Dipolantennenrechner |
Magnetic Current: | Im |
Half antenna length: | L |
Wave Length: | λ |
Radius: | r |
Z-axis length: | z |
Coordinate Angle: | θ |
Dipole Current: | |
Electric Wave: | Eθ |
Magnetic Wave: | HΦ |
Average radiated power density: | Pd |
Durchschnittliche abgestrahlte Leistungsdichte (p d sub>) = (15 * i m sub> 2 sup> / ï € R 2 sup>) Ã - [(cos (βl cos & theta) - cos (βl)) / sinθ] 2 sup>
Magnetwelle (hφ) = (i m sub> / 2 πr) * [(cos (βl cos & theta) - cos (βl)) / sinθ]
Elektrische Welle (E θ sub>) = (60 * i m sub> / r) * [(cos (βl cos & theta) - cos (βl)) / sinθ
Strom (i) = i m sub> sin (β (l - | Z |))
Wobei θ = Winkel, R = Radius, L = Halbantennenlänge, IM = magnetischer Strom, λ = Wellenlänge, β = 2π / λ
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