Component isolation


Let’s say you’re going to add isolation feet to a component with no moving parts, such as a preamp, phono stage, DAC, amp, tuner, etc. 

Which one is most critical to the extent would get your attention first? 
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**Leaving to ask what would be the incremental benefit of *any* expensive vibration resolution solutions.
Any expansive vibration solution is certainly not worth it,because the money invest would be more useful at any other link of an audio system... I eliminate audible vibration at low cost in my system...


The greatest underestimated problem and more difficult to solve atlow cost is cleaning the electrical line and the audio line system...
I try too play it safe and do everything including speakers, though don"t buy expensive feet etc.On another note the picture of your ? sure is hot!!!
Michael, you say that," ... when you dampen vibrations you’re also dampening part of the audio signal." In my system, parasitic resonances (all resonances are a form of vibration) such as those excited in the tonearm, are not part of the audio signal. So I damp them out. Don't think you can have thought this through.

You also say, "Another tip. Low mass frees the sound high mass squeeze the sound. The more weight and compressed mass your system has the more squeezed the signal will sound. The lighter mass you have, the more open the sound will be." Don't quite know what you are getting at here. Do you really mean that a high mass platter will "squeeze the sound?" If so, what do you mean by 'squeeze'? Is this a frequency effect? And what on earth is a 'compressed mass'?  What is being compressed, and what force is doing the compressing? 

Good questions and comments Terry. Damping the vibrations in a component, vibrations that the component may potentially add to the signal, is not "dampening (sic) part of the audio signal." Where in hell did THAT idea come from?! This idea that components themselves should be considered musical instruments, free to resonate, is SUCH an anti-high fidelity concept. Components should simply reproduce the sound of instruments (and voices) contained in recordings, having or adding no sound of their own. My God, that’s the first truth of hi-fi!

"Low mass frees the sound" and "High mass squeezes the sound" are just overly-simplistic bumper sticker slogans. Audio engineers don’t think in those terms. The high-mass VPI turntable platters (the purely stainless steel, the stainless steel/Delrin, and the aluminum/lead/Delrin) sound MUCH better than the low-mass acrylic platters. My Townshend Audio Elite Rock table has a plinth of a metal frame filled with bitumen pads and plaster-of-Paris, built that way so as to be non-resonant. Designer/engineer Frank Van Alstine suggests lining the inside surfaces of the wood bases of suspended subchassis designs (Linn Sondek, Acoustic Research, etc.) with modeling clay for the same reason. If high mass achieves low resonance, that’s a good thing. Of course, that too is an over-simplification, as there is the matter of resonant frequency, Q factor, etc.