A 0.875 A section of 50 SN lossless line is driven by a sourcewith Vg(t)=10cos(8Tt*106t+60-)vg(t)=10cos(8Tt* 106t+60•) andZg=500Zg=50O. If the line, which has a relative permittivity of 9 isterminated with a load composed of a resistor R=50NR=500 anda capacitor C=7.96*10-10FC=7.96*10-10F.Determine A.Select one:а. 25 mb. 2л mС. 15 md. 2.5 mе. 103 mf. 0.25 mg. 30 cmh. 15 cm

Answered: Image /qna-images/answer/dc9be223-186e-47e7-a1ff-e34379fa96d5.jpg

Answered: A 0.875 A section of 50 SN lossless…

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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A rectangular surge of 500 kV 3µs travels along the terminated line by an inductance of2mH. If the line is having a surge impedance of 600 Ω, the voltage across the inductanceis equal to
Example 4 A lossles TL having Zo= 400 a borking at. 123m. By using Crank dragram, draw the standing wave at volta and current for 5m from the reciever end when. a) The Load ZR is short circuit and current equal to 1 Arms b) The load ZR is open circuit and the voltage equal to 400 Vin
A three phase transposed line has a flat horizontal conductor configuration as shown in the figure. The conductors have a diameter of 3.4 cm and a GMR of 1.35 cm. Find the inductance and capacitance per phase per kilometer of the line. -D =1.2 m -D = 1.2 m · -2D = 2.4 m-
A lightning surge with a peak value of 3600kV strikes a transmission line at point A. Find the maximum value of the voltage surge that will be experienced by an equipment connected to point C. 3600kr Z, = 5002 Z, -1002 Zc 6000 %3D
Q6: Calculate Zin at the load using smith chart for total transmission lines, while the wavelength is 10 cm for two lines? 2.4 cm 3.5 cm Zo1 = 100 Q Z02 750 RL = 150,0 Zin
The 50 ohm transmission line isterminated with an unknown load. The magnitude of the reflection coefficient is R=0.5.Thedistancebetween the voltage maximum and the load is0.15 lambda. What is the imaginary partof the load impedance?
A 502 transmission line is terminated with a 502 resistor on series with a 2 * 10 H inductor. If the frequency of the operation is 60 10° MHz find the reflection coefficient at the load. * Select one: O a. 0.36e56 О .1 O c.0.45e22 O d. 0.6e 37 Oe. 0
9. Calculate the return loss in dB if the voltage load reflection coefficient is 0.24. None of them 0.124 dB 124 dB 12.4 dB 1.24 dB 10. A piece of quarter wavelength transmission line is inserted between a load 1000brand another transmission line of 70-50 Then the characteristic
Each phase of a transmission line is a bundle of 4 conductors that form a square with all sides equal to d=33 cm. Each conductor is stranded and has GMR = 0.5 cm. Find GMR of the bundle to be used in inductance calculations. Express your answer in cm with 2 digits after decimal point
If the reflection coefficient for transmission line is 0.24, then the return lossin dB is: a) 12.39dB b) 15dB c) -12.39dB d) -15.2dB
On distortionless line, the voltage wave is given by 12010025 Los (10 t +21²) + 60 e -100251 Ve 6 " Cos (10² taze) where I' is the distance from the load. Assuming Z₁₂=3005², find a- 2, B, u b) Zo and Illit).
Source: Ean = 12020° v; Epn = 1204 – 120° v; Ecn = 1204120° v (grounded neutral) Zan = Zpn = Zcn = 0.1 + j1.5 N Source 1: %3D Line Impedance: Line 2: Zine a = 1 + j2 N; Zitine b = 1 – j2 N; Zune e = 0 + j2.2361 N Load Impedance: Load 2a: Zab = 40 + j30 N; Zpc = 40 – j30 N; Zca = 50 + jo N Fault Location: Fault Location 1: Source Side 3ộ Load 34 Source Zuna Types of Faults to be Considered, assuming worst case scenario (Z, = 0): SLGF (line a grounded), LLF (lines a & b connected), 1LO (line a open) Faults not considered: DLGF, TPF, 2LO Requirements: 1. Under Unbalanced Condition Without Faults: a. Load Line Currents (Ia, Ip,l); b. Load Line Voltages (Vab, Vbc, Vca); c. Load Power Profile (Pr, Qr,St,pfr).

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