A) Lossless coaxial transmission line. have characteristic impedance values (characteristic impedance) equal to 50ohm Made with materials ur = 1 and ππ = 9. Show how to design. and calculate the shortest possible length which makes the transmission line qualified as Magnetic inductor (inductor) 50 nH when applied at an angular frequency of 109 rad/sec.
B) A uniform plane wave having an electric field of 25 mV/m changes in
y-axis (y-polarized) with a frequency of 100 MHz, moving in the +z direction in vacuum, perpendicular incident at
The plane z = 0, which is the boundary with a perfect dielectric of Ο= 0, ππ = 9, ππ = 1.
Write the phasors and equations of πΈ(π₯, π¦, π§; π‘) and π»(π₯, π¦, π§; π‘) in the region z < 0.
A) Lossless coaxial transmission line. have characteristic impedance values (characteristic impedance) equal to 50ohm Ma
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