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I have a vague recollection using this method. I think I could test the VF of a piece of coax, and maybe even test my tuned 1/2 wave jumper to see if it was spot-on the frequency I wanted.

Not sure how successful I was at clipping the coax length in the process of tying to construct a tuned 1/2 wave or multiples however.

I also seem to remember this idea was not always as easy as the words made it seem.

Here is an old video on a similar idea

[MEDIA=youtube]S5_LC-LKTDQ[/MEDIA]

<blockquote data-quote="Marconi" data-source="post: 746246" data-attributes="member: 903">I have a vague recollection using this method. I think I could test the VF of a piece of coax, and maybe even test my tuned 1/2 wave jumper to see if it was spot-on the frequency I wanted. Not sure how successful I was at clipping the coax length in the process of tying to construct a tuned 1/2 wave or multiples however.I also seem to remember this idea was not always as easy as the words made it seem.Here is an old video on a similar idea [MEDIA=youtube]S5_LC-LKTDQ[/MEDIA]</blockquote>

[QUOTE="Marconi, post: 746246, member: 903"] [SIZE=5] I have a vague recollection using this method. I think I could test the VF of a piece of coax, and maybe even test my tuned 1/2 wave jumper to see if it was spot-on the frequency I wanted. Not sure how successful I was at clipping the coax length in the process of tying to construct a tuned 1/2 wave or multiples however. I also seem to remember this idea was not always as easy as the words made it seem. Here is an old video on a similar idea [B][/B] [B][/B] [B][MEDIA=youtube]S5_LC-LKTDQ[/MEDIA][/B][/SIZE] [/QUOTE]

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