Benefits of GaN-based Charger

The rate at which your phone's battery can go from zero to a full charge depends on your phone and your charger.

Using a powerful charger will not help unless your phone can support that amount of power. You may have a phone with the latest fast charging technology. But, it will not charge without an appropriate charger.

A phone and a suitable charger need to work together in a fast charging setup for maximized current and voltage. This also helps in keeping your battery cool and preventing it from exploding.

Fortunately, GaN chargers are compatible with most existing laptops and phone models. Gallium nitride can conduct higher voltages.

GaN-based chargers offer many benefits. Let's see what they are.

•  More Compact Chargers

Gallium nitride chargers don't need as many components as silicon charges. They can also conduct higher voltages over time. These factors have enabled manufacturers to produce smaller-sized, compact chargers. Hence, users can look forward to improved convenience and experiences. As this technology gains more popularity, chargers will keep getting smaller in size.

•  Better Energy Transfer

GaN chargers transfer the current more efficiently. Hence, less energy is lost to heat with more of it being directed towards the device being charged. The battery does not overheat either. When components pass energy to the devices efficiently, power is optimally utilized. Further, high-efficiency chargers mean less wasted energy. Hence, users save money on their energy bills.

•  Improved Switching Frequency

A GaN technology charger comes with a higher switching frequency. This supports faster wireless power transmission. It also enables bigger air gaps between the device and the charger.

•  Cost Savings

It is true that GaN semiconductors currently cost more than the silicon ones. But, they are highly efficient. So, there is less dependency on extra materials like filters and circuit components. This will eventually result in cost savings. The savings can improve further over the long term as large-scale production begins.

Conclusion

As devices evolve, manufacturers continue to churn out high-functioning gadgets. Device users perpetually await the next big breakthrough in battery life technology. The promise of fast charging technologies powering up these devices quickly is irresistible. Fortunately, there has been plenty of innovation in the battery-charging sphere. Manufacturers are building devices that can be charged quicker than ever before. New technologies such as gallium nitride are redefining the speed of fast charging. Relative to its silicon counterpart, a GaN charger passes energy more efficiently. This leads to faster and safer charging. Hopefully, the above information will help you understand GaN technology. It should also clarify its role in the world of fast charging.