Oops. Writing on an iphone is a sure-fire way to make lots of typos. So please ignore those.
One can add to the last point that it is not necessarily a BAD thing to exchange one set of undesirable resonances for another set of undesirable resonances. It could be that one likes the flavor of the second better. But for people who are trying to get rid of ALL distortion, introducing an isolation layer (distortion transformer) between two points which are supposed to be absolutely fixed together with zero distortion between them is in some way 'giving up.' And while it may be better than it was 'before', it makes one wonder about the state of the 'before' and almost certainly can be improved upon.
That said, it is not a difficult thing to do, and I will try at some point. I can think that it might even be an improvement on some of my stock plinths (because some of them were not top-notch). I can probably figure out an armpod of some sort relatively easily (it could be an arm attached to an current plinth and the motor outside it, either spiked (rigidly coupled) or isolated (on magnetic levitation footers) with regard to the surface below.
One can add to the last point that it is not necessarily a BAD thing to exchange one set of undesirable resonances for another set of undesirable resonances. It could be that one likes the flavor of the second better. But for people who are trying to get rid of ALL distortion, introducing an isolation layer (distortion transformer) between two points which are supposed to be absolutely fixed together with zero distortion between them is in some way 'giving up.' And while it may be better than it was 'before', it makes one wonder about the state of the 'before' and almost certainly can be improved upon.
That said, it is not a difficult thing to do, and I will try at some point. I can think that it might even be an improvement on some of my stock plinths (because some of them were not top-notch). I can probably figure out an armpod of some sort relatively easily (it could be an arm attached to an current plinth and the motor outside it, either spiked (rigidly coupled) or isolated (on magnetic levitation footers) with regard to the surface below.