P6.8. Time-domain analysis of a transmission-line system using the bounce-diagramtechnique. In the system shown in Fig. 6.67, the switch S is closed at t = 0. As-sume V(t) to be a direct voltage of 90 V and draw the voltage and currentbounce diagrams. From these bounce diagrams, sketch: (a) the line voltage andline current versus t (up to t = 7.25 μs) at z = 0, z = 1, and z = 1/2; and (b) theline voltage and line current versus z for t = 1.2 μs and t = 3.5 µs.FIGURE 6.67For Problem P6.8.90 ΩV₂(t)t=0z=0Ζο = 60 ΩT = 1 μs180 Ωz=1www

Answered: P6.8. Time-domain analysis of a…

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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Find the Electric Field at P(6, - 3, - 4) due to: Q_{1} = - 30mu*C at (2, 3, -6)
The ratio of the inner conductor perimeter to the outer conductor perimeter of a coaxial cable is 0.4993 and how many structure capacitance pF/m is the insulated coaxial line?
i.A soccer goal, found is a city park, is made up of tubing that supports an odd-shaped hanging net behind the goal, but has a rectangular opening in front. The height of the opening is 2.5m and the width is 3.2m. If a uniform E-field, with a magnitude of 0.1N/C, passes through the goal from the front to the back, entering at 90 degrees to the plane of the goal opening, what is the flux through the net? Also, find the flux through the net if the E-field enters the goal at 60 degrees angle to the plane of the front goal. In both cases, assume that there no charge found inside the goal itself ii.Explain why the electric field intensity, E is zero inside a conductor under static conditions.
Solve the linear system described by a space model below:
A 69KV line has a horizontal configuration. The distance between adjacent conductors is 6ft. What is the geometric mean distance of the line?
6yk+2-yk+1-yk=0 where, y(0)=0,y(1)=1 Solve the equation
A resistor, an inductor, and a capacitor are connected in parallel to an ac source with voltage amplitude V and angular frequency v. Let the source voltage be given by v = Vcosvt. (a) Show that each of the instantaneous voltages vR, vL, and vC at any instant is equal to v and that i = iR + iL + iC, where i is the current through the source and iR, iL, and iC are the currents through the resistor, inductor, and capacitor, respectively. (b) What are the phases of iR, iL, and iC with respect to v? Use current phasors to represent i, iR, iL, and iC. In a phasor diagram, show the phases of these four currents with respect to v. (c) Use the phasor diagram of part (b) to show that the current amplitude I for the current i through the source is I = √(I2R) + (IC - IL)2 . (d) Show that the result of part (c) can be written as I = V/Z, with 1/Z = √ (1/R2) + [ωC - (1/ωL)]2.
Only by doing symmetry analysis, without calculating the integrals, deduce which components of the electric field cancel, explain why and how the distribution should be so that this would not happen.
Two coaxial conducting cylinders are located at ρ = 2 cm and ρ = 4 cm in free space and have a length of 100 m. The region between the cylinders contains a layer of dielectric from ρ = 2 cm to ρ = 3.69 cm with εr = 2. The capacitance in nF is?
Determine the Electric Field Intensity at (6, -3, -4) due to: Q_{1} = 20mu*C at (1, -4, 5) and Q_{2} = - 15mu*C at (2, 3, -6)
a)We have a two-wire overhead transmission line, powered by a constant voltage source of 700 V. The values for the inductance of the conductors are 2.348x10-3 H/km and the capacitance values are 6.325x10-9 F/km. Assuming an ideal (no loss) line and its length at 130 km, determine the natural impedance of the line. b) What is the transient phenomenon in a transmission line? As an example of its causes.
5/The Voltage Regulation of a Transmission Line (in the simulator) depends on which parameter/s? A. Both the Transmission Line Resistance and Inductance B. The Transmission Line Shunt Capacitance only C. The Transmission Line Inductance only D. The Transmission Line Resistance only

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