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GaN: the future of device charging In a world where we use multiple electronic devices daily, GaN chargers are a smart long-term investment. Their compact design facilitates the integration of USB-C Power Delivery, allowing for fast charging of compatible devices. Even better, these chargers are not just for laptops—they are fully versatile and compatible with a wide range of devices, including smartphones, tablets, and other gadgets, making them a one-stop solution for all your charging needs. More and more smartphones and devices support fast PD and PPS charging, and this trend will continue to grow.
What is GaN and why is it important to you?
Gallium nitride (GaN) is a next-generation material that is transforming the way we charge our devices. Although it was used for the production of LED lamps and solar panels in the 1990s, GaN is now integrated into chargers, allowing for faster and more efficient charging in a more compact design. The reason for this success? GaN produces less heat, which allows components to be concentrated and size reduced without compromising charging speed or safety.
How does a device charger work?
To understand GaN technology, it is useful to understand how traditional chargers work. The devices we use daily, such as phones and laptops, rely on batteries that store energy through chemical reactions. Chargers, on the other hand, reverse this process using electric current. Older models transmitted current continuously, which increased the risk of overcharging and damage. Current chargers, however, regulate the current according to the battery's charge level, avoiding overcharging and protecting the device.
GaN: the successor to silicon
For over 30 years, silicon has been the predominant material for manufacturing transistors due to its efficiency in conducting electricity and its low cost. However, the limits of silicon in terms of miniaturization have led to the search for alternatives. GaN, on the other hand, allows for higher voltages to be managed and electricity to be transmitted more quickly, which reduces heat and increases device efficiency.
The impact of GaN on charger design
A transistor is essentially a switch, and a chip is made up of thousands of these tiny switches in a confined space. By replacing silicon with GaN, these transistors can be placed closer together, allowing for more power and speed in a much more compact format. This means that a smaller charger can provide faster and more efficient charging.
LAPTOP
TABLET AND SMARTPHONES
Efficiency in current transmission
GaN chargers are perfect for frequent travelers as they are lightweight and compact. And thanks to their advanced technology, they can charge a variety of devices, such as smartphones, tablets, and laptops, meeting all your charging needs in a single product. One of the main advantages of GaN is its ability to reduce heat production. This energy efficiency not only improves charging speed but also extends the life of chargers, ensuring reliable and long-lasting performance over time.
USB-C (male) to USB-C (male)
USB-C female laptop connectors to Jack Pack of USB-C connectors for ACER, SAMSUNG, SONY, HP, LENOVO, DELL Y TOSHIBAand TOSHIBA laptops.
"And as a USB-C charger, you can use it with your new laptop or other devices simply by removing the jack and connecting it to the appropriate port, ensuring long-term compatibility.".