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VE7BQH G/T chart 144MHz

Версия в формате PDF Версия для печати
Четверг, 13 Май 2004

G/T SIMULATIONS OF A 4 BAY ARRAY OF YAGI ANTENNAS ON 2 METERS 144.1 MHz

Полная и обновленная версия таблицы в формате EXСEL доступна в файловом архиве  
                                                                        .......H Plane........ 
TYPE OF L GAIN E H Ga Tlos Ta F/R 1st SL 2nd SL Z VSWR G/T Feed
ANTENNA (WL) (dBd) (M) (M) (dBd) (K) (K) (dB) (dB) (dB) (ohms) Bandwidth System

+KF2YN Boxkite4 0.43 11.10 3.50 2.00 16.80 3.90 225.70 23.4 22.0 none 50.4 1.12:1 -4.59 Dipole
G4CQM 6 1.00 9.46 2.60 2.17 15.44 7.90 249.70 18.9 17.1 none 56.7 1.83:1 -6.38 Dipole
+KF2YN Boxkite6 1.04 12.47 3.90 3.00 18.31 1.30 261.70 26.5 22.9 24.8 49.9 1.20:1 -3.66 Dipole
Vine 6 FD 1.10 9.69 2.63 2.21 15.67 8.20 238.40 24.1 18.4 none 48.3 1.18:1 -5.95 Folded Dipole
+G0KSC 6 LFA 1.13 9.71 2.60 2.19 15.66 3.20 236.40 24.5 19.8 none 49.3 1.04:1 -5.93 LFA Loop
M2 2M7 1.28 9.96 2.65 2.26 15.79 4.40 245.69 18.6 16.4 none 41.3 1.10:1 -5.96
*M2 2M7 1.28 9.96 2.21 2.03 15.20 4.30 240.10 18.6 16.4 none 41.3 1.10:1 -6.45
+KF2YN Boxkite7 1.32 13.34 4.17 3.40 19.30 5.20 245.50 26.8 23.6 24.5 52.7 1.06:1 -2.40 Dipole
YU7XL 8 Hybrid 1.34 10.57 2.79 2.50 16.46 0.60 250.80 19.8 17.1 none 199.9 1.13:1 -5.38 Horiz Dipole
*YU7XL 8 Hybrid 1.34 10.57 3.00 2.43 16.48 0.60 247.30 19.8 17.1 none 199.9 1.13:1 -5.30 Horiz Dipole
+G0KSC 7 LFA 1.39 10.62 2.84 2.49 16.53 1.80 248.90 20.4 16.1 none 48.0 1.19:1 -5.28 LFA Loop
*G0KSC 7 LFA 1.39 10.62 2.60 2.20 16.20 1.80 233.60 20.4 16.1 none 48.0 1.19:1 -5.34 LFA Loop
Vine 7 FD 1.45 10.56 2.83 2.46 16.47 8.20 238.60 22.8 17.9 none 47.9 1.14:1 -5.16 Folded Dipole
G4CQM 7 1.50 10.76 2.89 2.53 16.69 7.90 239.90 23.5 17.9 none 50.7 2.31:1 -4.96 Dipole
+CT1FFU 7 1.54 10.82 2.87 2.50 16.70 2.80 237.70 20.3 18.4 20.4 28.0 1.02:1 -4.91
DK7ZB 7 1.57 11.11 3.16 2.84 17.13 5.80 272.60 16.9 11.9 16.9 28.4 1.64:1 -5.07 Dipole
IK0BZY 6 1.63 11.15 3.10 2.77 17.08 4.80 266.50 17.5 11.9 17.7 18.5 2.41:1 -5.07
+DG7YBN 8 1.68 10.94 2.91 2.56 16.84 3.50 238.80 19.7 15.5 20.2 47.5 1.16.1 -4.79 Dipole
G0KSC 8 LFA 1.79 11.06 2.94 2.60 17.01 3.60 231.90 24.8 19.3 25.1 50.0 1.24:1 -4.49 LFA Loop
*G0KSC 8 LFA 1.79 11.06 3.15 2.40 16.95 3.60 222.20 24.8 19.3 25.1 50.0 1.24:1 -4.37 LFA Loop
W1JR 8 MOD 1.80 11.14 3.07 2.75 16.99 5.30 256.70 17.3 12.8 17.3 50.0 1.14:1 -4.95 Dipole
DJ9BV 1.8 1.80 11.34 3.16 2.80 17.28 5.50 261.20 17.6 13.4 17.5 77.5 1.34:1 -4.74 Dipole
K1FO 10 1.84 11.34 3.10 2.78 17.27 4.30 257.70 16.5 14.5 18.5 29.4 1.44:1 -4.69
Vine 8 FD 1.85 11.18 3.00 2.63 17.06 8.50 232.30 24.2 20.5 22.3 51.4 1.12:1 -4.45 Folded Dipole
YU7EF 8 1.87 11.31 3.04 2.71 17.23 3.80 242.12 20.0 15.1 20.1 48.5 1.21:1 -4.46 Dipole
BQH8B 1.88 11.60 3.28 2.97 17.62 7.20 259.30 18.0 12.6 16.5 50.0 1.29:1 -4.37 Dipole
+UR5EAZ 9 1.89 11.32 3.07 2.75 17.26 3.60 249.70 18.5 13.7 17.8 49.2 1.01:1 -4.56 Dipole
G4CQM 8 1.90 11.61 3.20 2.88 17.56 9.30 242.60 24.1 14.9 22.7 50.9 2.52:1 -4.14 Dipole
+KF2YN Boxkite9 1.92 13.98 4.45 3.70 19.95 7.80 229.90 24.4 21.5 26.3 49.2 1.28:1 -1.53 Dipole
+CT1FFU 8 1.94 11.28 2.96 2.62 17.10 2.90 232.30 23.6 21.2 21.6 27.1 1.05:1 -4.41
+G0KSC 8OWL 1.95 11.63 3.13 2.82 17.55 4.60 235.70 25.5 17.1 22.1 49.5 1.34:1 -4.02 Folded Dipole
I0JXX 8 2.04 12.11 3.46 3.17 18.10 9.30 257.30 19.6 13.2 17.5 200.1 3.00:1 -3.86 T Match
*DG0OPK 9 2.07 11.45 2.95 2.70 17.30 5.70 230.80 24.6 16.4 23.4 28.4 1.11:1 -4.18 Dipole
DG0OPK 9 2.07 11.45 3.04 2.72 17.34 5.70 231.90 24.6 16.4 23.4 28.4 1.11:1 -4.16 Dipole
DK7ZB 8 2.09 12.01 3.40 3.10 18.02 4.80 253.60 21.6 13.0 17.6 28.0 1.26:1 -3.87 Dipole
+G0KSC 9 OWA 2.09 11.99 3.33 3.04 17.96 4.90 247.00 21.3 15.0 17.1 49.1 1.30:1 -3.82 Dipole
+RA3AQ 9S 2.12 12.04 3.35 3.06 18.02 4.70 246.50 20.7 14.5 17.4 47.1 1.08:1 -3.75 Folded Dipole
*RA3AQ 9S 2.12 12.04 3.00 3.00 17.85 4.60 242.80 20.7 14.5 17.4 47.1 1.08:1 -3.85 Folded Dipole
M2 9SSB 2.12 11.96 3.33 3.04 17.92 10.80 245.90 20.2 14.7 17.1 200.6 1.26:1 -3.84 T Match
