jburidan678 posts03-18-2019 7:34amThe room is full of vibrations -- that’s what sound is. So, I’m not a true believer....
>>>>>Actually, that statement is patently false. I know what you’re thinking, that the sound musical instruments make and the sound speakers make is acoustic vibration. But that is not what the audio signal is. The audio signal in CD players, turntable tonearm wires, preamps, amplifiers, cables is not acoustic vibration or any vibration. It’s electromagnetic waves, an entirely different animal. The problem is that audio signal, the electromagnetic waves, no matter where that signal is in the audio chain, is subject to external vibration - acoustic, seismic, transformer vibration, capacitor vibration, footfall, etc. a common example is acoustic feedback. The cabinet resonance and or acoustic waves from the speakers affecting the audio components via the air and or floor and producing distortion. That’s why isolating components and speakers improves the sound. Hel-loo!
>>>>>Actually, that statement is patently false. I know what you’re thinking, that the sound musical instruments make and the sound speakers make is acoustic vibration. But that is not what the audio signal is. The audio signal in CD players, turntable tonearm wires, preamps, amplifiers, cables is not acoustic vibration or any vibration. It’s electromagnetic waves, an entirely different animal. The problem is that audio signal, the electromagnetic waves, no matter where that signal is in the audio chain, is subject to external vibration - acoustic, seismic, transformer vibration, capacitor vibration, footfall, etc. a common example is acoustic feedback. The cabinet resonance and or acoustic waves from the speakers affecting the audio components via the air and or floor and producing distortion. That’s why isolating components and speakers improves the sound. Hel-loo!