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A voltage 100(V)d – c at t = 0 is applied to the input ends of a lossless coaxial cable (Ro1 = 50(N), insulation dielectric constant ɛ,1 = 2.25) through the internal resistanceR, = Ro1 - The length of the cable is 200 m and it is connected to a two-wire line without loss (Ro2 = 200(N), ɛ,2 = 1 ) which is 400 m long and ends with its characteristic resistance. A) Describe the behavior of the system and find the amplitudes of all reflected and transmitted voltage and current waves. B) Plot the voltage and current as functions of t at the midpoint of the coaxial cable. C) Repeat part (B) at the midpoint of the two-wire line.

A voltage 100(V)d – c at t = 0 is applied to the input ends of a lossless coaxial cable (Ro1 = 50(N), insulation dielectric constant ɛ,1 = 2.25) through the internal resistanceR, = Ro1 - The length of the cable is 200 m and it is connected to a two-wire line without loss (Ro2 = 200(N), ɛ,2 = 1 ) which is 400 m long and ends with its characteristic resistance. A) Describe the behavior of the system and find the amplitudes of all reflected and transmitted voltage and current waves. B) Plot the voltage and current as functions of t at the midpoint of the coaxial cable. C) Repeat part (B) at the midpoint of the two-wire line.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A voltage 100(V)d – c at t = 0 is applied to the input ends of a lossless coaxial cable (Ro1 = 50(N), insulation dielectric constant ɛ, 1 = 2.25) through the internal resistanceRg = Ro1 - The length of the cable is 200 m and it is connected to a two-wire line without loss (Ro2 = 200(0), ɛ,2 = 1) which is 400 m long and ends with its characteristic resistance. A)Describe the behavior of the system and find the amplitudes of all reflected and transmitted voltage and current waves. B) Plot the voltage and current as functions of t at the midpoint of the coaxial cable. C) Repeat part (B) at the midpoint of the two-wire line.
Transcribed Image Text:A voltage 100(V)d – c at t = 0 is applied to the input ends of a lossless coaxial cable (Ro1 = 50(N), insulation dielectric constant ɛ, 1 = 2.25) through the internal resistanceRg = Ro1 - The length of the cable is 200 m and it is connected to a two-wire line without loss (Ro2 = 200(0), ɛ,2 = 1) which is 400 m long and ends with its characteristic resistance. A)Describe the behavior of the system and find the amplitudes of all reflected and transmitted voltage and current waves. B) Plot the voltage and current as functions of t at the midpoint of the coaxial cable. C) Repeat part (B) at the midpoint of the two-wire line.
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