If the snail speaker experiences distortion, it will greatly affect the sound output of the speaker. I believe that users who have installed speakers do not want their speakers to experience distortion. When it comes to the cause of snail speaker distortion, it is probably not clear to everyone. It is important to understand the cause of speaker distortion. Otherwise, when snail speakers experience distortion, you will not know what the cause is and how to avoid it.

Snail horn distortion, also known as high pitch distortion, refers to the phenomenon where the sound radiated from a snail horn should only be a reproduction of the applied signal. However, in reality, in addition to the fundamental frequency signal sound, other frequencies of sound appear in the radiated sound, giving the sound an abnormal feeling. This phenomenon is called distortion.
The main causes of snail horn distortion are:
1. Driving force (current deformation caused by uneven distribution of magnetic flux, input exceeding rated input power)
2. Supporting part (flange part of elastic wave and vibration plate)
3. There are three important reasons for the vibration plate piston motion and segmentation motion.
Snail horn distortion includes:
1. Harmonic distortion: generally caused by uneven magnetic field of snail horn and nonlinear distortion of vibration plate system. Usually generated at low frequencies, due to the large amplitude at low frequencies, non-linear distortion is prone to occur in voice coil cones, pop waves, etc.
In the magnetic return gap of the snail horn, not only is there a circular magnetic field at the corresponding thickness of the iron sheet, but in fact, there is also a magnetic field outside, but the magnetic field lines are not as dense. Therefore, the magnetic field is not uniform and there is non-uniformity. Therefore, when the coil moves in the gap, the magnetic field perceived is uneven, which can cause distortion.
2. Transient distortion: This is caused by the vibration system of the snail horn not being able to keep up with the fast changing electrical signals, resulting in output waveform distortion. This distortion is related to the smoothness of the frequency response curve. At each resonance point of the vibrating plate (equivalent to the peaks and valleys of the frequency response curve), this distortion is more severe.
If the impedance of the fish platform snail speaker meets the requirements and the rated power is slightly lower than the rated power of the amplifier, the distortion will be relatively small, and the sound quality of the snail speaker will be good.
After reading through the previous text, I wonder if you have a better understanding of the cause of the distortion in the snail horn. We will continue to collect and organize more exciting information about Snail Horn in the future, so everyone should pay close attention to our latest developments in order to obtain details as soon as possible.