#WiMo WX220 XPOL2.13 11.23 2.94 2.94 17.17 8.30 293.00 14.0 13.1 17.3 202.0 1.08:1 -5.35 Folded Dipole
*WiMo WX220 XPOL2.13 11.23 3.30 3.30 17.44 8.40 300.80 14.0 13.1 17.3 202.0 1.08:1 -5.19 Folded Dipole
DJ9BV 2.1 2.13 11.89 3.33 3.04 17.87 5.80 255.20 20.2 13.2 17.4 44.9 1.30:1 -4.05 Dipole
G0KSC 9 LFA 2.14 11.97 3.26 2.94 17.88 5.20 235.10 23.5 16,2 20.9 50.5 1.08:1 -3.68 LFA Loop
*G0KSC 9 LFA 2.14 11.97 3.10 3.00 17.86 5.20 235.70 23.5 16.2 20.9 50.5 1.08:1 -3.75 LFA Loop
*OZ5HF 9 2.16 11.52 2.70 2.50 16.65 2.90 275.10 18.2 11.9 16.0 38.0 1.15:1 -5.60
OZ5HF 9 2.16 11.52 3.21 2.92 17.47 3.00 272.60 18.2 11.9 16.0 38.0 1.15:1 -4.74
YU7EF 9 2.16 11.84 3.20 2.89 17.74 5.30 236.60 22.0 16.7 19.8 49.8 1.17:1 -3.84 Dipole
F9FT 11 2.17 11.78 3.26 2.97 17.75 5.30 251.00 22.7 13.4 18.9 21.5 1.25:1 -4.10
*CC 13B2 2.17 11.79 2.90 2.79 17.47 5.80 249.10 19.6 13.2 19.0 21.1 1.37:1 -4.34
CC 13B2 2.17 11.79 3.33 3.01 17.78 5.90 257.90 19.6 13.2 19.0 21.1 1.37:1 -4.18
K1FO 11 2.18 11.97 3.30 3.00 17.90 4.30 248.00 17.9 14.6 19.2 44.0 1.29:1 -3.89
*CC 215WB 2.19 11.78 3.05 3.05 17.66 6.60 262.50 19.1 12.7 17.7 17.4 1.47:1 -4.38
CC 215WB 2.19 11.78 3.36 3.07 17.78 6.60 266.60 19.1 12.7 17.7 17.4 1.47:1 -4.33
Vine 9 FD 2.22 11.93 3.21 2.91 17.80 9.40 230.00 23.9 18.7 21.5 50.0 1.07:1 -3.67 Folded Dipole
+G0KSC 9OWL 2.28 12.15 3.28 2.97 18.00 6.40 229.50 24.3 18.8 22.3 49.1 1.27:1 -3.46 Folded Dipole
+KF2YN Boxkite102.29 14.29 4.49 3.89 20.25 7.60 226.70 29.2 21.2 27.0 49.0 1.14:1 -1.16 Dipole
G4CQM CQM12UX 2.32 11.94 3.20 2.89 17.82 4.00 231.60 23.3 15.8 20.9 50.2 1.06:1 -3.68 Dipole
*Flexa 224 2.34 11.52 3.50 3.30 17.66 30.10 259.20 17.7 12.7 17.3 60.4 1.09:1 -4.33
Flexa 224 2.34 11.52 3.30 3.00 17.47 29.50 254.60 17.7 12.7 17.3 60.4 1.09:1 -4.44
+RA3AQ 9 2.35 12.38 3.40 3.13 18.31 5.60 234.30 22.1 15.1 18.8 49.2 1.10:1 -3.24
#RA3AQ 9 2.35 12.38 3.27 3.27 18.32 5.60 235.70 22.1 15.1 18.8 49.2 1.10:1 -3.25
+CT1FFU 9 2.38 12.23 3.26 2.97 18.08 3.60 226.80 22.7 20.2 21.2 28.1 1.15:1 -3.33
ZL1RS 9 2.38 12.24 3.30 3.01 18.13 5.60 227.20 25.2 18.7 23.4 48.7 2.19:1 -3.28 Dipole
Eagle 10 2.38 12.28 3.44 3.16 18.27 6.00 242.96 22.0 15.0 19.2 23.6 1.33:1 -3.43
G4CQM CQM12UC 2.39 12.15 3.30 3.01 18.05 5.20 235.60 21.4 14.5 19.8 49.4 1.03:1 =3.54 Dipole
DK7ZB 9 2.39 12.41 3.56 3.30 18.45 6.20 250.50 20.4 12.2 16.0 27.5 1.23:1 -3.39 Dipole
Vine 10 FD 2.45 12.27 3.35 3.04 18.17 9.50 226.70 25.0 18.0 22.6 47.6 1.08:1 -3.23 Folded Dipole
DD0VF 9 2.46 12.47 3.48 3.18 18.44 4.40 235.80 20.3 15.8 17.5 25.0 1.16:1 -3.14
+YU7EF 10LT 2.49 11.84 3.13 2.82 17.69 5.30 224.30 29.4 22.8 25.3 45.7 1.13:1 -3.67 Dipole
K5GW 10 2.49 12.45 3.44 3.16 18.38 7.40 234.60 23.1 16.4 21.4 37.4 1.41:1 -3.17
#K5GW 10 2.49 12.45 3.30 3.30 18.38 7.30 235.90 23.1 16.4 21.4 37.4 1.41:1 -3.20
G4CQM 9 2.52 12.63 3.62 3.35 18.68 7.30 244.40 22.2 13.1 17.6 46.4 2.02:1 -3.05 Dipole
+G0KSC 10 LFA 2.53 12.61 3.48 3.18 18.54 2.60 229.80 24.3 16.0 22.8 48.5 1.05:1 -2.92 LFA Loop
*G0KSC 10 LFA 2.53 12.61 3.40 3.10 18.48 2.50 228.30 24.3 16.0 22.8 48.5 1.05:1 -2.95 LFA Loop
K1FO 12 2.53 12.49 3.46 3.18 18.42 4.30 240.70 21.6 14.7 19.6 31.1 1.23:1 -3.25
*YU7EF 10 2.59 12.44 3.38 3.09 18.33 6.90 227.50 23.8 17.2 23.1 50.3 1.06:1 -3.09 Dipole
YU7EF 10 2.59 12.44 3.39 3.10 18.34 6.90 227.80 23.8 17.2 23.1 50.3 1.06:1 -3.08 Dipole
+G0KSC 10LFA+2 2.60 12.45 3.39 3.09 18.35 4.10 226.70 23.8 18.9 22.6 47.4 1.24:1 -3.06 LFA Loop
G0KSC 10 OWL 2.63 12.46 3.40 3.10 18.36 7.20 224.60 26.4 19.1 26.2 48.2 1.11:1 -3.00 Folded Dipole
I0JXX 12 2.68 12.67 3.58 3.30 18.64 6.90 238.00 25.2 14.6 17.0 26.9 1.31:1 -2.97
BQH 12J 2.80 12.80 3.67 3.40 18.83 4.30 246.20 20.3 13.5 17.2 50.0 1.01:1 -2.93 Dipole
#BQH 12J 2.80 12.80 3.54 3.54 18.81 4.30 248.00 20.3 12.5 17.2 50.0 1.01:1 -2.99 Dipole
+CT1FFU 10 2.82 12.74 3.44 3.15 18.59 4.10 220.20 25.2 20.0 23.2 28.1 1.19:1 -2.69
+CT1FFU 10C 2.82 13.04 3.62 3.31 18.93 4.20 222.90 27.2 17.6 21.9 27.2 1.23:1 -2.40
*M2 12 2.84 12.68 3.05 3.05 18.19 5.40 232.20 19.5 14.9 18.2 37.0 1.13:1 -3.32
M2 12 2.84 12.68 3.48 3.20 18.54 5.40 232.50 19.5 14.9 18.2 37.0 1.13:1 -2.97
