- 30x2mm square boom.
- Elements of 8mm in diameter, except that the LOOP is 13mm and 10mm at the ends.
- Mast plate of 150x100mm with 6mm thick with square U-bolts M6 fuck boom to the plate and U-bolts of M8 to the plate to the mast.
Characteristics of the 144LFA11
- With this antenna elevation EME has been no problem and with only 100W. This means that the antenna is short 144LFA11 for those who want to start in the world of DX, EME and competitions seriously.
- A clean lobe makes this antenna has a noise level of the lowest of all antennas LFA on the market.
- Simple and quick, because the boom joints are easy to assemble.
- Antenna very solid construction, and with a weight very acceptable.
- Available for 2 or 4 units enfasar in a short (under enfasamiento table included), and to make a profit no big antenna can get.
- The food is straightforward to 50 Ohms, which has not lost any respect to lines of adaptation. (You can request an optional cable terminated with connector and soldered PL-UHF, N or BNC on the end if required)
|Frequency Range:||144 ~ 146 MHz|
|F / B:||28.59 dB|
|SWR:||1:1.1 ~ 1:1.2|
|Maximum Power:||5 kW.|
|Boom length:||6.15 m. / 20.16 '|
|Wind Resistance:|| ≥ 160kmh / ≥ 100mph |
|Weight:||6.2 kg / 13.66 pounds|
* Gain dBi (gain over isotropic dipole in free space) = -2.15 dBd Ratio
** Gain Front / Back "F / B" (gain when the antenna is rotated 180 ° azimuth direction)
V = 2.4 to 3.5 m (optimum 3.4 m)
H = 2.4 to 3.65 m (optimum 3.5 m)
Calculation of 2 antennas:
Vx2@3.2 m Gain: 18.02 MHz dBi@144.300
Vx2@3.6 m Gain: 18.21 MHz dBi@144.300
Vx2@3.2 m F / B: 32.82 MHz dB@144.300
Vx2@3.6 m F / B: 32.25 MHz dB@144.300
HX2 @ 3.5 m Gain: 18.10 MHz dBi@144.300
HX2 @ 3.25 m Gain: 17.99 MHz dBi@144.300
HX2 @ 3.5 m F / B: 33.05 MHz dB@144.300
HX2 @ 3.25 m F / B: 32.67 MHz dB@144.300
Calculating antennas 4 H:
HX2 (3.4 m) + Vx2 (3.2 m): 21.74 MHz dBi@144.300
HX2 (3.65 m) + Vx2 (3.55 m): 22.30 MHz dBi@144.300
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