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1. [Antennaware] Voltages along an antenna (score: 1): Author: David Gould <dave@g3ueg.co.uk>; Date: Wed, 04 Mar 2009 17:36:29 +0000; First thanks to those who helped a few weeks ago with my question about the significant differences between my model and reality for my 62ft vertical on 80m. The concensus was, go with what it is mea; /archives//html/Antennaware/2009-03/msg00003.html (7,661 bytes)
2. [Antennaware] Voltages along an antenna (score: 1): Author: DAVID CUTHBERT <telegrapher9@gmail.com>; Date: Sat, 14 Mar 2009 08:22:30 -0600; David, the simple way to determine the voltage at the top of your top loaded vertical is to take the antenna current at the loading coil and multiply it by the loading coil reactance. This gives the; /archives//html/Antennaware/2009-03/msg00005.html (8,158 bytes)
3. [Antennaware] Voltages along an antenna (score: 1): Author: DAVID CUTHBERT <telegrapher9@gmail.com>; Date: Sat, 14 Mar 2009 08:50:23 -0600; David, the relay will work but you don't necessarily need one. The antenna should cover 160 and 80 meters as is. To bring it into resonance on 80 meters a bit of length adjustment might be in order.; /archives//html/Antennaware/2009-03/msg00006.html (7,372 bytes)
4. Re: [Antennaware] Voltages along an antenna (score: 1): Author: Terry Conboy <n6ry@arrl.net>; Date: Sat, 14 Mar 2009 10:06:31 -0700; Just place a 10 megohm or larger resistor where you are planning to put the trap or relay. Use the Load Dat function in EZNEC to see the voltage across the load. You can also easily model a trap in E; /archives//html/Antennaware/2009-03/msg00007.html (8,890 bytes)

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