Magnetic Charging is a wireless charging technology that uses the principle of magnetic fields to transfer energy from the charger to the device through the attraction between magnets. This charging method is used in many devices, such as smartphones, tablets and smart watches.
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The main advantage of magnetic charging is convenience, as users do not need to find and connect physical interfaces. Simply hold the device close to the charger, and the attraction between the magnets will automatically align the device with the charger and start charging. This makes the charging process simpler and faster.
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However, magnetic charging technology also has some limitations. Its transmission efficiency may not be as good as traditional wired charging methods, and it may be affected by magnetic field interference. Nevertheless, as the technology continues to evolve, magnetic charging technology will continue to improve to meet the growing demand for wireless charging.
Magnetic charging is through the magnet male and female suction, so that the charging cable and the jack can be connected to charge. In essence, it is still wired charging, but from plug-in to adsorption. This is very different from wireless charging, magnetic charging can not be charged without a line.
Wireless charging is a technology that does exist, and the technology has been widely used in electronic devices. Wireless charging includes the transmitter and the receiver, and the industrial chain mainly includes scheme design, power chip, magnetic material, transmission coil, module manufacturing and other links. Because the transmission coil needs to be built into the terminal, there are high requirements for low loss and thinness, and as of 2019, the wireless charging industry chain is gradually maturing.