|Place of Origin:||Guangdong, China|
|Model Number:||VZ- PD36|
|Minimum Order Quantity:||500 PCS|
|Price:||USD 7. 65- 8. 33 per piece, EXW price|
|Packaging Details:||1. Opp bag package, 2. OEM customized package is available upon request.|
|Delivery Time:||15- 28 working days|
|Payment Terms:||L/C, D/A, D/P, T/T, Western Union, MoneyGram, Paypal|
|Supply Ability:||50000 per day|
|Technique:||GaN Technology||Material:||Fireproof PC|
|Usage:||Charging For Phone/ Tablet||PD Output:||5V/ 3A, 9V/ 3A, 12V/ 3A, 15V/ 3A, 20V/ 3. 25A ( PPS: 3. 3- 21V/ 3A)|
|USB- A Output:||5V/ 3A, 9V/ 2. 5A, 12V/ 1. 87A||PD+ PD Output:||20W+ 45W|
|PD+ USB- A Output:||45W+ 18W||Dimensions:||63. 7* 32. 8* 62MM|
Tablet 65w GaN Charger,
Fireproof PC 65w GaN Charger,
Mobile Phone GaN 65w charger
65w Super Fast GaN Charger 3-port Output for Mobile Phone/ Tablet
Feature of GaN Charger
1. 65W Gallium Nitride- New list of semiconductor materials.
2. White Indicator Light- Real-time display of current status.
3. Three-port output- Leading the current interface trend.
4. Wide Compatibility- Compatible with all USB-A and USB-C devices, such as smartphones, tablets, computers, etc.
5. High-efficiency charging& Low heat dissipation.
Specification of GaN Charger
|Model No||VZ- PD36|
|PD Output||5V/ 3A, 9V/ 3A, 12V/ 3A, 15V/ 3A, 20V/ 3. 25A ( PPS: 3. 3- 21V/ 3A)|
|USB- A Output||5V/ 3A, 9V/ 2. 5A, 12V/ 1. 87A|
|PD+ PD Output||20W+ 45W|
|PD+ USB- A Output||5V/ 3. 4A|
|PD+ USB- A Output||45W+ 18W|
|Dimensions||63. 7* 32. 8* 62MM|
The General Trend
GaN takes the place of silicon
Silicon has been the material of choice for transistors since the 1980s. Silicon conducts electricity better than materials previously used, such as vacuum tubes, and costs can be reduced because it is cheaper to produce.
Over the past few decades, technological advances have brought the high performance to which we are now accustomed. Progress has its limits, and silicon transistors may be nearing their peak. Because of the heat and power transfer properties of silicon materials, components cannot be made smaller.
GaN, on the other hand, is a crystalline material capable of conducting higher voltages. Current flows through components made of GaN faster than silicon, and processing is thus faster. GaN is more efficient and therefore produces less heat.
A transistor is basically a switch. A chip is a component, and there are hundreds or even thousands of transistors in a small space. By using GaN instead of silicon, we can shorten the distance between all the components.
In other words, we can handle more power in a smaller space. Small chargers can do more work than large chargers, and they can do it faster.
Advantages of GaN Charger
As we know, the basic material of most industries is silicon, and silicon is a very important material from the perspective of the electronic industry. But as the silicon limits have been pushed, it seems that the development of silicon has reached a bottleneck. Many industries have begun to look for more suitable alternatives, GaN has come to the surface.
The pain point of traditional chargers lies in the large number, large size, and inconvenient to carry, especially now mobile phones are getting bigger and bigger, and so are mobile phone chargers. GaN charger has solved this problem of life.
The biggest advantage of the GaN charger is that it is not only small in size but also has higher power. Generally, a GaN charger has three charging ports, which can be used for two mobile phones and a laptop at the same time. Chargers with GaN elements are smaller and lighter, allowing faster charging and better control of heat, reducing the risk of overheating. In addition, with the support of GaN technology, the fast charging power of mobile phones is also expected to reach new highs.
Detailed pictures of 65W Fast Charging GaN Charger