How Fast Charger Works? Working of GAN Charger Explained

3D Animation Tech

How Fast Charger Works? Working of GAN Charger Explained... Like❣️ comments Share . #gancharger #fastcharger #chargers #charger #3danimation #3delectronics #3delectrical #diyelectronic #diyelectronics #diyelectronica #diyelectronicsprojects #diyelectronicproject #diyelectronicguru #electronic #electronics #electronica #electronicwork #electronicworks #electronicstudent #electronicstudents

Transcript

00:00Nowadays, chargers are getting smaller and smaller, but the charging

00:03speed is getting faster and faster.

00:06When it comes to fast charging, the first thing that comes to many people's minds should

00:11be the nitride charger.

00:13Why is the charging so fast?

00:16Nitride is a compound of nitrogen and belongs to the third generation of semiconductor

00:21materials.

00:22It is generally yellow powder in appearance.

00:25It was artificially synthesized as early as 1928.

00:29But the technology was not so advanced at that time.

00:32Later, after decades of improvement, it was widely used in light-emitting diodes in the

00:381990s.

00:40Now that technology has made great progress, nitride has also been invited to the big stage

00:45of chargers.

00:47We know that the charger converts high-voltage AC into low-voltage DC.

00:53The semiconductor devices inside it play a key control and conversion role in this process.

01:00Inside the charger, the high-frequency transformer and electrolytic capacitor occupy a lot of

01:05space.

01:07But the nitride charger can achieve a higher switching frequency during the voltage conversion

01:11process, which is hundreds of times that of ordinary chargers.

01:16The advantage of this high efficiency is that it can make components such as transformers

01:21and capacitors smaller, reducing the volume and weight of the entire charger.

01:26The electron saturation drift velocity of nitride-added materials is higher, much faster

01:32than that of traditional silicon materials.

01:35This high-speed movement capability makes nitride-added chargers particularly resistant

01:40to high voltage and high temperature.

01:42Because nitride-added materials have very low resistance, energy is almost not wasted

01:47during transmission, so the charging efficiency is naturally high.

01:51This makes the charger small in size and fast in charging, but the price is definitely more

01:57expensive.

01:58There is also a kind of deep-added material that will be used in chargers.

02:03Deep-added materials also have high electron mobility and may be superior to nitride-added

02:08materials in some aspects.

02:10However, there are very few deep-added chargers in the market, mainly because the cost is

02:15a bit high, which limits the application of deep-added chargers.

02:19Like and follow for more informative videos.

Category

Transcript

Recommended