+KF2YN Boxkite122.84 14.09 6.00 4.40 20.95 8.00 229.50 25.2 20.0 27.0 48.5 1.22:1 -0.53 Dipole
BQH 10 2.86 13.05 3.69 3.43 19.00 7.00 232.50 23.9 14.4 20.6 22.6 1.47:1 -2.51
#BQH 10 2.86 13.05 3.56 3.56 19.00 6.90 232.80 23.9 14.4 20.6 22.6 1.47:1 -2.52
WB9UWA 12 2.87 12.73 3.48 3.20 18.61 7.00 223.00 25.2 20.0 22.7 23.9 1.47:1 -2.72
DK7ZB 10 2.87 13.00 3.87 3.60 19.17 6.80 247.50 21.7 12.7 16.6 25.8 1.61:1 -2.62 Dipole
Vine 11 FD 2.87 12.78 3.60 3.21 18.67 10.00 220.00 27.9 19.7 24.0 48.4 1.09:1 -2.60 Folded Dipole
+YU7EF 11B 2.87 12.92 3.58 3.30 18.85 4.70 225.60 25.6 16.7 20.1 50.2 1.35:1 -2.53 Dipole
I5MZY 13 2.88 13.21 3.82 3.56 19.21 7.80 238.10 22.8 15.1 17.8 57.2 2.45:1 -2.41 Dipole
+YU7XL 11 Hybrid2.88 13.19 3.64 3.42 19.15 0.50 223.60 26.2 17.3 20.7 195.6 1.18:1 -2.24 Horiz Dipole
*YU7xL 11 Hybrid2.88 13.19 3.77 3.56 19.15 0.50 225.70 26.2 17.3 20.7 195.6 1.18:1 -2.20 Horiz Dipole
K1FO 13 2.89 12.94 3.64 3.39 18.88 4.60 239.20 19.7 14.5 19.4 24.7 1.38:1 -2.76
#M2 20 XPOL 2.97 13.11 3.64 3.64 19.09 6.30 241.70 21.4 13.5 16.1 200.1 1.20:1 -2.59 T Match
+UA9TC 11RS 2.98 13.09 3.66 3.37 19.01 5.00 223.90 23.3 17.9 21.5 50.9 1.10:1 -2.34 Dipole
+G0KSC 11 LFA 2.98 13.11 3.61 3.35 19.01 3.00 221.50 27.7 16.5 24.6 48.3 1.06:1 -2.33 LFA Loop
*G0KSC 11 LFA 2.98 13.11 3.78 3.65 19.14 3.00 224.90 27.7 16.5 24.6 48.3 1.06:1 -2.23 LFA Loop
+G0KSC 11 OWL 3.00 13.16 3.69 3.44 19.09 7.70 224.60 23.0 16.4 22.3 50.4 1.22:1 -2.27 Folded Dipole
*BVO-3WL 3.01 13.43 3.90 3.70 19.38 8.60 253.10 20.5 12.9 17.7 52.7 3.08:1 -2.50 Dipole
BVO-3WL 3.01 13.43 4.03 3.78 19.42 8.60 256.10 20.5 12.9 17.7 52.7 3.08:1 -2.51 Dipole
#BVO-3WL 3.01 13.43 3.90 3.90 19.41 8.60 256.60 20.5 12.9 17.7 52.7 3.08:1 -2.53 Dipole
+G0KSC 11LFA 3R 3.01 13.00 3.60 3.33 18.92 4.00 223.00 25.7 18.2 24.0 50.1 1.08:1 -2.41 LFA Loop
+YU7EF 11 3.04 13.07 3.56 3.30 18.87 4.70 222.60 22.2 17.8 22.5 49.0 1.62:1 -2.46 Dipole
F9FT 16 3.06 12.64 3.54 3.26 18.63 6.00 241.30 21.1 13.8 16.4 20.8 1.37:1 -3.05
#SM2CEW 14 XPOL 3.08 13.04 3.50 3.50 18.96 6.90 226.40 25.8 22.5 25.9 19.2 1.40:1 -2.44 Dipole
CD15LQDver2 3.09 12.90 3.58 3.33 18.85 4.40 231.60 26.1 14.0 17.0 50.0 1.25:1 -2.65 Gamma Match
*CD15LQDver2 3.09 12.90 4.00 3.80 19.02 4.40 238.80 26.1 14.0 17.0 50.0 1.25:1 -2.61 Gamma Match
CD15LQDver1 3.10 12.83 3.60 3.35 18.76 4.10 247.80 20.7 14.5 17.5 50.0 1.23:1 -3.03 Gamma Match
*CD15LQDver1 3.10 12.83 4.00 3.80 18.97 4.20 249.90 20.7 14.5 17.5 50.0 1.23:1 -2.86 Gamma Match
I5MZY 13 3.10 12.97 3.56 3.30 18.83 6.00 225.90 20.3 15.1 17.8 49.3 1.50:1 -2.56 Dipole
MBI ModFT17 3.12 13.31 3.85 3.60 19.27 8.20 239.50 24.3 12.9 19.7 50.1 1.41:1 -2.37 Dipole
*F9FT 17 3.14 12.87 3.68 3.50 18.90 5.80 236.40 23.0 14.7 18.6 25.8 1.32:1 -2.69
F9FT 17 3.14 12.87 3.59 3.31 18.81 5.70 234.30 23.0 14.7 18.6 25.8 1.32:1 -2.74
*CC3219 3.17 12.77 4.27 3.66 18.80 5.70 307.80 14.9 15.1 18.0 18.3 1.49:1 -3.93
CC3219 3.17 12.77 4.07 3.82 18.79 5.70 308.60 14.9 15.1 18.0 18.3 1.49:1 -3.95
CC3219 MOD 3.17 13.25 3.87 3.62 19.27 5.10 245.60 24.1 13.0 16.0 29.0 1.06:1 -2.48 Dipole
BQH 13 3.19 13.30 3.85 3.60 19.28 4.30 244.90 20.8 13.7 17.5 50.0 1.11:1 -2.46 Dipole
#BQH 13 3.19 13.30 3.72 3.72 19.27 4.30 246.30 20.8 13.7 17.5 50.0 1.11:1 -2.49 Dipole
DJ9BV 3.2 3.22 13.30 3.85 3.58 19.29 6.50 239.50 21.1 13.7 18.1 71.8 1.36:1 -2.35 Dipole
+DG7YBN 12 3.23 13.45 3.87 3.62 19.41 5.50 229.10 26.2 15.0 20.1 46.2 1.40:1 -2.04 Bent Dipole
*DG7YBN 12 3,23 13.45 3.99 3.83 19.47 5.60 231.00 26.2 15.0 20.1 46.2 1.40.1 -2.02 Bent Dipole
+KF2YN Boxkite133.26 15,11 4.83 4.32 21.00 7.80 227.10 28.8 20.4 28.9 52.5 1.07:1 -0.41 Dipole
+G0KSC 12 LFA 3.32 13.44 3.78 3.52 19.36 4.00 220.50 24.4 18.1 23.1 49.9 1.07:1 -1.92 LFA Loop
+G0KSC 12 OWA 3.33 13.33 3.85 3.50 19.28 5.70 224.30 25.3 16.3 23.4 49.3 1.05:1 -2.08 Dipole
K1FO 14 3.26 13.36 3.80 3.56 19.29 4.70 237.80 18.1 14.4 19.3 29.6 1.42:1 -2.32
G4CQM 11 3.36 13.55 3.92 3.66 19.50 8.30 232.00 30.1 13.3 17.9 46.2 1.94:1 -2.01 Dipole
+DK7ZB 11 3.40 13.68 3.94 3.71 19.61 5.00 234.30 22.3 14.2 17.4 27.9 1.27:1 -1.94 Dipole
