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As noted above I asked what will happen when the feed line is added to this decoupling stub J-Pole antenna. Well, I had no idea but I did ask the question.

Below is the the model of the J Antenna with the feed line added and the image is shown with a red line on the 4th page in this PDF file, Here you will see the feed line terminate at the source (O) the feed point.

I recently visited the www.Hamradio.me Website again and it has been updated. I wanted to follow up on what happens when the feed line is added to this antenna. John Huggins claims the J antenna is fully conductive and the decoupling stub takes care of the typical CMC for J-Pole antennas including the feed line.

Here is a link to the patent: https://patentimages.storage.googleapis.com/0f/16/e0/c9bbc9feec78af/US20170201002A1.pdf

<blockquote data-quote="Marconi" data-source="post: 619993" data-attributes="member: 903">s As noted above I asked what will happen when the feed line is added to this decoupling stub J-Pole antenna. Well, I had no idea but I did ask the question.Below is the the model of the J Antenna with the feed line added and the image is shown with a red line on the 4th page in this PDF file, Here you will see the feed line terminate at the source (O) the feed point.I recently visited the <a href="http://www.Hamradio.me" target="_blank">www.Hamradio.me</a> Website again and it has been updated. I wanted to follow up on what happens when the feed line is added to this antenna. John Huggins claims the J antenna is fully conductive and the decoupling stub takes care of the typical CMC for J-Pole antennas including the feed line.Here is a link to the patent: <a href="https://patentimages.storage.googleapis.com/0f/16/e0/c9bbc9feec78af/US20170201002A1.pdf" target="_blank">https://patentimages.storage.googleapis.com/0f/16/e0/c9bbc9feec78af/US20170201002A1.pdf</a></blockquote>

[QUOTE="Marconi, post: 619993, member: 903"] s As noted above I asked what will happen when the feed line is added to this decoupling stub J-Pole antenna. Well, I had no idea but I did ask the question. [I][B]Below is the the model of the J Antenna with the feed line added and the image is shown with a red line on the 4th page in this PDF file, Here you will see the feed line terminate at the source ([COLOR=#ff0000]O[/COLOR]) the feed point.[/B][/I] I recently visited the [U][I][B][URL='http://www.Hamradio.me']www.Hamradio.me[/URL][/B][/I][/U] Website again and it has been updated. I wanted to follow up on what happens when the feed line is added to this antenna. John Huggins claims the J antenna is fully conductive and the decoupling stub takes care of the typical CMC for J-Pole antennas including the feed line. Here is a link to the patent: [U][I][B][URL]https://patentimages.storage.googleapis.com/0f/16/e0/c9bbc9feec78af/US20170201002A1.pdf[/URL][/B][/I][/U] [/QUOTE]

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