0,025 2. At a frequency of 4 MHz a parallel wire transmission line has the following parameters: R-6.025 /m, L=2 uH/m, G-0, C-5.56 pF/m. The line is 100 meters long, terminated in a resistance o 300 2 Calculate the following: i Characteristic impedance of the line. ii. Standing wave ratio. ii. Voltage reflection coefficient of the load. iv. Recalculate the characteristic impedance assuming the transmission line is lossless. Culculate the pronagation constant of the line B.

0,025 2. At a frequency of 4 MHz a parallel wire transmission line has the following parameters: R-6.025 /m, L=2 uH/m, G-0, C-5.56 pF/m. The line is 100 meters long, terminated in a resistance o 300 2 Calculate the following: i Characteristic impedance of the line. ii. Standing wave ratio. ii. Voltage reflection coefficient of the load. iv. Recalculate the characteristic impedance assuming the transmission line is lossless. Culculate the pronagation constant of the line B.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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For the Figure 8 shown: A 494 -km long, 48 Hz, three-phase, transmission line is composed 2 parallel lines. The conductors in the lines are stranded with GMR of 12.06 -mm each. If the distance D in the figure is 2.83 m., What is inductance per line in (mH)? Figure 8 'o ✪ 1.732D 1.732D b' D 1.732D 2D D 1.732D 。 a
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