Wireless charging has become increasingly common in the ever-growing world of mobile phones. We keep hearing about it, but not many of us understand how it works. To demystify this technology and give you a clear picture of its inner workings, we look at the circuit diagram of wireless charging of mobile phones using microwaves.
The underlying principle behind the technology of wireless charging using microwaves is induction. To transfer power from one device to another without any need for wires, an alternating magnetic field is used. This magnetic field is then used to generate an electric current in the receiving device.
At the heart of the entire wireless charging system is the induction coil. The induction coil works as a transformer; one part produces a magnetic field while the other transforms the alternating magnetic field into an electric current. The induction coil is connected to a microcontroller, which typically contains the circuitry and software needed to control the charging process.
In the case of wireless charging using microwaves, another component is added to the circuit—an antenna. An antenna made from copper wire is placed inside the device being charged, typically in the base near the battery. The copper wire is connected to the microcontroller, which sends specially modulated microwaves to the antenna. These microwaves produce an alternating magnetic field, which is then converted into an electric current by the induction coil.
By designing a well-functioning circuit with all the above components, wireless charging of mobile phones becomes possible. A high-quality circuit can provide efficient and reliable charging, which makes it an essential part of any wireless charging system.
This article has highlighted the main features of the circuit diagram of wireless charging of mobile phones using microwaves. By understanding the working principle of the system, we can appreciate the complexity of this technology and the way it works towards making our mobile life more convenient.
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