Two perfectly conducting plates each with width of 5 cm in the x direction and long length in the z direction are placed parallel to each other in free space with a separation distance of 2 cm in the y direction. Compute (a) the parameters of such a transmission system (b) the phase velocity of a wave propagating through the line (c) The characteristic impedance of the line (d) The reflection coefficient at the end of the line if the line is terminated by a 75 Ohm load.

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Two perfectly conducting plates each with width of 5 cm in the x direction and long length in the
z direction are placed parallel to each other in free space with a separation distance of 2 cm in the
y direction. Compute
(a) the parameters of such a transmission system
(b) the phase velocity of a wave propagating through the line
(c) The characteristic impedance of the line
(d) The reflection coefficient at the end of the line if the line is terminated by a 75 Ohm load.
Transcribed Image Text:Two perfectly conducting plates each with width of 5 cm in the x direction and long length in the z direction are placed parallel to each other in free space with a separation distance of 2 cm in the y direction. Compute (a) the parameters of such a transmission system (b) the phase velocity of a wave propagating through the line (c) The characteristic impedance of the line (d) The reflection coefficient at the end of the line if the line is terminated by a 75 Ohm load.
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