+UA9TC 12RS 3.40 13.55 3.80 3.56 19.46 5.10 218.20 32.1 18.6 21.2 51.7 1.09:1 -1.78 Dipole
+G0KSC 12 LFA 3.41 13.64 4.59 3.60 19.62 4.30 224.10 26.1 18.1 23.1 50.1 1.18:1 -1.73 LFA Loop
*G0KSC 12 LFA 3.41 13.64 3.90 3.70 19.58 4.30 221.20 26.1 18.1 23.1 50.1 1.18:1 -1.72 LFA Loop
MBI 3.4 3.42 13.58 3.87 3.62 19.49 9.20 227.70 23.0 16.0 19.9 37.7 1.62:1 -1.93
+G0KSC 12LFA 2R 3.43 13.46 3.79 3.52 19.38 3.30 221.20 25.0 19.3 23.6 50.3 1.06:1 -2.11 LFA Loop
*G0KSC 12LFA 2R 3.43 13.46 3.95 3.75 19.48 4.90 220.50 25.0 19.3 23.6 50.3 1.06:1 -1.80 LFA Loop
InnoV 12 LFA 3.43 13.56 3.80 3.60 19.47 5.40 218.90 25.8 17.4 23.7 49.3 1.07:1 -1.78 LFA Loop
YU7EF 12 3.49 13.67 3.85 3.60 19.55 6.10 221.10 23.6 16.8 21.9 45.4 1.77:1 -1.75 Dipole
*SM5BSZ 11 3.51 13.95 3.50 3.50 19.48 6,40 231.80 19.5 18.1 19.7 54.4 3.06:1 -2.02 Dipole
+SM5BSZ 11 3.51 13.95 4.05 3.80 19.81 6.30 238.80 19.5 18.1 19.7 54.4 3.06:1 -1.82 Dipole
*SM5BSZ 11A 3.53 14.01 4.00 4.00 19.92 6.10 245.80 16.7 16.6 16.8 52.3 3.03:1 -1.84 Dipole
+SM5BSZ 11A 3.53 14.01 4.13 3.92 19.93 6.10 245.40 16.7 16.6 16.8 52.3 3.03:1 -1.82 Dipole
17LQD EKM#1 3.59 13.30 3.75 3.52 19.21 4.20 242.10 20.8 15.1 18.1 50.0 1.23:1 -2.48 Gamma Match
17LQD EKM#2 3.59 13.39 3.75 3.50 19.32 4.50 227.50 25.6 15.3 18.6 19.5 1.25:1 -2.10 Gamma Match
+DL6WU 14 3.61 13.63 3.94 3.70 19.53 2.60 246.90 21.2 14.3 17.4 51.4 1.28:1 -2.24 Dipole
DJ9BV 3.6 3.61 13.67 4.00 3.78 19.57 5.40 249.70 21.3 13.9 18.0 53.5 1.30:1 -2.25 Dipole
K1FO 15 3.64 13.76 3.94 3.71 19.67 4.80 233.00 20.0 14.5 19.4 39.1 1.30:1 -1.85
DK7ZB 12 3.83 14.17 4.21 4.00 20.11 6.90 237.40 25.6 13.6 17.9 26.8 1.46:1 -1.49 Dipole
+UA9TC 13RS 3.83 13.95 3.94 3.70 19.84 5.20 215.60 24.3 18.7 20.9 49.7 1.07:1 -1.35 Dipole
+G0KSC 13 LFA 3.84 14.10 4.07 3.85 20.02 4.40 221.10 27.4 16.5 23.7 48.5 1.14:1 -1.28 LFA Loop
+G0KSC 13 LFA 3.85 13.97 4.00 3.75 19.91 6.40 220.10 28.2 16.5 23.7 48.8 1.20:1 -1.37 LFA Loop
*G0KSC 13 LFA 3.85 13.97 4.06 3.90 19.93 6.40 220.50 28.2 16.5 23.7 48.8 1.20:1 -1.35 LFA Loop
InnoV 13 LFA 3.86 13.98 4.02 3.77 19.89 7.00 219.50 28.2 17.4 25.5 48.7 1.20:1 -1.37 LFA Loop
YU7EF 13M 3.86 13.85 3.92 3.66 19.73 7.00 218.80 25.7 18.6 21.1 49.9 1.05:1 -1.52 Dipole
+YU7EF 13 3.92 14.12 4.05 3.82 20.00 6.00 220.10 22.5 17.0 23.2 47.9 2.55:1 -1.28 Dipole
IK0BZY 12 3.95 14.06 4.02 3.78 19.93 6.90 222.50 24.6 18.6 20.7 99.2 1.44:1 -1.39 Dipole
+DG7YBN 14 3.98 14.09 4.05 3.82 20.00 5.80 218.80 28.3 17.4 20.4 50.4 1.07:1 -1.25 Bent Dipole
*DG7YBN 14 3.98 14.09 4.20 4.00 20.08 5.80 220.40 28.3 17.4 20.4 50.4 1.07:1 -1.20 Bent Dipole
BVO2-4WL 3.99 14.17 4.24 4.02 20.14 6.80 241.80 24.0 13.3 17.5 45.0 1.25:1 -1.54 Dipole
#BVO2-4WL 3.99 14.17 4.13 4.13 20.11 6.80 241.20 24.0 13.3 17.5 45.0 1.25:1 -1.56 Dipole
DJ9BV 4.0 4.01 14.04 4.16 3.92 19.91 6.50 249.40 22.4 14.3 18.3 41.5 1.35:1 -1.91 Dipole
K1FO 16 4.01 14.13 4.16 3.87 20.05 4.70 229.90 23.9 14.7 19.8 35.0 1.15:1 -1.42
+SV 2SA13 4.01 14.45 4.38 4.16 20.42 7.00 239.00 20.0 14.2 17.3 52.2 1.41:1 -1.21 Dipole
#SV 2SA13 4.01 14.45 4.27 4.27 20.42 7.00 238.80 20.0 14.2 17.3 52.2 1.41:1 -1.21 Dipole
HG VB-215DX 4.03 14.10 4.21 3.97 20.00 5.80 250.80 19.6 14.6 18.6 38.6 1.41:1 -1.84
CC3219 MOD 4.04 14.13 4.27 4.07 20.09 5.10 248.20 24.0 12.2 17.6 32.1 1.02:1 -1.71
*CC4218XL 4.19 13.92 4.08 3.85 19.74 11.10 260.20 16.8 14.3 19.2 14.5 1.72:1 -2.26
CC4218XL 4.19 13.92 4.31 4.07 19.82 11.10 263.60 16.8 14.3 19.2 14.5 1.72:1 -2.24
CC4218 MOD 4.17 14.27 4.24 4.02 20.21 5.80 236.90 22.0 13.8 18.2 22.0 1.18:1 -1.39
WB9UWA 15 4.18 13.65 3.75 3.50 19.44 8.30 208.90 34.0 25.3 28.8 26.0 1.51:1 -1.61
+G0KSC 14LFA 3R 4.23 14.44 4.19 3.97 20.35 2.40 216.50 27.7 16.9 23.7 48.8 1.07:1 -0.86 LFA Loop
+G0KSC 14LFA 3R 4.23 14.44 4.19 4.00 20.35 2.40 216.70 27.7 16.9 23.7 48.8 1.07:1 -0.86 LFA Loop
YU7EF 14M 4.24 14.23 4.07 3.85 20.08 7.00 220.10 24.6 18.6 20.9 48.6 1.07:1 -1.20 Dipole
+UA9TC 14RS 4.24 14.33 4.13 3.89 20.22 5.20 216.70 25.0 18.5 20.3 49.5 1.06:1 -0.99 Dipole
+G0KSC 14 LFA 4.30 14.52 4.24 4.02 20.43 4.90 218.10 26.8 16.9 24.5 47.1 1.22:1 -0.81 LFA Loop
*G0KSC 14 LFA 4.30 14.52 4.16 3.94 20.39 4.90 217.10 26.8 16.9 24.5 47.1 1.22:1 -0.83 LFA Loop
