B
bleyrad
New member
think of it this way:
any wave, squared and flat or not, is a representation of the sum of a (usually) huge amount of perfect sine waves operating at different frequencies. and when it is played back, it SOUNDS like a huge amount of perfect sine waves operating at different frequencies.
a clipped wave creates an effect similar to a square or sawtooth wave.
these wave types are the sum of many, many different sine waves that are layered so precisely with exactly the right frequencies that the overall wave looks square.
however, when it is played back, all the harmonics of these individual sine waves sound out.
these harmonics are what makes the wave unique from a pure sine wave.
a 60Hz square wave is a 60Hz sine wave + many many other higher-frequency sine waves. if you listen closely, you can pick out each individual frequency being sounded.
Thus, when a wave gets flat-topped for many samples in a row, it is played back like it is the sum of a bunch of different harmonics that weren't actually there in the original.
These harmonics are what we hear as distortion.
any wave, squared and flat or not, is a representation of the sum of a (usually) huge amount of perfect sine waves operating at different frequencies. and when it is played back, it SOUNDS like a huge amount of perfect sine waves operating at different frequencies.
a clipped wave creates an effect similar to a square or sawtooth wave.
these wave types are the sum of many, many different sine waves that are layered so precisely with exactly the right frequencies that the overall wave looks square.
however, when it is played back, all the harmonics of these individual sine waves sound out.
these harmonics are what makes the wave unique from a pure sine wave.
a 60Hz square wave is a 60Hz sine wave + many many other higher-frequency sine waves. if you listen closely, you can pick out each individual frequency being sounded.
Thus, when a wave gets flat-topped for many samples in a row, it is played back like it is the sum of a bunch of different harmonics that weren't actually there in the original.
These harmonics are what we hear as distortion.