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2-piece tilting bracket with locking device for 50 mm diameter tube. The...
2-piece tilting bracket with locking device for 50 mm diameter tube. The...
28 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by SO-239 (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
27 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by SO-239 (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
21 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by SO-239 (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
21 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 and 1,5 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by SO-239 (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
18 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
14 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (1,5 and 2 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
10 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses (2 and 1,5 mm), wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
7 MHz 1/4 wave vertical antenna delivered with 3 wire radians. Very robust tubes with large diameters and thicknesses, wide bandwidth, very low SWR. Connection to the 50 ohm coaxial cable directly by 2 screws (no balun or other adaptation system). On perfect ground the gain reaches 5.15 dBi and the radiation lobes favor DX.
4.5 m high vertical single-band antenna, without radial or ground plane, robust and efficient ! Suitable for stations with limited or poor clearance (valleys, mountains, etc.).
4,5 m high vertical single-band antenna, without radian or ground plane, solid and efficient ! Its very low departure angle on the horizon (< 10°) makes it an antenna particularly suitable for DX...
16 m high vertical single-band antenna, without radian or ground plane, solid and efficient ! Its very low departure angle on the horizon (< 10°) makes it an antenna particularly suitable for DX... Delivered with guying kit. ITA is the only manufacturer to offer Slim-Jim and J-Pole antennas for 14 MHz !
12,4 m high vertical single-band antenna, without radian or ground plane, solid and efficient ! Its very low departure angle on the horizon (< 10°) makes it an antenna particularly suitable for DX... Delivered with guying kit. ITA is the only manufacturer to offer Slim-Jim and J-Pole antennas for 18 MHz !
10,9 m high vertical single-band antenna, without radian or ground plane, solid and efficient ! Its very low departure angle on the horizon (< 10°) makes it an antenna particularly suitable for DX... ITA is the only manufacturer to offer Slim-Jim and J-Pole antennas for 21 MHz !