+KF2YN Boxkite164.30 15.85 5.50 5.10 21.83 8.20 227.00 29.4 19.1 25.0 50.5 1.16:1 +0.60 Dipole
InnoV 14 LFA 4.32 14.45 4.18 3.97 20.34 6.60 215.60 27.6 17.3 25.2 48.6 1.10:1 -0.85 LFA Loop
*InnoV 14 LFA 4.32 14.45 4.00 4.00 20.30 6.60 214.80 27.6 17.3 25.2 48.6 1.10:1 -0.87 LFA Loop
YU7EF 14 4.37 14.48 4.21 4.00 20.33 8.80 220.00 22.8 17.5 22.8 41.0 2.30:1 -0.94 Dipole
YU7EF 14LT 4.37 13.91 3.89 3.64 19.60 11.70 211.00 29.1 23.2 24.7 47.8 1.29:1 -1.49 Dipole
K1FO 17 4.40 14.44 4.24 4.02 20.34 4.90 229.50 22.9 14.7 19.6 27.7 1.25:1 -1.12
DJ9BV 4.4 4.41 14.32 4.27 4.07 20.18 6.60 251.50 19.6 14.5 18.1 38.3 1.36:1 -1.68 Dipole
SHARK 20 4.47 14.34 4.33 4.10 20.19 3.90 258.50 22.4 13.3 18.0 42.8 1.05:1 -1.79 Dipole
I0JXX 16 4.47 14.36 4.16 3.94 20.24 8.40 217.60 27.6 17.9 22.2 30.4 1.05:1 -0.99
#I0JXX 16 4.47 14.36 4.05 4.05 20.24 8.40 217.50 27.6 17.9 22.2 30.4 1.05:1 -0.98
*CC17B2 4.49 14.52 3.66 3.51 19.93 6.10 223.40 23.4 15.6 21.6 29.3 1.22:1 -1.41
CC17B2 4.49 14.52 4.27 4.05 20.42 6.20 226.80 23.4 15.6 21.6 29.3 1.22:1 -0.99
+RA3AQ-14 4.61 14.71 4.27 4.07 20.55 5.00 219.10 26.5 15.8 20.5 49.9 1.16:1 -0.71 Folded Dipole
G4CQM 16 4.64 14.55 4.39 4.18 20.47 8.80 234.60 34.0 12.8 17.0 50.9 1.78:1 -1.08 Dipole
YU7EF 15M 4.68 14.59 4.21 4.00 20.40 7.00 221.70 25.7 18.1 20.8 48.6 1.03:1 -0.89 Dipole
DK7ZB 14 4.73 14.92 4.59 4.39 20.87 6.80 233.00 26.2 13.0 18.2 26.9 1.50:1 -0.65 Dipole
+DG7YBN 16 4.74 14.79 4.39 4.21 20.70 6.10 221.40 27.7 15.8 20.6 46.6 1.18:1 -0.60 Bent Dipole
*DG7YBN 16 4.74 14.79 4.60 4.45 20.79 6.10 222.40 27.7 15.8 20.6 46.6 1.18:1 -0.53 Bent Dipole
G0KSC 15 LFA 4.75 14.72 4.27 4.07 20.59 5.90 213.20 30.3 19.6 24.5 49.9 1.17:1 -0.55 LFA Loop
*G0KSC 15 LFA 4.75 14.72 4.60 4.45 20.72 5.90 215.00 30.3 19.6 24.5 49.9 1.17:1 -0.45 LFA Loop
InnoV 15 LFA 4.76 14.73 4.30 4.10 20.62 6.60 213.90 29.8 17.1 26.3 49.0 1.17:1 -0.53 LFA Loop
*InnoV 15 LFA 4.76 14.73 4.60 4.45 20.74 6.60 215.40 20.3 17.1 26.3 49.0 1.17:1 -0.44 LFA Loop
K1FO 18 4.78 14.37 4.36 4.16 20.62 2.80 228.60 20.5 14.6 19.1 199.9 1.32:1 -0.82 T Match
*M2 28 XPOL 4.81 15.18 4.50 4.50 20.98 13.90 244.80 20.2 13.4 18.9 200.1 5.19:1 -0.76 T Match
#M2 28 XPOL 4.81 15.18 4.83 4.83 21.14 13.90 243.10 20.2 13.4 18.9 200.1 5.19:1 -0.57 T Match
DJ9BV 4.8 4.82 14.63 4.40 4.19 20.48 6.60 242.80 21.0 14.7 18.0 49.7 1.29:1 -1.22 Dipole
*M2 5WL 4.83 14.70 4.15 3.84 20.38 3.60 246.20 20.0 14.3 17.6 200.9 1.42:1 -1.38 T Match
M2 5WL 4.83 14.70 4.56 4.36 20.64 3.70 247.90 20.0 14.3 17.6 200.9 1.42:1 -1.15 T Match
YU7EF 15 4.84 14.89 4.46 4.24 20.78 10.29 218.10 25.6 17.9 22.8 41.8 3.18:1 -0.46 Dipole
*SM5BSZ 14A 4.89 15.13 4.59 4.39 20.98 7.60 237.72 20.7 18.6 20.3 55.3 5.63:1 -0.63 Dipole
+RA3AQ 15 4.92 15.16 4.67 4.49 21.11 6.80 232.40 24.4 14.2 17.6 51.7 1.12:1 -0.40 Dipole
#RA3AQ 15 4.92 15.16 4.59 4.59 21.11 6.80 231.90 24.4 14.2 17.6 51.7 1.12:1 -0.39 Dipole
*SM5BSZ 14 4.95 15.27 5.20 5.20 21.36 5.70 239.70 18.8 14.9 19.1 49.3 4.37:1 -0.29 Dipole
+SM5BSZ 14 4.95 15.27 4.73 4.52 21.14 5.70 241.47 18.8 14.9 19.1 49.3 4.37:1 -0.54 Dipole
K5GW 17 4.98 14.83 4.43 4.21 20.73 9.80 220.80 25.7 15.9 20.5 48.5 1.73:1 -0.56 Dipole
SM2CEW 19 4.99 14.92 4.49 4.27 20.83 9.00 223.40 22.1 15.3 20.2 78.4 1.62:1 -0.51 Folded Dipole
#SM2CEW 19 4.99 14.92 4.38 4.38 20.83 9.00 223.10 22.1 15.3 20.2 78.4 1.62:1 -0.50 Folded Dipole
+G0KSC 16 OWLFD 4.99 14.75 4.25 4.25 20.63 9.00 218.80 28.4 19.2 25.5 51.7 1.10:1 -0.62 Folded Dipole
*BVO-5WL 5.02 15.00 4.58 4.40 20.92 6.90 237.20 26.3 13.3 17.1 47.4 1.26:1 -0.68 Dipole
#BVO-5WL 5.02 15.00 4.58 4.58 20.97 6.90 236.16 26.3 13.3 17.1 47.4 1.26:1 -0.61 Dipole
BVO-5WL 5.02 15.00 4.66 4.49 20.96 6.90 236.90 26.3 13.3 17.1 47.4 1.26:1 -0.64 Dipole
YU7EF 16M 5.12 14.90 4.36 4.16 20.70 7.00 221.90 25.1 17.9 21.3 49.9 1.03:1 -0.61 Dipole
+G0KSC 16LFA 3R 5.14 15.12 4.46 4.24 20.94 4.60 213.70 25.3 17.5 23.7 49.9 1.10:1 -0.21 LFA Loop
+G0KSC 16LFA 3R 5.14 15.12 5.10 5.10 21.16 4.80 212.00 25.3 17.5 23.7 49.9 1.10:1 +0.05 LFA Loop
K1FO 19 5.16 15.02 4.49 4.27 20.90 4.00 226.80 21.2 14.9 19.4 34.2 1.34:1 -0.51 Dipole
