A 10 cm long rectangular waveguide is designed with side lengths of 3 mm and 4mm. The waveguide is filled with a dielectric that has a refractive index n=1.3.
a) Over what frequency range is this waveguide single mode?
A 50 GHz signal is modulated into one short pulse, then sent into the waveguide.
b) How many modes are supported by the waveguide? Also identify them by their name (for example TE32).
c) Resulting from one pulse sent at the input of the waveguide, how many pulses are expected to emerge out from the waveguide?
d) Consider the input pulse being sent at t=0 sec. After how much time the pulses predicted in question c) will emerge from the waveguide? Provide the delay taken by each output pulse.
A 10 cm long rectangular waveguide is designed with side lengths of 3 mm and 4mm....
Problem 2-For a rectangular metallic waveguide of width b-2 cm and height a-3 cm, calculate the following. (a) What are the supported mode(s) at 6 GHz? Calculate phase velocity and (b) What are the supported mode(s) at 8 GHz? Calculate phase velocity and (c) Plot the group velocity dispersion parameter β2 (-d+p) for the lowest order (d) Consider the lowest order mode supported in the rectangular waveguid<e group velocity of those mode(s) at 6GHz. group velocity of those mode(s) at...