reducing the energy consumption of data centers and 5G base stations. Applied in new energy vehicles, it can produce car chargers with higher efficiency and smaller volume. GaN will be used in many more devices in the future, changing our lives.

Detailed pictures of VZ-PD36 GaN Charger