WHY GAMING LAPTOP CHARGERS ARE HUGE?

Considering the reasons why gaming laptop chargers are Huge than standard chargers that we use in our daily lives, the question comes to what makes them huge.

Each laptop segment starts from business use to gamming. A laptop is built on the basis of usage and performance. When compared to gaming, it contains parts that need higher power outputs to function, such as fans, graphics cards, and larger batteries.

Sourced from Alibaba

Despite the fact that we all know that gaming laptops use the most power generated by the laptop charger, graphics cards play a larger role here. For gamers, a laptop must have a graphics card in order to show graphics on their monitors and play games smoothly. Without a card, it is next to impossible to see the content required to display on laptops.

As a result, we have reached the conclusion that standard laptop chargers can’t create that much power, which our gaming laptops require, like 100 to 200 wattages.

Who makes your gaming laptop chargers bigger?

1. Transformers
2. Capacitors

A transformer as mentioned in the above image sourced from Instructables

Transformers

The transmission of electrical energy between two or more circuits is accomplished by using electromagnetic induction, which requires the presence of magnetic flux. Transformers are used for this purpose. In its most simple form, the size of the transformer determines how strong the magnetic flux is.

This has a direct bearing on the efficiency of electromagnetic induction, or, to put it another way, the amount of power that can be transferred from one circuit to another. Using transformers that are too small for “the task” will result in the power brick not being able to provide the necessary amount of power to the laptop.

Capacitors to covert your AC current to DC

Capacitors

Another significant component of power bricks is the capacitor. These parts play an important role in the circuit that converts the direct current produced by the power brick’s AC output into the alternating current needed by the laptop, in addition to helping in the regulation of power flow. Once again, size is important since it relates directly to how much power a capacitor can store.

The quantity of power that the power brick can provide as well as how well it converts AC power into DC power may be affected by the use of small capacitors. Large capacitors are needed to control the flow of electricity, so without them, the actual voltage and amperage may change, which could cause the laptop to not get enough power to work properly.

I hope this has helped to clear up any confusion you may have concerning bigger laptop chargers. As technology develops, I’m sure we’ll soon see a small design with attractive features.

As a UK Laptop Charger expert, here you can find your laptop chargers for all brands of laptops and notebooks, starting from home, business, and gaming.