The voice coils are the physical force that comes in contact with and moves the diaphragm to stimulate the vibration onto its surface. You can read a more comprehensive explanation of the role of magnets in a speaker here. Magnets are the ‘driving force’ of speakers since they’re responsible for moving the diaphragm back and forth, which causes air vibrations and generates sound waves. But that’s an oversimplification, to say the least, as the fine-tuning and quality of other components can also affect the sound quality. Stronger magnets have the potential to create more significant air movement which, in turn, will result in better frequency coverage for the driver. The stronger the magnets (relative to the driver’s size), the better the sound will be. The magnet in a headphone driver generates a magnetic field that can affect the overall sound quality of the headphone.
#Student driver magnet drivers
However, headphone drivers mainly consist of three core components: Magnet Drivers come in various sizes depending on the type of headphones or speakers they power. Headphone drivers – also known as transducers – work by converting electrical energy from the headphones into acoustic elements that your ears can hear. The driven air is what’s responsible for making the sound you hear from the headphones. Headphone drivers are the speakers that vibrate and ‘drive’ the air into your ear canal.
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