An essential use of this technology is currently being noticed on devices like smart charging or wireless charging. Without it, electricity can be provided on an electronic device. However, it has been the last few years that we have actually seen this service for wireless transmission. Wireless charging basically opened a new door to technology. Apart from charging using wireless power, there are many other things to do.
What is wireless charging? How does wireless charging work?
Although wireless charging is now appearing in a new and broader range, it is not entirely new to wireless charging or wireless charging, mainly on smartphones based on Android and iOS operating systems. For example, this wireless charging technology was spotted a few years ago on a Panasonic brand hair trimmer.

What is wireless charging?

Today's conventional smartphone's wireless charging technology is nothing but wireless. Here it is connected to a charging base or charging dock, not just from the power adapter to its phone, on which we basically place the phone for charging. So even if you think of it as magic, this is not the case at all. The wireless charging dock here or the charging base can be shaped to any size, but not necessarily to a fixed size. The charging dock serves as a power sander here. And your wireless charging supported device acts as a receiver.

Wireless charging is of various types, and this particular wireless charging technology is used for multiple purposes in the field. There are mainly three types of wireless charging technology. These are:
  • Inductive Charging: This is the most current wireless charging technology. It is being considered affordable because of the low cost. Wireless charging can be done very quickly without it. In this inductive charging technology, the dock or charging base is called the "Conductive Pad" or the Conductive Charging Pad, which is connected to the power adapter as well as the primary power connection. The combination of resonance and inductive charging uses a blend of technology to charge the current smartphones.
  • Radio Charging: It is also used for small devices like inductive charging. And here, the power and energy are sent to the consumer via a small radio channel. The transmitter is used to transmit energy to the radio wave receiver. It is a relatively hassle-free and expensive technology.
  • Resonance Charging: In fact, we hope to see this technology widely available in future devices and devices. It's like an inductive but in a big way. The big things, such as cars, electric motorbikes, etc., will be used for wireless charging. There are large copper wire coils embedded in the consumer machine and the transmitter. And here, it is transmitted through the electromagnetic frequency, sending electric energy.

Traditional Wireless Charging

Currently, I will talk about conventional wireless charging smartphones, about the wireless charging technology used on smartwatches.
Traditional Wireless Charging
In the figure above, we can see the diagram of this, called resonant inductive coupling (coupling = coupling). And through this, the low power signal is generated inside the two devices. There is a dock or charging base, which is connected to the primary power connection. It has a transmitter coil for power supply and the machine that will be charged - as a receiver coil as a receiver. The dock or main charging base always leaves a slight signal, but when the first device is mounted on it; Then the resonance changed, and more and more electromagnetic signals started to be transmitted.
Wireless Chargin Technology
The primary power connection, such as the transmitter coil of the charging base, is connected to it; similarly, the receiver coil of the charging device is connected to the battery charging circuit. Thus, the electromagnetic energy generated from the transmitter goes to the receiver and charges the battery.

Come on, guys, let's try to understand the matter a little easier. First, when your smartphone and charging station or base is nearby, the coils inside them also move closer. And when the two loops move more intimate, a vibration action is created inside them, which produces EMF or electro-magnetic frequency inside the coil. This EMF sends small quantities of electro energy to the receiver coil - and it charges the battery.


Now that the wireless charging technology is discussed, it is the current wireless charging technology. However, this wireless charging takes more time to charge the device than wearable and wired charging, because there is a little energy loss here. If wireless charging is getting better and better from day to day. Yet it could not be as fast and effective as wearable charging. It is hoped that these limitations will be overcome soon as technology advances.

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