No noise. Put your cables anywhere you want to. Noise means some mitigating based on cable routing can help. Technically more EM field distance means less noise so design in as much as you want or need.
Be nice. The old saying you catch more of what you want with sugar than vinager comes to mind. No one here is, or should be, trying to give you grief. The lack of grief doesn’t mean we need to add it. I’m good without that stacked variable.
I have no good reason to try to bring understanding to anyone, especially if fly swatter is after me for doing it. all this can be verified the world over for technical accuracy. It WORKS. I only bring that side of the argument into focus with ICONOCLAST. The products are DESIGNED on purpose to support, or refute what better cables can do; lower R, L and C and tertiary material properties of the copper. I have no basis to market what we “feel” is happening that, “only our ears can hear”. True or not it isn’t, to me, a legitamate variable I can define and capture so I know what I’m making. We tell you what those items are. EVERYONE will measure the ame R, L and C and calulate the same current cogherence. But, we ALL will experience the copper’s properties vastly different and yet every individual’s experience is the right one…the rest of use need to bring their BRAIN and EARS and hear it like THEY do or…?
I don’t discount tertiary elements, but I won’t sell what isn’t identical for all of us. The tertiary poperties depend on the underlying physics being correct and then we can each hear the “magic” stuff as much as we each will, or won’t.
Stacked variables are any set of conditions that CHANGE based on what’s happening concurrent, at the same time, to them. If I move two wires closer together, the ENTIRE set of electricals for reactance CHANGES and EVERYTHING that L and C effect.
You can not isolate “just” capacitance or inductance as the B and E fields are tightly connected electrically. They are STACKED relative one another. What happens to one can alter the other.
SOME variables are Independant. Capacitance can be changed with a shift in the dielectric’s value (change the plastic) and while holding the wire spacing the SAME. The inductance, which ignores the dielectric constant won’t change. But…the reactive properties of the two variables will ALTER the SIGNAL applied to this new wire and thus the CHANGE is still STACKED for a signal that is changed by L and C.
A second example is our musical signal, or any time and amplitude based signal, is a SUPERPOSITION of time and amplitude based signals that ADD in time to be a single voltage at any point in time as a voltage and phase.The signals STACK and add.
An even better one is the weather. Temperature, where the moon is and such stack and cause all sorts of variables to CHANGE and clump together to be our weather system.
Just like an addition problem with on value STACKED on top of another…the very LAST set of number is the superpositon of all those above it.
So that’s what stacked variables are. An electronic device is a totally stacked set of variables and our beloved “can’t measure that” stuff is indeed going to be “better” if ALL the underlying KNOWNS are properly established (or stacked).
You can understand CONCEPTS, but to use them, you need to understand the SUBJECT and all it’s intricacies. Gravity makes stuff with low mass
attracted to stuff with higher mass. Planets pull at one another based on their mass, the concept. WHY does this happen? That’s the SUBJECT and it gets real tough real fast and…no one knows why gravity works, just what it is doing. We relate to the CONCEPT.