cyclone24 said:(Only if the square wave is not really square?)
Interference at odd vs even harmonics refers to the distortion or alteration of a waveform, specifically a square wave, due to the presence of odd or even harmonics in the signal.
The square wave is considered a fundamental waveform because it consists of only odd harmonics, making it the simplest form of a non-sinusoidal periodic wave. It contains only the fundamental frequency and its odd multiples, making it a building block for more complex waveforms.
Interference at odd vs even harmonics can cause the square wave to become distorted, resulting in a non-ideal square shape. This is due to the addition of odd or even harmonics that alter the amplitude and shape of the original waveform.
No, interference at odd vs even harmonics cannot be completely eliminated, but it can be minimized through proper circuit design and filtering techniques. However, some level of interference will always be present in any non-sinusoidal waveform.
Understanding interference at odd vs even harmonics is important in signal processing and circuit design, as non-ideal waveforms can cause issues in electronic systems. It is also crucial in the study of signal analysis and the properties of different waveforms.