Page loading

Information

This site is dedicated to the RD3A (ex RD3AF)participation in russian and international HF-contests, DX'ing, DX'peditions, to his work from primary and secondary contest locations, to antennas, equipment and software used by him.  



Contest posihions
+ Contest loc. in RA3
 -  Antennas on loc. RA3
+ Contest loc. in EA8
+ Antennas on loc. EA8

Result of contests
+ 2010
+ 2009
+ 2008

DXCC results

DX-ptdition

Articles

Award, prize

Search





Antennas on loc. RA3 - 160 m band antennas

160 M BAND ANTENNAS



From December 2009 to the position put into operation a new multi-band antenna system installed on a free-standing tower height of 82 meters. Traverse the upper rotating multiband antenna is used as the basis for a dipole in the range of 160 meters.




3b.jpg
Multiband antenna system: the dipole on the band of 160 m; stack of two 4-element antennas "Yagi" in the band of 80 m, stack of three 5-element antennas "Yagi" in the band of 40 m.
4b.jpg
The upper rotating multi-band antenna: dipole in the band of 160 m, combined with a 4-element antenna "Yagi" in the band of 80 m and 5-element antenna "Yagi" in the band of 40 m.
.
5b.jpg
The upper rotating multi-band antenna: dipole in the band of 160 m, combined with a 4-element antenna "Yagi" in the band of 80 m and 5-element antenna "Yagi" in the band of 40 m.
ant160mb.jpg
To work in a band of 160 m are used also antennas: GP and two inv V. As a GP radiator used antenna grounding the mast height of 35 m. The upper point of the antenna inv V posted on the tower 45 and 82 meters.



Print the page Print the page   Убрать боковые блоки


My options


Users online

( nobody )

Counter

 70479 visitors

 8 visitors online


Calendar


Services
Write to Al  Webmaster
ICQ #281985405 :
ICQ
Add to favourites  Favorites
Recommend this site to a friend  Recommend
mobile Version   mobile Version

News posting
To receive news about this website, consider subscribing to our Newsletter.
Subscribe
Unsubscribe
31 Subscribers

^ Top ^

 renta_a.gif  logoCentelis.jpg


THE CENTER OF TELECOMMUNICATIONS AND CONNECTION© 2010

Document generated in 0.09 second