Do all subpart for like 2.21 For the circuit of Figure 2.54, you want to determinef (a) IL, (b) VSWR and (c) Zin. (d) Calculate the instantaneous1 voltage across the load. (Hint: Calculations reveal thatnV+ = 2.0e-j45°V.)load50 52Zinv=4cos(27x10°t)V718Z=50 £230 S26.37 nH

Given, Characteristic impedance Z0=50Ω Load impedance ZL=30+j6.37×10-9Ω Length L=λ8 Source voltage…

2.21 For the circuit of Figure 2.54, you want to determine (a) IL, (b) VSWR and (c) Zin. (d) Calculate the instantaneous voltage across the load. (Hint: Calculations reveal that V+ = 2.0e-j45° V.) 0 50 £2 218 Z=50 Ω Zin V,=4cos(27x10°t)V Selan 30 S2 6.37 nH

2.21 For the circuit of Figure 2.54, you want to determine (a) IL, (b) VSWR and (c) Zin. (d) Calculate the instantaneous voltage across the load. (Hint: Calculations reveal that V+ = 2.0e-j45° V.) 0 50 £2 218 Z=50 Ω Zin V,=4cos(27x10°t)V Selan 30 S2 6.37 nH

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.31P: Consider two interconnected voltage sources connected by a line of impedance Z=jX, as shown in...

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Question

Do all subpart for like

2.21 For the circuit of Figure 2.54, you want to determine
f (a) IL, (b) VSWR and (c) Zin. (d) Calculate the instantaneous
1 voltage across the load. (Hint: Calculations reveal that
nV+ = 2.0e-j45°
V.)
load
50 52
Zin
v=4cos(27x10°t)V
718
Z=50 £2
30 S2
6.37 nH

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