WILSON CREEK HOA-3 DX ANTENNA
Specifications: Assembled Wire Antenna: Antenna Type: Multi-band, coaxial trap dipole resonant
Antenna in the middle of 3 bands. Power Rating: 1,000 W, Maximum Wire Antenna Length: 52.00 ft.
Antenna Tuner not required but can be used if one deviates from the resonant frequency. Feedline
Connection Type: UHF female, SO-239; Recommended Feedpoint Height: 35 ft.
Antenna can be used as a flat top dipole or an inverted vee configuaration. Both will yield good
results. We recommend a good earth ground and a 50 ohm feedline 75 to 100ft for best results.
This antenna works and fits really well on city lots and RV parks.
TUNING INSTRUCTIONS WILSON HOA DX
The Wilson Creek Classic comes pre-tuned for 7,2, 14.2., and 18.150 Mhz. However ,many Hams
prefer to customize their antennas to favor certain portions of the band. In some cases the antenna
may have to be adjusted to compensate for location and or localized interactions from nearby objects.
Here is how it is done: To raise the resonant frequency on 20 meters you will have to remove some of
the wire at point A on the drawing. You should not have to remove but approx 1-3 inches of wire.
This will raise the resonant frequency from the 14.2 Mhz to approx 14.3 or 14.35. Should you want to
lower the resonant frequency you will need to add wire at point A on the drawing.
***Note*** Removing some of the wire at point A on the drawing will also raise
the resonant frequency on 40 meters. If needed, you can add wire at point B on the drawing and this
will in effect lower the 40 meter point of resonance. You can also raise the resonant frequency on 40
meters by removing wire at point B. It will have no effect on adjustments on 40 meters.
17 meters should really need no adjustment however if it can be adjusted by adding or reducing it’s
length. This is done at point C on the drawing. Add or reduce it’s length by no more than 1 inch at a
time.
Remember: To raise the point of resonance you shorten the antenna length. To
Lower the point of resonance you lengthen the antenna.