TT Power Cord

Moonglum,
I was not in the least offended by anything you wrote before my post. Skepticism is a needed commodity in this hobby. In your last post, you wrote:

"A similarly opposite benefit can come from the braided Kimber cables i.e if used on switch-mode power supplies they prevent their characteristic hash from getting back into your local mains supply, so not only suppressing incoming interference but the outgoing stuff as well."

What would be the mechanism for that effect of the Kimber cable, which I noted previously is easily converted to PC use? Do you think it's just the capacitance? Along those lines, I think one of the main benefits of an outboard tt motor controller that re-synthesizes AC is the same, motor noise is prevented from going backward into your local AC circuits.

Yes...capacitance was their primary mechanism, Lew. BTW...quite a few years ago, did the Industry Standards folk in the U.S not ban the braided cables so they (Kimber) ended up re-jigging their entire mains cable product line?

It's a pity because I'm convinced they were a better product. (Don't tell anyone but I've got about 6 of them(!) 4 are of the high current variety.) Their effect can be pretty much matched by using good transient suppressors and mains cleaning devices except that the cable's lifespan is much greater ;^)

My defensive position is that I don't think you can possibly do any harm to your gear by reducing Mains interference using such a non-invasive method and may even prolong the equipment's life.
I also have extensive lightning strike protection although the chance of a near or direct strike is zero :o)

Revisiting the OP's original question, I actually spoke from experience : We're going back a lot of years but I tried a Reference Kimber Cable on the LP12 and heard no difference. In fact I felt the Linn's original cable was a better choice as it was light, thin and flexible and conveyed less vibration to the TT.
All the best,

Do you mean to say that Kimber 8TC, braided form, has been "banned"? I've got a lot of it here and there, all being used as PC, not as speaker wire.

But to your other point, I have found empirically that I prefer high capacitance cables probably because they typically have a low characteristic impedance (Zc). Zc is directly related to the square root of inductance divided by capacitance. I similarly like Goertz cables as speaker wire, and the better Transparent and MIT cables, as well. The latter two simply add a capacitance inside the little boxes at the distal end of the cable. My Atma amps very much seem to like cables with low Zc. They really did not like Nordost cables, for one example, which have an unusually high Zc, because mostly inductive.

But if braided Kimber is banned, why? Can't be because of capacitance per se, else MIT, Transparent and others would also have been banned.

Not sure Lew...nothing to do with the basic operation of the cable. I think it may have been a case of Health & Safety (or the Insurance industry) gone mad i.e. someone may have insisted on more generous clearances between the cores rather than allowing them to flirt with each other hundreds of times per metre. :o(

One thing I can tell you is that the current "Palladian" range are not braided - just regular parallel cores - although that might have changed since they were first released. Further info from the gallery is welcome(?)
All the best,