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Audio and Video Talk
General Discussion
Using bi-wire as single-wire
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<blockquote data-quote="Ampdog" data-source="post: 36040" data-attributes="member: 144"><p>Well, thanks to Ludo for having done it! As he said, I could simply extend my simulation to 10MHz, but with what purpose? From even below 1 MHz matching (reflected waves) can become a real factor; quickly overriding normal ohmic attenuation. But I will do that just to see how my results correspond with that of Ludo. Also as said, I would attach more value in this region to simulating than practical measurements because of the complexity. I did tests long ago when proper equipment was available at the CSIR.</p></blockquote><p></p>
[QUOTE="Ampdog, post: 36040, member: 144"] Well, thanks to Ludo for having done it! As he said, I could simply extend my simulation to 10MHz, but with what purpose? From even below 1 MHz matching (reflected waves) can become a real factor; quickly overriding normal ohmic attenuation. But I will do that just to see how my results correspond with that of Ludo. Also as said, I would attach more value in this region to simulating than practical measurements because of the complexity. I did tests long ago when proper equipment was available at the CSIR. [/QUOTE]
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Audio and Video Talk
General Discussion
Using bi-wire as single-wire
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