0 The circuit shown in Figure P6.10 is a second-order circuit because it has two reactive components (L and C). A complete solution will not be attempted. However, determine: a. The behavior of the voltage frequency response at extremely high and low frequencies. b. The output voltage V, if the input voltage has a frequency where: V; = 7.07/ v R = 2.2 k2 R2 = 3.8 k2 X. = 5 k2 X = 1.25 k2 %3D c. The output voltage if the frequency of the input voltage doubles so that Xc = 2.5 k2 X, = 2.5 k2 d. The output voltage if the frequency of the input voltage again doubles so that Xc = 1.25 k2 X1 = 5 k2 R1 V(ja)
0 The circuit shown in Figure P6.10 is a second-order circuit because it has two reactive components (L and C). A complete solution will not be attempted. However, determine: a. The behavior of the voltage frequency response at extremely high and low frequencies. b. The output voltage V, if the input voltage has a frequency where: V; = 7.07/ v R = 2.2 k2 R2 = 3.8 k2 X. = 5 k2 X = 1.25 k2 %3D c. The output voltage if the frequency of the input voltage doubles so that Xc = 2.5 k2 X, = 2.5 k2 d. The output voltage if the frequency of the input voltage again doubles so that Xc = 1.25 k2 X1 = 5 k2 R1 V(ja)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:0 The circuit shown in Figure P6.10 is a
second-order circuit because it has two reactive
components (L and C). A complete solution will
not be attempted. However, determine:
a. The behavior of the voltage frequency response at
extremely high and low frequencies.
b. The output voltage V, if the input voltage has a
frequency where:
V; = 7.07/ v
R = 2.2 k2
R2 = 3.8 k2
X. = 5 k2
X = 1.25 k2
%3D
c. The output voltage if the frequency of the input
voltage doubles so that
Xc = 2.5 k2 X, = 2.5 k2
d. The output voltage if the frequency of the input
voltage again doubles so that
Xc = 1.25 k2
X1 = 5 k2
R1
V(ja)
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