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无线充拆卸hanxin360 2024-05-22 20:21 53
The iPhone 12's wireless charging coil is an important component responsible for receiving wireless charging signals and converting them into electricity to supply to...

Is the Apple 12 wireless charging coil removed affected?

05/22/2024 20:21:45无线充新闻

    The iPhone 12's wireless charging coil is an important component responsible for receiving wireless charging signals and converting them into electricity to supply to the phone. If you remove the wireless charging coil, it will have a negative impact on the wireless charging function of the phone, resulting in the inability to charge the phone through wireless charging.

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Removing the wireless charging coil can cause the following problems:

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1. No wireless charging: The wireless charging coil is responsible for receiving the wireless charging signal and converting it into electricity to supply to the mobile phone. If the coil is removed, the mobile phone will not be able to receive the charging signal normally and cannot be charged wirelessly.

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2. Slow charging of mobile phones: The wireless charging coil has been carefully designed inside for efficient transmission of power. If the coil is removed, the charging speed of the phone may be affected, resulting in slower charging.

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3. Other faults may occur: Removing the internal components of the mobile phone requires professional skills and tools. Improper operation may damage or malfunction other mobile phone components.

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Therefore, it is recommended that you do not remove the wireless charging coil of the Apple 12. If you are not interested in wireless charging or experience problems, you can choose to use wired charging or contact a professional repairman to repair or replace the relevant components.


It must have had an effect.

The copper wire is broken, which will directly lead to the wireless charging coil open circuit, receive no energy, wireless charging can not be used, and other functions will not be affected.

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If the nanocrystalline material is broken, if it is still complete, but the nanocrystalline material is broken, it will basically have no impact, if the nanocrystalline material is broken, it will affect the effect of magnetic shielding to a certain extent, if it is the edge position, the impact will not be too large, and it can be used normally