Who explained for me guitar distortion

Electric guitars and electric box guitars will be distorted, the sound will change, and the tone will not be right. This is usually due to a problem with the pickup module, but it can also be a problem with the pressure sensor under the string rest. The specific situation needs to be analyzed on a case-by-case basis. Generally these two reasons. Adopted.

A commonly used tone for electric guitars. Beyond song. Mostly electric guitar distortion.

Guitar distortion generally refers to the distortion tone of the electric guitar, and the distorted tone can generally be adjusted by a comprehensive effect or a distortion pedal, and the tone will become hoarse and harsh after distortion.

Implementation principle: The general distortion effect emphasizes the timbre processing in the pre-amplification stage, and does not need to go through power amplification distortion, and the signal is averaged and distorted to obtain the universal distortion timbre after EQ shaping.

Electric guitar distortion tones are generally denoted by the English word distortion.

Distortion is a sound effect produced by an electric guitar through an effect, which produces a noise-like effect, but is heavily exploited by rock guitarists.

The distortion of an electric guitar is the change in sound when you plug it in.

The purity of the sound changes, it becomes harsh.

Guitar distortion, literally, of course, is to lose the real thing, for guitar effects, to a large extent, to the top and bottom distortion, that is, to amplify the sine wave well, put it too big, the circuit can't stand it, the peaks and troughs can't come out, it becomes a straight line, so the rounded sine becomes something similar to a square wave, and it is naturally harsh.

The knob that controls the degree of overload is the WR1 potentiometer at the top, the larger its value, the greater the magnification, the maximum can be 1m, then of course it is too big, distortion. Turning it off is just a big one, and it won't be distorted, because it doesn't exceed the maximum voltage of the amplifier.

There are also three diodes, which can play a role in limiting the voltage, generally a diode is considered to occupy the left and right voltage, of course, there will be a little fluctuation, not too large. When the magnification is too large, the diode will also work, clamping the voltage at both ends of the potentiometer, which is also a truncation (top and bottom) effect, and it is not absolute.

Because as mentioned earlier, the voltage is not strictly so many volts, this truncated waveform is not a horizontal line but a skewed line, and then look closely, you can also find that the positive voltage and negative voltage diodes are not the same, that is to say, even if the input is symmetrical, the output is also asymmetrical, in short, the waveform is tangled.