+G0KSC 16 LFA 5.21 15.40 4.56 4.33 21.29 11.00 212.70 28.5 17.5 24.4 49.2 1.13:1 +0.16 LFA Loop
*G0KSC 16 LFA 5.21 15.40 4.60 4.40 21.31 11.00 212.80 28.5 17.5 24.4 49.2 1.13:1 +0.18 LFA Loop
InnoV 16 LFA 5.23 15.12 4.52 4.23 20.99 7.00 213.70 29.9 17.7 25.5 47.3 1.13:1 -0.16 LFA Loop
#RU1AA 15 5.27 15.44 4.78 4.78 21.38 9.20 230.90 25.2 13.9 18.6 54.6 3.70:1 -0.10 Dipole
RU1AA 15 5.27 15.44 4.87 4.70 21.37 9.20 231.70 25.2 13.9 18.6 54.6 3.70:1 -0.13 Dipole
*M2 18XXX 5.30 15.00 4.27 3.96 20.54 7.20 232.80 23.1 16.4 19.6 199.6 1.07:1 -0.98 T Match
M2 18XXX 5.30 15.00 4.56 4.36 20.90 7.40 231.90 23.1 16.4 19.6 199.6 1.07:1 -0.60 T Match
YU7EF 16 5.42 15.15 4.46 4.27 20.95 7.30 218.89 22.1 18.4 24.3 43.9 2.50:1 -0.30 Dipole
+G0KSC 17 LFA 5.67 15.43 4.63 4.43 21.30 4.90 212.00 30.8 17.6 26.1 48.3 1.23:1 +0.19 LFA Loop
*G0KSC 17 LFA 5.67 15.43 4.70 4.47 21.32 4.90 212.10 30.8 17.6 26.1 48.3 1.23:1 +0.20 LFA Loop
InnoV 17 LFA 5.69 15.36 4.59 4.39 21.22 7.20 211.80 32.0 17.6 28.6 50.0 1.26:1 +0.11 LFA Loop
*M2 19XXX 5.71 15.28 4.27 4.04 20.82 7.50 235.80 24.5 15.9 16.2 201.1 1.42:1 -0.75 T Match
M2 19XXX 5.71 15.28 4.70 4.52 21.20 7.70 231.30 24.5 15.9 16.2 201.1 1.42:1 -0.29 T match
#M2 32 XPOL 5.74 15.81 5.08 5.08 21.77 12.80 232.40 23.2 13.4 18.3 205.4 3.80:1 +0.26 T Match
*M2 32 XPOL 5.74 15.81 5.00 5.00 21.74 12.80 232.80 23.2 13.5 18.3 205.4 3.80:1 +0.22 T Match
YU7EF 17X 5.74 15.36 4.59 4.39 21.19 8.50 216.00 29.2 20.0 22.0 50.0 1.08:1 -0.02 Dipole
*YU7EF 17X 5.74 15.36 4.50 4.35 21.15 8.50 215.80 29.2 20.0 22.0 50.0 1.08:1 -0.04 Dipole
+G0KSC 17OWL-FD 5.77 15.62 5.15 5.00 21.63 7.30 221.10 27.7 18.1 20.9 112.0 1.10:1 +0.33 Folded Dipole
DK7ZB 17 5.82 15.61 5.01 4.85 21.59 8.60 227.80 24.8 12.7 17.7 26.8 1.19:1 +0.16 Dipole
YU7EF 17 5.88 15.70 4.85 4.63 21.53 9.60 223.80 24.0 18.7 21.3 41.2 2.92:1 +0.18 Dipole
#YU7EF 17 5.88 15.70 4.74 4.74 21.53 9.60 223.57 24.0 18.7 21.3 41.2 2.92:1 +0.19 Dipole
BVO-6WL 6.00 15.65 4.77 4.93 21.55 7.00 227.30 24.9 14.3 18.2 44.9 1.14:1 +0.13 Dipole
#BVO-6WL 6.00 15.65 4.85 4.85 21.59 7.10 226.70 24.9 14.3 18.2 44.9 1.14:1 +0.19 Dipole
+G0KSC 18 LFA 6.12 15.69 4.77 4.56 21.55 5.30 210.50 30.8 17.7 25.4 47.9 1.33:1 +0.47 LFA Loop
*G0KSC 18 LFA 6.12 15.69 4.77 4.60 21.56 5.30 210.50 30.8 17.7 25.4 47.9 1.33:1 +0.48 LFA Loop
InnoV 18 LFA 6.14 15.66 4.73 4.56 21.52 7.70 211.00 32.7 17.6 25.3 48.7 1.35:1 +0.43 LFA Loop
AF9Y 22 6.14 16.14 5.01 4.85 21.89 11.40 232.20 24.9 12.2 18.0 49.9 1.63:1 +0.39 Folded Dipole
+RA3AQ 18 6.28 16.09 5.13 4.97 22.01 8.00 223.40 26.9 15.2 19.6 54.9 1.13:1 +0.67 Dipole
*RA3AQ 18 6.28 16.09 5.30 5.30 22.12 8.10 222.30 26.9 15.2 19.6 54.9 1.13:1 +0.80 Dipole
#RA3AQ 18 6.28 16.09 5.05 5.05 22.01 8.00 222.90 26.9 15.2 19.6 54.9 1.13:1 +0.68 Dipole
MBI 6.6 6.58 16.15 5.50 5.31 22.17 11.50 228.33 26.9 12.4 18.9 49.1 1.77:1 +0.73 Folded Dipole
#MBI 6.6 6.58 16.15 5.41 5.41 22.17 11.50 228.20 26.9 12.4 18.9 49.1 1.77.1 +0.74 Folded Dipole
DK7ZB 19 6.59 16.15 5.41 5.22 22.15 8.20 230.20 24.0 13.4 17.0 27.7 1.97:1 +0.68 Dipole
InnoV 19 LFA 6.62 15.88 4.84 4.70 21.74 8.00 209.30 32.5 17.5 26.9 48.3 1.55:1 +0.68 LFA Loop
*InnoV 19 LFA 6.62 15.88 4.84 4.75 21.75 8.00 209.20 32.5 17.5 26.9 48.3 1.55:1 +0.69 LFA Loop
BQH 25 7.30 16.38 5.27 5.09 22.28 8.80 217.10 25.5 15.2 20.8 27.9 1.16:1 +1.06 Dipole
#BQH 25 7.30 16.38 5.18 5.18 22.28 8.90 216.80 25.5 15.2 20.8 27.9 1.16:1 +1.07 Dipole
InnoV 21 LFA 7.55 16.25 5.04 4.88 22.10 8.20 208.30 32.5 19.0 26.6 49.0 1.70:1 +1.06 LFA Loop
K2GAL 21 7.65 16.90 5.71 5.55 22.81 13.30 223.90 26.3 15.7 19.1 17.2 9.01:1 +1.46 No info
M2 8WL(old) 7.72 16.51 5.31 5.13 22.34 9.10 221.90 21.3 16.3 19.1 201.5 2.14:1 +1.03 T Match
InnoV 22 LFA 8.01 16.39 5.09 4.88 22.19 7.70 208.00 33.5 20.7 30.2 48.6 1.38:1 +1.16 LFA Loop
M2 8WLHLD 8.05 17.02 6.05 5.87 22.99 11.80 234.60 25.4 13.2 19.4 200.0 4.53:1 +1.44 T Match
+G0KSC 22LFA 3R 8.17 16.37 6.10 5.90 22.44 6.70 208.10 29.6 20.6 29.2 46.1 1.16:1 +1.43 LFA Loop
+G0KSC 22LFA 3R 8.17 16.37 5.90 5.70 22.42 6.80 207.60 29.6 20.6 29.2 46.1 1.16:1 +1.42 LFA Loop
Описание колонок

