4 GHz signals propagate along a parallel plate transmission line. The line has width 5 mm, height 10 mm, and contains a lossless material (i.e., o = 0) of permittivity e = 4€0 and permeability µ = Ho. The conductors of the line are “perfectly conducting" (i.e., o̟ = 0). (a) What are the capacitance per unit length and inductance per unit length of this line? (b) What is the characteristic impedance of this transmission line? (c) Calculate the wavelength of 4 GHz signals on this line.

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4 GHz signals propagate along a parallel plate transmission line. The line has width 5 mm,
height 10 mm, and contains a lossless material (i.e., o = 0) of permittivity e = 4€0 and
permeability u = Ho- The conductors of the line are "perfectly conducting" (i.e., oc = 0).
(a) What are the capacitance per unit length and inductance per unit length of this line?
(b) What is the characteristic impedance of this transmission line?
(c) Calculate the wavelength of 4 GHz signals on this line.
(d) How long does it take signals to travel down the line if the line is 2 m long?
Transcribed Image Text:4 GHz signals propagate along a parallel plate transmission line. The line has width 5 mm, height 10 mm, and contains a lossless material (i.e., o = 0) of permittivity e = 4€0 and permeability u = Ho- The conductors of the line are "perfectly conducting" (i.e., oc = 0). (a) What are the capacitance per unit length and inductance per unit length of this line? (b) What is the characteristic impedance of this transmission line? (c) Calculate the wavelength of 4 GHz signals on this line. (d) How long does it take signals to travel down the line if the line is 2 m long?
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