Discussion in 'Antennas, Feedlines, Towers & Rotors' started by KE8CCD, Jul 24, 2017.
Good job with the bamboo!
That's all well and good but please be careful when you toss your loyal, hard-working electrons about. Most of them seldom put on their helmets unless given adequate notice and many injuries often occur at such times; this accounts for skewed paths, field-aligned irregularities and a few other misconstrued propagation anomalies.
Great job on your bamboo ground plane, though!
Chief Administrator, S.P.C.E.
Maxwell-Kerchoff Electron Rehabilitation Ward
Actually, antennas do not throw electrons into the ether. The energized free electrons in the antenna conductors throw photons into the ether. RF waves travel at the speed of light in the medium. Electrons cannot do that. In fact, at RF, electrons move hardly at all and can be considered to simply vibrate in place.
Shucks, Cecil; you just ruined the day for my crew of 1,837 trillion electrons here; all along I've been giving them daily pep talks and trying hard to build up their self-esteem (and once I got carried away by promising them they would traveling to many exotic locations far, far away...).
I was trying to keep their sibling photon's shenanigans a secret and I was managing to do so thus far. I was afraid someone would spill the beans as you have just done! I will assume that your disclosure was done in good nature and more or less unwittingly.
73 anyway (although it is highly doubtful they'll want to cooperate when I want to work DX from now on---betcha they'll sit perfectly still when I try to key up)
Former happy electron herder
Sorry, electrons traveling at (or faster than) the speed of light is one of my pet peeves.
That's a sweet looking vertical. Awesome build, and thanks for posting the images!
You are not supposed to put it 3 feet off of the ground , Mine is 6 inches off of the ground mounted to a chain link post cut with a hack saw at a long angle so it would go into the ground with a sledge. About 3 feet into the ground and the antenna bolted to it with u bolts. 8 radials tuned up nicely when set up as the instructions said.
Huh? You've never heard of elevated verticals and their inherent benefit of less ground loss (not to mention a clearer path to the horizon over ground clutter)?
If/when I get to it, I may do a writeup of my vertical experience.
The one thing I have found is, the 'When the impedance stops changing, you have enough radials', is wrong.
The other thing is, '120 radials is the most you need', is also wrong. But so many people want the easy/cheap
way of doing things today, they are willing to accept the gospel of others without question and to spread the
word of incorrect knowledge. If I could afford it, I would have a solid copper sheet under my vertical!
But I will continue with my system as it is with over 144 30+ foot radials.
I thought I had a decent amount of radials until I added a 4 more... 4 more made a significant difference on the bands for which they were cut (80/20) - I then added two more cut for 40m and was happy to see increased performance (measure by resonance) on that band. So something that I learned is that lenght DOES matter -- at least in a setup where radials are <60