1. L = Длина в длинах волн

2. Gain = Усиление в  dBd одиночной антенны

3. E = Расстояние для стека в E плоскости (по горизонтали) в метрах.

4. H = Расстояние для стека в H плоскости (по вертикали) в метрах.

5. Ga = Усиление в dBd стека из 4-х антенн.

6. Tlos = Омические потери антенны в градусах Кельвина.

7. Ta = Суммарная температура стека, включая все боковые, задние лепестки и омические потери

8. F/R = Соотношение Вперед/Назад в dB в секторе 180 градусов заднего лепестка антенны
в плоскостях E или H

9. Z ohms = Импеданс антенны в свободном пространстве.

10. VSWR Bandwidth - Максимальный КСВ одиночной антенны в диапазоне 144.000 - 145.000 MHz
при согласовании на 144.100 MHz. тот параметр показывает добротность антенны и
что ожидать от антенны при объединении стек и мокрую погоду.

11. G/T = Величина, используемая для определения того, что ожидать от антенны на прием
G/T = (Ga + 2.15) - (10*log Ta). Большая цифра - лучше.

Примечания

1. Программа, использованная для вычисления E/H Stacking,G,Ga и G/T
- EZNEC 5+ от Roy Lewallen, W7EL и Tant.exe от Sinisa, YT1NT/VE3EA
Эта комбинация программ дает отличную точность. Плотность сегментации: рефлекторы и директоры 25 сегментов
Разрезной диполь - 29. G0KSC loop = 40,40,7,7.
2. Использованные температуры: Tsky=200K; Tearth=1000K

3. Все диполи настроены на нулевой реактанс на частоте 144.1 MHz

4. Потери и влияние от фрейма не учитываются при вычислении усиления стека.

5. Все размеры для стека, исключая помеченные "*" и "#", вычисленны по формуле DL6WU .

6. Антенны, отмеченные "*", имеют разнос для стека рекомендованный производителем или автором.

7. Антенны, отмеченные "#", имеют разнос для стека XPOL антенны посчитанный VE7BQH.

8. Антенны, отмеченные "+", имеют часть или все элементы более 6MM. Все остальные от 4MM до 6MM в диаметре.

