Only Antennas that have actually been built are posted in these
Tables. |
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Thanks to Vladimir, UR5EAZ for establishing the Interactive Mode
in the 50,144 and 432 Tables |
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Thanks to Hartmut, DG7YBN for his ongoing support and many
inputs to the Tables |
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Legend: |
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1. L = Length in Wavelengths |
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2. Gain = Gain in dBd
of a single antenna |
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3. E = E plane (Horizontal) stacking in Meters. |
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4. H = H plane (Vertical) stacking in Meters. |
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5. Ga = Gain in dBd
of a 4 bay array |
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6. Tlos = The internal resistance of the antenna in Kelvin. |
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7. Ta = The total temperature of the antenna or array in
Kelvin. This |
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includes all the side lobes, rear lobes and
internal resistance of the |
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antenna or array. |
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8. F/R = Front to Rear in dB over the rear 180 degrees of an
antenna using either E or H plane. |
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9. Z ohms = The natural impedence of a single antenna in free
space. |
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10. VSWR = VSWR Bandwidth is based a single antenna over 50.0 -
50.3 MHz with a |
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reference at 50.150 MHz. This parameter
gives an indicator of the |
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antenna "Q" and what to expect with with
stacking and wet weather. |
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11. Ant G/T = Figure of merit used to determine the receive
capability of the antenna |
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or array. Ant G/T (dB) = Ga - 10*log(Ta).
The more positive figure the |
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better. Ant G/T is modelled in Tant.exe at
30 degrees elevation. |
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Notes: |
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1. The programs used to calculate E/H Stacking,G,Ta,Tlos and Ant
G/T are |
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EZNEC 5+ by Roy Lewallen W7EL,4NEC2 by Arie Voors and
Tant.exe by Sinisa, YT1NT/VE3EA or AGTC_lite by F5FOD/DG7YBN |
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This combination of software provides excellent accuracy. |
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2. Temperatures initially used for producing Antenna
Temperature: Tsky=4225 Kelvin;Tearth=6000 Kelvin |
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Temperatures now adjustable to Tsky=5640 Kelvin. Tearth:
Rural = 29640 Kelvin, Residential = 100600 Kelvin, City=271000
Kelvin |
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3. One wavelength at 50.150 MHz is 5.98M or 19.62' |
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4. "E" represents the horizontal plane; "H" represents the
vertical plane. |
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5. F/R is Front to Rear in dB over the rear 180 degrees of an
antenna using either E or H plane. |
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6. Z ohms is the natural impedence of a single antenna in free
space. |
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7. VSWR Bandwidth is based a single antenna over 50.000 - 50.300
MHz with a reference of 1.00:1 at 50.150 MHz |
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8. Ant G/T = Figure of merit used to determine the receive
capability of the antenna |
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or array. Ant G/T (dB) = Ga - 10*log(Ta).
The more positive figure the |
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better. Ant G/T is modelled in Tant.exe or
AGTC_2lite at 30 degrees elevation. |
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9. Antennas marked with a "*" have stacking dimensions
recommended by |
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the manufacturer or designer. |
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10. Force 12 antennas are not included as no data is available
from the manufacturer. |
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11. FD = Folded Dipole |
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12. Convergence Correction: NEC2 and NEC 4 are incapable of
handling complex |
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feed systems like Folded Dipoles, T Matches, LFAs etc. |
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Convergence Correction using the KF2YN Excel program is
required. |
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See DUBUS 4/2010 "The Correction of Convergence Errors in
Antenna |
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Temperature Calculations by Brian Cake, KF2YN for details. |
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13. Manufacturer/Designer Legend: Single click on Sites in blue |
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Antennas-Amp =
Antennas-Amplifiers |
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BVO
= Eagle/DJ9BV |
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BQH = VE7BQH |
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Cushcraft = Cushcraft |
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Create = Create |
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Directive =
Directive |
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DK7ZB
= DK7ZB |
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EAntenna = EAntenna |
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G0KSC = G0KSC |
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G4CQM = G4CQM |
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HyGain = HyGain |
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I0JXX = I0JXX |
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InnoV =
InnoVAntennas |
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IZ1MYT = IZ1MYT |
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JK Antennas = JK
Antennas |
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K5GW = K5GW |
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K6STI = K6STI |
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Mē = Mē |
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Maple Leaf = Maple
Leaf |
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Mosley = Mosley |
