A distortionless line has the parameters Co 0.044 N/m. - 70 pF/m, Lo P1.12 0.35 µH/m, and Ro = (a) What is the leakage conductance Go for this transmission line? (b) Find the attenuation constant for this line in nepers and in dB. What is the attenuation in dB per 1000 meters? (c) A 50 V sinusoidal signal is launched on the left side of the line and propagates to the right. What will be the value of the voltage when it has propagated 1000 meters to the right? (d) For the previous part, find the signal power on the left end of the line and also determine the power level 1000 meters to the right of that point.
A distortionless line has the parameters Co 0.044 N/m. - 70 pF/m, Lo P1.12 0.35 µH/m, and Ro = (a) What is the leakage conductance Go for this transmission line? (b) Find the attenuation constant for this line in nepers and in dB. What is the attenuation in dB per 1000 meters? (c) A 50 V sinusoidal signal is launched on the left side of the line and propagates to the right. What will be the value of the voltage when it has propagated 1000 meters to the right? (d) For the previous part, find the signal power on the left end of the line and also determine the power level 1000 meters to the right of that point.
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JUST ANSWER PART D
Transcribed Image Text:= 70 pF/m, Lo
P1.12 A distortionless line has the parameters Co
0.35 µH/m, and Ro
0.044 2/m.
(a) What is the leakage conductance Go for this transmission line?
(b) Find the attenuation constant for this line in nepers and in dB.
What is the attenuation in dB per 1000 meters?
(c) A 50 V sinusoidal signal is launched on the left side of the line and
propagates to the right. What will be the value of the voltage when
it has propagated 1000 meters to the right?
(d) For the previous part, find the signal power on the left end of the
line and also determine the power level 1000 meters to the right
of that point.
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Solution:- The correct answer of part d is given below:-
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