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A wave propagates on a 300-42 lossless transmission line of 1.25m long which is terminated in 450 - 1240 2. The first voltage minimum located at 1.94 m from the load. Calculate: B 1- The phase constant of the wave, 2- The phase velocity of the wave. Vp 3- The input impedance. Zin 4.7. 1.94

A wave propagates on a 300-42 lossless transmission line of 1.25m long which is terminated in 450 - 1240 2. The first voltage minimum located at 1.94 m from the load. Calculate: B 1- The phase constant of the wave, 2- The phase velocity of the wave. Vp 3- The input impedance. Zin 4.7. 1.94

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 wave propagates on a 300-42 lossless transmission line of 1.25m long which is terminated in 450 - 240 2. The first voltage minimum located at 1.94 m from the load. Calculate: 1- The phase constant of the wave, B 2- The phase velocity of the wave. Vp 3- The input impedance. Zi 4- The first voltage maximum.. 5. The first voltage minimum. 1.70 1.94 X = 1,3.4. 0,18
Transcribed Image Text:A wave propagates on a 300-42 lossless transmission line of 1.25m long which is terminated in 450 - 240 2. The first voltage minimum located at 1.94 m from the load. Calculate: 1- The phase constant of the wave, B 2- The phase velocity of the wave. Vp 3- The input impedance. Zi 4- The first voltage maximum.. 5. The first voltage minimum. 1.70 1.94 X = 1,3.4. 0,18
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