Violent agreement. When you are running a Synchrotron with huge currents You need to look at return paths VERY carefully. But in a domestic audio environment or a studio is there ever a justification for bolting a large slab of copper to the wall and hooking all your electronics to it? I think no, or if yes there are better and easier ways to fix the problem. But happy to be proved wrong (where proof is not the wife in kitchen or Axl) 🙂
Wow, that is some amazing gibberish! I bet the reviewer will love it with that introduction 😀
Of course there is generally no actual reverse current, that's just another audiophile myth.
Maybe this new cable has negative resistance?
Or could it be that it simply does what any low resistance speaker cable does: it allows the amp and speaker to 'see' each other just as they are supposed to? Remember, if you describe what any competent product of that type will do but in sufficiently fancy language then some poor souls will conclude that only your product does this amazing thing and will queue up to give you their money.
Or could it be that it simply does what any low resistance speaker cable does: it allows the amp and speaker to 'see' each other just as they are supposed to? Remember, if you describe what any competent product of that type will do but in sufficiently fancy language then some poor souls will conclude that only your product does this amazing thing and will queue up to give you their money.
Is there any evidence of the required stiff power source or connection to such a thing?
use positrons opposite charge to give "negative current"? should provide plenty of E where they meet ordinary matter
Wiser audiophiles only use polyacetylene as a conductor so that the charge carriers are spinless. Spin is a form of magnetism, and the elimination of magnetic effects imparts a sense of clarity and detail to the intertwined musical lines of complex arrangements. The dynamic range extends downward seemingly forever instead of hitting a floor of magnetic hash and noise.
Most of us ordinary mortals noticed that almost all of them have different connectors on each end...
Just wondering what would happen perchance someone assembled them with the cable reversed.
;-)
Do they gosh thanks for that Arny, I'll throw away my reject ones with type A connectors on both ends then shall I....
But thanks for a useful and informative post!
😛
But thanks for a useful and informative post!
😛
What do you do if they point the wrong way? Do they have a recording and playback version that you have to change?
Yup like I said "almost all"
Only if the meaning of "almost all" is unknowable to you...
I was thinking of A-A USB cables when I typed that in for some reason. Obviously, being read was not one of them.
Just joshing with you, hence the face🙂
Though I must agree directional arrows are a mute point when different connectors are involved, which brings us to the point do the arrows always point the correct way, whotever that may be for USB. I'd do suspect it is bi-directional, maybe the music data has to follow the flow of the arrows...
Though I must agree directional arrows are a mute point when different connectors are involved, which brings us to the point do the arrows always point the correct way, whotever that may be for USB. I'd do suspect it is bi-directional, maybe the music data has to follow the flow of the arrows...
We are talking about whole house gfi , not individual outlet. I doubt these have been required for a long time. And these are the only ones that would stop the ground rod leakage Ive been talking about. I'm not rewriting past posts. No one has proved my point wrong, and those that have tried are confused about my point.
My last post on the subject. From Wikipedia
Separating low signal ground from a noisy ground
In television stations, recording studios, and other installations where signal quality is critical, a special signal ground known as a "technical ground" (or "technical earth", "special earth", and "audio earth") is often installed, to prevent ground loops. This is basically the same thing as an AC power ground, but no general appliance ground wires are allowed any connection to it, as they may carry electrical interference. For example only audio equipment is connected to the technical ground in a recording studio.[8] In most cases, the studio's metal equipment racks are all joined together with heavy copper cables (or flattened copper tubing or busbars) and similar connections are made to the technical ground. Great care is taken that no general chassis grounded appliances are placed on the racks, as a single AC ground connection to the technical ground will destroy its effectiveness. For particularly demanding applications, the main technical ground may consist of a heavy copper pipe, if necessary fitted by drilling through several concrete floors, such that all technical grounds may be connected by the shortest possible path to a grounding rod in the basement.
So you are advocating removing all the PE connections from the audio equipment and hooking new PE connections to the new earth? Real biatch if you need to remove something from a rack.
How is that any better than running a dedicated spur from the consumer unit?
How is that any better than running a dedicated spur from the consumer unit?
i remember my late uncle burying an old bathtub in his back yard to provide an RF earth for his Ham rig.
It was always well watered, especially after he had a few beers - something about the electrolytes he said.
It was always well watered, especially after he had a few beers - something about the electrolytes he said.
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