If you want to maintain dynamic coherence within your system then pursue direct coupling of resonant energy and its discharge to the the higher mass or ground. You must focus and direct energy, shorten.. and not impede or slow its path. I agree with Stehno make it go away as quick as you can. In my opinion mechanical damping of most electro-mechanical devices is analogous to the variable and mostly deleterious effects of capacitor coupling within speakers and electronic audio components. Tom
Energy damping or energy transfer?
Are there some generally accepted guidelines about which components to isolate (in terms of vibration damping) and which components to "couple" to the rack (which is also coupled to the floor)?
I freely admit to being clueless here (I'm still trying to get my head around cables and power cords), but it seems like the "brass spikes" guys are saying something completely different from the Vibrapod-type isolation guys.
Given what they're asking for these products and the potential number of components involved, it's like considering a major component upgrade.
Also, has anyone noticed once a component is isolated/coupled that either the interconnect or power cord is affected? Thanks. If this has been kicked to death in the past, just posting a link would be great.
I freely admit to being clueless here (I'm still trying to get my head around cables and power cords), but it seems like the "brass spikes" guys are saying something completely different from the Vibrapod-type isolation guys.
Given what they're asking for these products and the potential number of components involved, it's like considering a major component upgrade.
Also, has anyone noticed once a component is isolated/coupled that either the interconnect or power cord is affected? Thanks. If this has been kicked to death in the past, just posting a link would be great.