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N1DPM = N1DPM |
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N6CA = N6CA |
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OZ3SW = OZ3SW |
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Telrex = Telrex |
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Tilton = Tilton (ARRL Handbook) |
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W5WVO Mod = W5WVO |
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WiMo = WiMo |
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YU7EF = YU7EF |
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ZL3NW = ZL3NW |
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Using this Chart: |
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Antennas with good G/T can provide significant benefit with
today's high noise levels. |
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Other factors like ease of matching and wet weather performance
should be considered in the the decision making. |
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Antennas with 50 ohm feed systems and good VSWR bandwidth (Q)
may be the best feed system choice. |
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Stacking is an issue on this band due to the large optimum
spacings. While the longer antennas are very attractive |
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because of there superior gain, if severly understacked, the
gain advantage may be quickly lost. |
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Lionel H. Edwards |
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VE7BQH |
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Issue 39, Oct 31,2020 |
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Issue 1: Initial Issue |
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Issue 2: Add Cushcraft 617-6B and Mē 6M25WLC |
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Issue 3: Add N1DPM 7 617-6b mod, N1DPM 7 KLM mod, N1DPM 5 Hy-gain
mod |
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Issue 4: Add G0KSC 6 6.8m LFA,G0KSC 6 7.3m LFA,G0KSC 7 9.7m
LFA,G0KSC 7 8.9m LFA,G0KSC 8 12.49m LFA |
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Issue 5: Add G4CQM 6, G0KSC 5 4.4m LFA, Add F/R column |
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Issue 6: Add Mē 6M3 |
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Issue 7: Add Mē 6M5XHG, IZ1MYT 6 |
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Issue 8: Add G0KSC 8 OWL, IZ1MYT 7,G4CQM 5,Revised G4CQM 6 |
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Issue 9: Add Create CL6DX,Create CL6DXX,Create CL613 |
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Issue 10: Add G0KSC 3LFA,WiMo ZX 6-6,Mē 6M5,Create CL6DXZ, |
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Issue 11: Add G0KSC 4LFA, |
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Issue 12: Add IZ1MYT 5, G0KSC 10LFA, G0KSC 11OWL |
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Issue 13: Add G0KSC 5 4.6m LFA,G0KSC 5 4.7m LFA,G0KSC 6 6.0m
LFA,G0KSC 6.2m LFA,G0KSC 6 6.4m LFA,G0KSC 9 15.02m LFA |
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Issue 13: Add G0KSC 6 LFA 6.0m updated |
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Issue 14: Add G0KSC 5 LFA 4.9m,OptiBeam OB6-6 |
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Issue 15: Add YU7EF 3, YU7EF 11 |
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Issue 16: Add F9FT 5 220505 |
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Issue 17: Add InnoV 5 OP-DES,InnoV 6 OP-DES,InnoV 7 OP-DES,InnoV
8 OP-DES,InnoV 10 LFA,InnoV 8 LFA,InnoV 6 LFA 6.83, |
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Issue 17: Add InnoV 6 6.4m ,InnoV 6 LFA 6.1m, InnoV 4 LFA
3.33m,InnoV 4 LFA 2.8m,InnoV 3 OWL,InnoV 2 LFA, |
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Issue 18: Add Updated DK7ZB 5 50 ohm, |
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Issue 19: Add G4CQM 6M7UX,G4CQM 6M7N50, |
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Issue 20: Add UA9TC 7RV,G0KSC 11 BV LFA,HyGain
VB-66DX(new),HYGain VB-66B(old) |
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Issue 21: Add InnoV 6 LFA MAX 5.8m,InnoV 9 OP-DES,Innov 10
OP-DES, G4CQM 7 LY,G0KSC 2el-Q,G0KSC 3el-Q, |
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Issue 22: Add InnoV 12 LFA,G0KSC 4el-Q,G0KSC 5el-Q,G0KSC 6el-Q, |
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Issue 23: Add DK7ZB 6 50ohm, |
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Issue 24: Add YU7EF 8,G0KSC 3 Quad,G0KSC 4 Quad, G0KSC 5 Quad, |
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Issue 25: Add DK7ZB 4 |
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Issue 26: Add EAntenna 50LFA3,EAntenna 50LFA 4,EAntenna
50LFA5S,EAntenna 50LFA5,EAntenna 50LFA5XL,EAntenna 50LFAA6S, |
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Issue 26: Add EAntenna 50LFA6M,EAntenna 50LFA6,EAntenna
50LFA6XL,EAntenna 50LFA7,EAntenna 50LFA8, |
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Issue 26: Add EAntenna 50LFA9,EAntenna 50LFA10, |
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Issue 27: Add InnoV 2 LFA-Q,InnoV 3 LFA-Q,InnoV 4 LFA-Q,InnoV 5
LFA-Q, |
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Issue 28: Add Revise InnoV 6 LFA 6.4m,InnoV 5 LFA,DK7ZB 13
(50MHz), |
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Issue 29: Add Directive DSEJX5-50,Directive DSEJX6-50,Directive
DSEJX7-50,Directive DSEJX13-50, |
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Issue 29: Add Revise HyGain VB-66DX,HyGain 66B,HyGain VB-64DX, |
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Issue 30: Add Super Moxon, |
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Issue 31: Add InnoV 4 LFA 3.9m Ver 3,InnoV 5 LFA 6.2m Ver
3,InnoV 6 LFA 8.2m Ver 3,InnoV 7 LFA 10.3m Ver 3,InnoV 8 LFA
12.2m Ver 3, |
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Issue 32: Add JK Antennas JK65,JK Antennas JK67, |
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Issue 33: Add Maple Leaf BFM-4e6-13, |
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Issue 34: Add JK68v2,JK610 v8, |
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Issue 35: Add Interactive Tsky and Tearth |
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Issue 36: Add Mē 6M7NAN,BQH9-6D,DG7YBN 50-9w, |
CC617-6B mod G4CQM 7 |
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Issue 37: Add Tearth Kelvin updated,Cushcraft
LFA-6M4EL,Cushcraft LFA-6M5EL,Cushcraft LFA-6M7EL,Cushcraft
LFA-6M8EL, |
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Issue 38: Add G4CQM WS66082,G4CQM WS65065, |
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Issue 39: Add YU7EF 0609X, |
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