Bdp24
The concepts you mentioned are easy if there is an understanding that isolation is not achievable unto itself. If it were, then electron motion would cease and that means there would be no physical matter present.
Even in a stasis mode there is electron motion. If you put any two materials together, including the same absorption composites they will generate friction which is only damped but never isolated. More friction means greater resistance and merely compounds the problems of energy transfer in a directed movement away from the audio component. So with the use of damping materials there is no real exit strategy only one of containment and a guaranteed build up of greater amplitudes of Coulomb friction.
Your question about component chassis motion: The circuit board is moving with the chassis and we agree however the electrons located on every internal part, including transistors and resistors which are induced by alternating current, forms resonance that is totally independent of the chassis movement. Every part located inside the chassis generates additional forms of friction caused from vibration and will continue to propagate on all surfaces. Applying damping techniques adds to this ongoing noise issue due to resistance caused from the added materials unless a physical exit or mechanical ground pathway is provided for this energy to exit. Tom
The concepts you mentioned are easy if there is an understanding that isolation is not achievable unto itself. If it were, then electron motion would cease and that means there would be no physical matter present.
Even in a stasis mode there is electron motion. If you put any two materials together, including the same absorption composites they will generate friction which is only damped but never isolated. More friction means greater resistance and merely compounds the problems of energy transfer in a directed movement away from the audio component. So with the use of damping materials there is no real exit strategy only one of containment and a guaranteed build up of greater amplitudes of Coulomb friction.
Your question about component chassis motion: The circuit board is moving with the chassis and we agree however the electrons located on every internal part, including transistors and resistors which are induced by alternating current, forms resonance that is totally independent of the chassis movement. Every part located inside the chassis generates additional forms of friction caused from vibration and will continue to propagate on all surfaces. Applying damping techniques adds to this ongoing noise issue due to resistance caused from the added materials unless a physical exit or mechanical ground pathway is provided for this energy to exit. Tom