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| Design Parameter / Performance Metric | Typical Value / Description | | :--- | :--- | | | Two-element parasitic array (driven element + reflector) | | Physical Size | Approximately 70% the size of a conventional 2-element Yagi | | Boom Length | ~0.18 λ (compared to ~0.2 λ for a standard Yagi) | | Characteristic Impedance | ~50 Ohms (ideal for direct coaxial feed) | | Forward Gain | ~5.5-6.0 dBi (gain over a dipole) | | Front-to-Back Ratio | ≥30 dB (excellent rear signal rejection) | | Frequency Bandwidth (SWR < 1.5:1) | Good for typical amateur band segments (e.g., 28.0-28.7 MHz) |
A 1/4-inch thick aluminum or heavy-duty UV-rated plastic plate (approx. 8x8 inches). hf antennas for all locations moxon pdf
If you are creating your own "HF Antennas for All Locations Moxon PDF" notebook, ensure it has these 4 sections: | Design Parameter / Performance Metric | Typical
To help you find the right for your needs, could you tell me: What HF bands (e.g., 20m, 10m, 40m) are you interested in? Designing and Building a Moxon Antenna: "Moxon PDF"
Designing and Building a Moxon Antenna: "Moxon PDF" Design Parameters
Securely anchor the corner bends. Use an insulating spacer (like a small piece of fiberglass or non-conductive rod) to fix the exact gap distance ( E ) between the element ends.
Expected performance plots across various ground types.