Electromagnetics, Electrical Engineering, Physics
Microwave Engineering, Electromagnetics
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Calculate the Standing Wave Ratio and wavelength of a Transmission Line analytically and from SWR waveform
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Given a lossless Transmission line with Z0=50ohm, terminated at a resistive load RL>Z0. The plot of voltage standing wave ratio is given with vmax=6volt, vmin=2volt.
(a) Determine the standing wave ratio on the line terminated (resistive).
(b) Determine RL.
(c) Determine the voltage magnitude of the incident wave.
(d) Determine the wavelength of the line if the distance between the consecutive maxima and minima is given.
Exam (elaborations)
Calculate the Standing Wave Ratio and wavelength of a Transmission Line analytically and from SWR waveform
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Given a lossless Transmission line with Z0=50ohm, terminated at a resistive load RL>Z0. The plot of voltage standing wave ratio is given with vmax=6volt, vmin=2volt. (a) Determine the standing wave ratio on the line terminated (resistive). (b) Determine RL. (c) Determine the voltage magnitude of the incident wave. (d) Determine the wavelength of the line if the distance between the consecutive maxima and minima is given.
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