| Home |
| Search |
| Today's Posts |
|
#11
|
|||
|
|||
|
"Szczepan Bialek" wrote in message
.. . But in Poland the amateur-radio dipoles consists of the one radiator and the counterpoise. Simply speaking it is the Marconi antenna with the one radial. S* Good morning Szczepan. Oh dear! No, in Poland (and everywhere else for that matter) a dipole does not consist of a radiator and a counterpoise. An aerial of that description would not be called a dipole. I said this in a posting back on 8th July. I shall have to doubt your claim of being "here to learn". It seems to me that all you intend to do is repeat statements which you believe are true and which the rest of us know to be false. Over a period of several months you seem not to have made any progress in understanding the dipole which is a basic aerial. I suggest that, instead of wasting your time on this newsgroup, you visit an amateur radio station or acquire a book on basis aerial theory. As I wrote in my posting of 8th July: The ARRL (http://www.arrl.org/shop/Antennas/ ) and RSGB (http://www.rsgbshop.org/acatalog/Onl...tennas_37.html) both sell helpful books on aerials. I hope you are able to understand this posting. Best wishes, Ian. ps: To the other Ian - yes, S* could be a computer program but I thought the purpose of the Turing test was to simulate a human being. S* seems incapable of learning. I wouldn't discount your theory but I also think that S* could be an elderly person who has poor short term memory or could be a young person having a (protracted) laugh or could be an alter ego of one of the people who posts replies. I can't tell which is correct but I am happy to try to help in a courteous and respectful manner. 73, Ian. |
| Thread Tools | Search this Thread |
| Display Modes | |
|
|
Similar Threads
|
||||
| Thread | Forum | |||
| Using speaker wire for a dipole | Antenna | |||
| 80m Dipole fed with open wire feeder. | Antenna | |||
| Newbie with a wire dipole | CB | |||
| Receiver dipole vs 23 ft wire for HF | Antenna | |||
| Long wire vs. G5RV/dipole | Shortwave | |||