If skin effect forces the RF energy into the copper, wouldn't the resistance drop with increasing frequency?
Sorry I was unclear- I was talking about the tinned copper.
Hi SY,
Okay, then for a common plating thickness, would you expect much of a change in resistance? It seems to me that it would have to be a relatively thick plating to cause much of a difference.
-Chris
Okay, then for a common plating thickness, would you expect much of a change in resistance? It seems to me that it would have to be a relatively thick plating to cause much of a difference.
-Chris
No, that was my point. If you see a difference, it will be at RF. At low frequencies, the plating is insignificant, and that is, in fact, what Pedro found.
Remember guys this is high strand count count wire, where each strand is about the thickness of a RCH.
whatever the core or plating is, for the non "pure" grade is unknown but measures ever so slightly better than aluminum alloy.
Pedro is showing the premium product that is NOT what we get typically
whatever the core or plating is, for the non "pure" grade is unknown but measures ever so slightly better than aluminum alloy.
Pedro is showing the premium product that is NOT what we get typically
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Remember guys this is high strand count count wire, where each strand is about the thickness of a RCH.
whatever the core or plating is, for the non "pure" grade is unknown but measures slightly better than aluminum alloy.
Pedro is showing the premium product that is NOT what we get typically
What do you mean by I got the premium product?
something that appears like copper and even measures close to it.What do you mean by I got the premium product?
what we have been talking about in this thread ever since I saw your 'acid trust test'. sheesh
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