Building the biQuad

Frequency	b/g Chnl 1 b/g Chnl 2 b/g Chnl 3 b/g Chnl 4 b/g Chnl 5 b/g Chnl 6 b/g Chnl 7 b/g Chnl 8 b/g Chnl 9 b/g Chnl 10 b/g Chnl 11 b/g Chnl 12 b/g Chnl 13 b/g Chnl 14 -NZ Indoor- a Chnl 34 a Chnl 36 a Chnl 38 a Chnl 40 a Chnl 42 (mid-range) a Chnl 44 a Chnl 46 a Chnl 48 -NZ outdoor low- a Chnl 50 a Chnl 52 a Chnl 56 a Chnl 57 (mid-range) a Chnl 58 a Chnl 60 a Chnl 64 -NZ Outdoor High- a Chnl 149 a Chnl 152 a Chnl 153 a Chnl 157 (mid-range) a Chnl 160 a Chnl 161 a Chnl 165	GHz
Free Space Wavelength		mm
Side Length		mm
Long Diagonal		mm
Short Diagonal		mm
Offset from reflector		mm
Reflector height		mm (Minimum)
Reflector Width		mm (Minimum)
The size of the reflector and its distance from the active element affect the feed impedance. The ARRL handbook says there should be a 1/4 wavelength edge beyond the active element.

Misc Notes

• I used 3.2mm (1/8") Mang-Bronze welding rods. These are really hard to bend and the diamonds are quite small so made several smaller sections and soldered them together. Using 2mm diameter copper would be a lot easier.
• The N-Socket is bolted to the back plate (cut from an old copper water tank) with nylon screws.
• The antenna is held off of the back plate (1/8 wavelength) by 2mm diameter copper wire (the original plan had coax).

From the front (vertically polarized).	From the Back	Looking down on it when it is aligned for horizontal polarization (i.e. the diamonds are vertical) This one is a test version spaced 1/4 wavelength off of the relector.