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Well, bonus points awarded, the first paragraph nailed what I was looking for. What happens if two signals (or sign waves) of the same frequency are traveling in opposite directions on the same medium. A coax environment is where such an occurrence exists in an antenna system, and in that case they create a waveform that has 180 degrees of phase shift in 90 electrical degrees of coax. Unfortunately the case here isn't exactly the same as a coax, and I'm not sure (at least yet) how to properly chart it.

In this case I have an idea of what would happen, and I may be stretching something to its limits or even beyond here. Take a look at the charts I posted in my previous post, namely the second one that includes the blue, red, and yellow lines. If you look at the 1/4 wavelength of the yellow line between the peaks of the blue and red lines, what do you see?

The DB

<blockquote data-quote="The DB" data-source="post: 498349" data-attributes="member: 21346">Well, bonus points awarded, the first paragraph nailed what I was looking for.&nbsp; What happens if two signals (or sign waves) of the same frequency are traveling in opposite directions on the same medium.&nbsp; A coax environment is where such an occurrence exists in an antenna system, and in that case they create a waveform that has 180 degrees of phase shift in 90 electrical degrees of coax.&nbsp; Unfortunately the case here isn&#039;t exactly the same as a coax, and I&#039;m not sure (at least yet) how to properly chart it.In this case I have an idea of what would happen, and I may be stretching something to its limits or even beyond here.&nbsp; Take a look at the charts I posted in my previous post, namely the second one that includes the blue, red, and yellow lines.&nbsp; If you look at the 1/4 wavelength of the yellow line between the peaks of the blue and red lines, what do you see?<a href="http://hittman.us" target="_blank">The DB</a></blockquote>

[QUOTE="The DB, post: 498349, member: 21346"] Well, bonus points awarded, the first paragraph nailed what I was looking for. What happens if two signals (or sign waves) of the same frequency are traveling in opposite directions on the same medium. A coax environment is where such an occurrence exists in an antenna system, and in that case they create a waveform that has 180 degrees of phase shift in 90 electrical degrees of coax. Unfortunately the case here isn't exactly the same as a coax, and I'm not sure (at least yet) how to properly chart it. In this case I have an idea of what would happen, and I may be stretching something to its limits or even beyond here. Take a look at the charts I posted in my previous post, namely the second one that includes the blue, red, and yellow lines. If you look at the 1/4 wavelength of the yellow line between the peaks of the blue and red lines, what do you see? [URL='http://hittman.us'][COLOR=#000000]The DB[/COLOR][/URL] [/QUOTE]

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