Hello..., first of all thanks for the trigger about the insulated wires. This started me to do some experiments with my 4nec2 package in which a few months ago included the possibility to specify rad
Pete, did you read what L.B. Cebik wrote about this. If not, the article at http://www.cebik.com/amod/amod53.html could supply some aditional background info. Arie. -- (Please ignore the advertisemen
For 40 meters and upwards, you can easily model balanced feeders as 2 parallel wires. (e.q. see tltest.nec as example in the 4nec2 package). If you are not interested in additional losses of pattern
Hello..., wire Or take a further look at http://www.cebik.com/amod/amod21.html Arie. -- (Please ignore the advertisements below) SMS bei wichtigen e-mails und Ihre Gedanken sind frei ... Alle Infos z
Hello Mauri and others, For those who would like to play a bit: From the equations used by MoxGen (AC6LA) and as described in L.B. Cebiks page (www.cebik.com/moxon/moxgen.html) I created a 40 meter 4
Just my observation..., I do not (yet?) see what could be done using EZNEC or NecWin+ that could not be done (maybe requiring a little more effort) using Multinec or 4nec2. Besides that both Multinec
You could use NecWin+ or 4nec2 to create one. There are a number of Quads evailable in the 4nec2 example files, which could be used or could serve as a starting point. Arie. -- (Please ignore the ad
hello David, without saying something about the excellent EZNEC software, you could also try what result you get using the Network Matching form (F10 key), included in the 4nec2 software. With this y
Hello..., when calculating average gain, the software or the modeller should first remove all wire- and spot-loading, to get a valid average-gain value. Furtheremore the ground should be set to free-
Those who would like to play for free with a Nec2/Nec4 based antenna modelling package without having to worry about exceeding the maximum segment limit, could take a look at 4nec2 ( http://home.ict.