9. Производители/авторы:

AF9Y = AF9Y K1FO = K1FO
BVO = Eagle/DJ9BV K2GAL = K2GAL
BQH = VE7BQH K5GW = Texas Towers/K5GW
CC = Cushcraft M2 = M\B2
CC MOD = VE7BQH MBI = F/G8MBI/F5VHX
CD = CUE DEE KF2YN = KF2YN
CD MOD = VE7BQH OZ5HF = Vargarda
DJ9BV = DJ9BV RA3AQ = RA3AQ
DJ9BV OPT = DJ9BV RU1AA = RU1AA
DK7ZB = DK7ZB SHARK = SHARK (Italian)
EKM MOD = SM2EKM SM2CEW = SM2CEW/VE7BQH
F9FT = F9FT SV = Svenska Antennspecialisten AB
Flexa = FlexaYagi W1JR = VE7BQH (Mininec error)
G0KSC LFA = G0KSC WB9UWA = WB9UWA
G4CQM = G4CQM UA9TC = UA9TC
YU7EF = YU7EF HG = HYGAIN
UR5CSZ = UR5CSZ I0JXX = I0JXX
Vine = G0KSC Design IK0BZY = IK0BZY
YU7XL = YU7XL InnoVAntennas = G0KSC

Использующим эту таблицу:
Несмотря на то, что важно усиление, другие факторы подобно легкости соответствия модели и
поведению во влажных погодных условиях должны учитываться в принятии решения о изготовлении .
Антенны с 50 ом  и хорошей полосой VSWR (Q) возможно являются лучшим выбором в зависимости
от вашего расположения.
Низкий уровень заднего и боковых лепестков антенн с хорошим отношением G/T может обеспечить
лучшее отношение сигнал/шум, если вы имеете техногенный шум, который находится в направлениях,
в которых эти виды антенн обеспечивают дополнительное подавление.
                                                                      LIONEL H. EDWARDS
VE7BQH
Issue 88 August 22,2012
Issue 51: Add YU7EF Antennas
Issue 52: Update all DK7ZB antennas to latest published data. Add DK7ZB 8
Issue 53: Replace BQH8A with BQH8B a 50 ohm antenna
Issue 54: Add YU7EF 8
Issue 55: Add YU7EF 17 & YU7EF 11B
Issue 56: Add YU7EF 16
Issue 57: Add a revised YU7EF 10
Issue 58: Add DK7ZB 19
Issue 59: Add YU7EF 10LT
Issue 60: Add columns of Z and VSWR bandwidth to give indicators of Q and wet weather performance.
Issue 61: Add UA5EAZ 9. Add VSWR bandwidth for folded dipole to RA3AQ 9. Add RA3AQ 14
Issue 62: Revised Note 1 to explain limitations in YA 3.54 and the change to EZNEC 5+ and Tant.exe software
Issue 63: Add new low noise wide VSWR bandwidth YU7EF 13M,14M,15M,16M series antennas
Issue 64: Add YU7EF 14LT;Add G4CQM 8,9,11,16;Add G0KSC 9LFA
Issue 65: Add G0KSC 11LFA,G0KSC 14LFA;Add DK7ZB 7;Add K1FO 10,11,16
Issue 66: Conversion to EZNEC 5+ & Tant.exe completed. Add G0KSC 8LFA, G0KSC 12LFA,G0KSC 13LFA: RA3AQ 9S
Issue 67: Data corrected for RA3AQ 9S;
Issue 68: G4CQM 8 updated to new version,Add ZL1RS 9
Issue 69: Add G0KSC 15LFA,G0KSC 17LFA. Segment Density changed to improve impedence accuracy.
Issue 70: Add G0KSC 7LFA, Add Front to Rear column (F/R)
Issue 71: Add G0KSC 9,G4CQM 7,G4CQM 6,8 & 9 updated versions,
Issue 72: Add G0KSC 10 LFA;Revised G4CQM 11,
Issue 73: Add G0KSC 9OWL,G0KSC 11,
Issue 74: Add G0KSC 6 LFA,G0KSC 8OWL,Revised G0KSC 9OWL,G0KSC10OWL,
Issue 75: Add CT1FFU 7,CT1FFU 8,CT1FFU 9,CT1FFU 10,CT1FFU 10C
Issue 76: Add G0KSC 16LFA,I5MZY 11,I5MZY 13,G0KSC 11LFA,G0KSC 14LFA 3R,G0KSC 16LFA 3R,G4CQM 16 revised
Issue 77: Add G4CQM 16 Revised,KF2YN Boxkite6,KF2YN Boxkite9,KF2YN Boxkite12,G0KSC 12OWA,G0KSC 17OWA
Issue 78: Add DD0VF 9,G0KSC 12LFA 2R,UA9TC 11RS,UA9TC 12RS, UA9TC 14RS
Issue 79: Add Vine 6 FD,Vine 7 FD,Vine 8 FD,Vine 9 FD,Vine 10 FD,Vine 11 FD,G0KSC 12LFA, G0KSC 22 LFA 3R,
G0KSC 16 OWL FD 6.0M
ISsue 80: Add Revised G0KSC 15 LFA,Revised G0KSC 16 LFA.
Issue 81: Add G0KSC 10 LFA,Revised G0KSC 11 LFA,Revised G0KSC 13 LFA,Revised G0KSC 14 LFA,
Revised G0KSC 17 LFA, Add G0KSC 18 LFA,Revised G0KSC 14 LFA 3R,Revised IK0BZY 12,DG7YBN 16,
Issue 82: Add KF2YN Boxkite4,KF2YN Boxkite7,YU7EF 17X,Corrected DG7YBN,
Issue 83: Add Revised DK7ZB 11,Add KF2YN Boxkite 10,KF2YN Boxkite 13,KF2YN Boxkite 16
Issue 84: Add M2 2M7,DG7YBN 12,
Issue 85: Add G4CQM CQM12UC,
Issue 86: Add WiMo WX220,InnoV 22 LFA,InnoV 21 LFA,InnoV 19 LFA,InnoV 18 LFA,InnoV 17 LFA,
Add InnoV 16 LFA,InnoV 15 LFA, InnoV 14 LFA,InnoV 13 LFA,InnoV 12 LFA,
Issue 87: Add SM2CEW 14 XPOL,K2YFN Boxkite 9,10,12,13,16 updated,Add DL6WU 14,Add G4CQM
12UX,Add DG7YBN 8,
Issue 88: Add YU7XL 8 Hybrid,YU7XL 11 Hybrid,UA9TC 13RS,

Формула DL6WU для объединения яги в стек

DOPT = W / (2 * sin(B/2))

  • Dopt = оптимальное расстояние между антеннами по вертикали или горивонтали
  • W = Длина волны. Размерность должна быть та же, что и D
  • B = Ширина диаграммы направленности по уровню-3dB.

Используйте диаграмму направленности в горизонтальной плоскости для горизонтального стека;
Используйте диаграмму направленности в вертикальной плоскости для вертикального стека;

Последнее обновление ( Среда, 14 Ноябрь 2012 )
 

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