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 |
Average radiated power density (Pd) = (15* Im2 / "IEURr2) ~A—[ ( Cos (βL Cos&theta) - Cos(βL) ) / Sinθ ] 2
Magnetic Wave (Hφ) = (Im / 2 πr ) *[ ( Cos (βL Cos&theta) - Cos(βL) ) / Sinθ ]
Electric Wave (Eθ) = (60 * Im / r) * [(Cos (βL Cos&theta) - Cos(βL) ) / Sinθ
Current (I) = Im Sin (β(L - |z|) )
Where, θ = Angle, r = radius, L = Half Antenna Length, Im = Magnetic Current, λ = Wave Length, β = 2π / λ