Thingiverse
Dipole Antenna Feeder
di dh1tw
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This is a simple Feeder for a (Shortwave) Dipole Antenna with a SO259 (PL) panel mounting socket.
BOM:
4x Brass Curl nuts M4 (6x6,3mm)
4x M4 x 10mm Flat head screw
1x SO259 panel mounting socket
2x M4 x 25mm (dipole connection)
6x M4 nuts
6x M4 washers
I included fhe Fusion360 design file and a step file as well.
I printed the case in PETG since it's more resistant to UV than PLA. A layer of primer + paint might bring some additional UV resistance.
I drilled a 3mm hole on the bottom so that condensation water has a way to escape. Before installation I sealed the gap between the lid and the body with rubber splicing tape (Scotch 23) and normal insulating tape.
Please be aware, that connecting a Balanced Antenna (DIpole) to an unbalanced (coaxial) Feedline (e.g. RG58, RG213) requires a voltage or current transformer (BalUn). The easiest way is to add a current balun - a common-mode choke. The easiest way to build a common mode choke is to add 10-20 ferrite sleeves
BOM:
4x Brass Curl nuts M4 (6x6,3mm)
4x M4 x 10mm Flat head screw
1x SO259 panel mounting socket
2x M4 x 25mm (dipole connection)
6x M4 nuts
6x M4 washers
I included fhe Fusion360 design file and a step file as well.
I printed the case in PETG since it's more resistant to UV than PLA. A layer of primer + paint might bring some additional UV resistance.
I drilled a 3mm hole on the bottom so that condensation water has a way to escape. Before installation I sealed the gap between the lid and the body with rubber splicing tape (Scotch 23) and normal insulating tape.
Please be aware, that connecting a Balanced Antenna (DIpole) to an unbalanced (coaxial) Feedline (e.g. RG58, RG213) requires a voltage or current transformer (BalUn). The easiest way is to add a current balun - a common-mode choke. The easiest way to build a common mode choke is to add 10-20 ferrite sleeves
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