A lossless vacuum-filled transmission line of characteristic impedance R. = 1000 is terminated by a purely resistive load RL. The transmission line is driven by a sinusoidal voltage generator at a frequency {. The voltage standing wave pattern is measured and it is found that (i) the voltage standing wave ratio is S=2 ; (ii) there is a voltage maximum at the load; (i) as one moves away from the load, the first voltage minimum occurs at a distance of 0.1 meters from the load. A voltage minimum Occurs here Sinusoidal voltagez gene rator Ro Ru = 100S O.1m (a)What is the wavelength in meters? What is the frequency f in Hertz? (b)What is the load resistance R, ?

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A lossless vacuum-filled transmission line of characteristic impedance R, = 1000 is
terminated by a purely resistive load RL. The transmission line is driven by a
sinusoidal voltage generator at a frequency f. The voltage standing wave pattern
is measured and it is found that
(i) the voltage standing wave ratio is S=2 ;
(ii) there is a voltage maximum at the load;
(ii) as one moves away from the load, the first voltage minimum occurs at a
distance of 0.1 meters from the load.
A voltage minimum
OCcurs here
Sinusoidal
voltagez
generator
Ro =
100s
Ko.1 m
(a)What is the wavelength in meters? What is the frequency f in Hertz?
(b)What is the load resistance R ?
www
Transcribed Image Text:A lossless vacuum-filled transmission line of characteristic impedance R, = 1000 is terminated by a purely resistive load RL. The transmission line is driven by a sinusoidal voltage generator at a frequency f. The voltage standing wave pattern is measured and it is found that (i) the voltage standing wave ratio is S=2 ; (ii) there is a voltage maximum at the load; (ii) as one moves away from the load, the first voltage minimum occurs at a distance of 0.1 meters from the load. A voltage minimum OCcurs here Sinusoidal voltagez generator Ro = 100s Ko.1 m (a)What is the wavelength in meters? What is the frequency f in Hertz? (b)What is the load resistance R ? www
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