im not interested in talking about how you did your tests eddie, we saw how you did them and established they are useless for multiple reasons, i don't care what excuses you have for doing it like that, only a keystone cop would post those videos as evidence of signal performance,
Bob, I'm not interested either.
since you are the noisiest negativist im interested your theory of how the vector may work,
a detailed explanation of where and what currents flow equivalent in detail to barkleys paper explaining how the vector is different,
there are other papers out there but your hole is not deep enough yet eddie,
You seem to have all the answers regarding the work done by Barkley Bob. IMO you are the guy that should be trying to explain your references, not me. As time goes by, are you safer in your opinions by not saying too much? I put what I think out there...hoping the truth can come out some day.
if you know how the vector functions you must be able to explain the difference no propblem,
can you see my issue with the j-pole camp eddie?
10 years and the j-pole camp have still posted nothing but their opinion,
now is your chance to put that right eddie,
I don't know how the Vector works for sure Bob, but I have my opinions. For me, this is why we are discussing these issues. For you, it seems your concerns have more to do with what I say than what the truth is.
Most of the evidence out there, which ain't much for such a humdinger of an idea, supports the idea that the Vector and the J-Pole work similar, but you decry that comparison to a J-Pole...as a Cardinal Sin.
Siro calls the antenna a coaxial J-Pole.
You frequently reference articles "Some J-Poles that I Have Known" by none other than LB Cebik, where he talks about J-Poles. I can only guess you are trying to explain your opinions there too.
You reference the article "The Open Sleeve Antenna" which is about a modified idea for a J-Pole design making it radiate a better pattern.
Your reference article "The Skeleton Sleeve Fed Monopole" is suggesting an idea for making an antenna with an improved radial design (they call if a tuner) than the single tuning element for the J-Pole...which is discussed in the very beginning of the article.
where are your links to respected sources that explain in detail so that we may look at the info ?
There are a few noted above...look them up like you make us do in you brief posts.
if you can't do that and prefer to argue when you have nothing to offer by way of an alternative method of operation you could start by elaborating on how you think Za & Zt are just to do with tuning.
Bob, it is not my duty to prove your references. If you think there are important points for us to consider in the data above...then state them without just posting what is said in the article or tell us to go read a 90 pager and find specifical what your point is among all the words.
i want to understand the antenna and what Cebik meant by "there is more going on in that design than is immediately aparent to most people" and why he said the sleeve could radiate in phase with the upper 1/2wave.
Like Donald said about me earlier, I bird-dogged you for answers to those questions a long time ago. We still don't know exactly what he meant, and you and I have read his work over and over trying to see if there was something there that might give us some clues.
I'll tell you again, I believe the radial cone on the S4/NV4K radiates, but due to cancellation of those out of phase currents inside the cone and their nearly equal magnitude...the radiation left over after cancellation is not very much.
For my ideas on currents, I mostly draw on Maxwell's book on Reflections II, page 21-2 on. CMC's are about coax radiation, not RF on the antenna elements. Try getting the Gain Master to produce its CMC's in the bottom section if we replace the coax with a regular piece of tubing or a wire. It's all about coax and the way it is designed and constructed...to a specific ratio between the center conductor and the shield.
You can run a piece of coax up or down thur a specific 1/4 wave setup of tubing and, more or less, duplicate how coax works, but it is still coax and then I'll refer to it as coaxial.
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