Please solve problem 1 (in red) Please use similar notation as the example/ Example problem with parts A-D: Consider the current-input, voltage-output filter circuit below. IDEAL CURRENT SOURCE S (a) Zin (c) Lecture 5 Challenge Questions (ungraded) See example for hints units? 11 lin Find the input impedance Zin (jw). I'm R₁ ww + Vin R₁ 0 mm I in C= R₂ ww ⇒ H (jw) = (no current) R₁ + jwc 1 + jwR, C jwc Find the transfer function H(jw) = Vout(jw) / Iin (jw). What are the Vout un JC I in C + Vout Vout = juć ZERO VOLTAGE (no current) R₂ u+ Vout (jw) I in (jw) IDEAL VOLT METER ∞2 Iin = Vout jwc Problem 1 parts A-D Consider the voltage-input, current-output filter circuit below. You may assume an ideal voltage source for Vin, and an ideal ammeter for lout. (a) (b) (c) units. (b) Find the input impedance Zin (jw). Find the output impedance Zout (jw). Vin Zout Find the transfer function H(jw) = Iout (jw)/Vin(jw). Verify the (d) Sketch the Bode plot of the transfer function H(jw) for C = 1 nF and R 100 kn. Be sure to label the axes and indicate the units. = C Find the output impedance Zout (jw). ما - Індю) Евд? boe 152 R Inals /HGW) [0] 1 R₂ www Iont R₂ + (d) Sketch the Bode plot of the transfer function H(jw) for C = I nF, and R₁ R₂ 1 k. Be sure to label the axes and indicate the units. HGW) = juc Vout jwc out NO ZEBAS POLE @S=0 -20 dB/dec 10² w [lg] W [lg] 1 + jwR₂C jwc
Please solve problem 1 (in red) Please use similar notation as the example/ Example problem with parts A-D: Consider the current-input, voltage-output filter circuit below. IDEAL CURRENT SOURCE S (a) Zin (c) Lecture 5 Challenge Questions (ungraded) See example for hints units? 11 lin Find the input impedance Zin (jw). I'm R₁ ww + Vin R₁ 0 mm I in C= R₂ ww ⇒ H (jw) = (no current) R₁ + jwc 1 + jwR, C jwc Find the transfer function H(jw) = Vout(jw) / Iin (jw). What are the Vout un JC I in C + Vout Vout = juć ZERO VOLTAGE (no current) R₂ u+ Vout (jw) I in (jw) IDEAL VOLT METER ∞2 Iin = Vout jwc Problem 1 parts A-D Consider the voltage-input, current-output filter circuit below. You may assume an ideal voltage source for Vin, and an ideal ammeter for lout. (a) (b) (c) units. (b) Find the input impedance Zin (jw). Find the output impedance Zout (jw). Vin Zout Find the transfer function H(jw) = Iout (jw)/Vin(jw). Verify the (d) Sketch the Bode plot of the transfer function H(jw) for C = 1 nF and R 100 kn. Be sure to label the axes and indicate the units. = C Find the output impedance Zout (jw). ما - Індю) Евд? boe 152 R Inals /HGW) [0] 1 R₂ www Iont R₂ + (d) Sketch the Bode plot of the transfer function H(jw) for C = I nF, and R₁ R₂ 1 k. Be sure to label the axes and indicate the units. HGW) = juc Vout jwc out NO ZEBAS POLE @S=0 -20 dB/dec 10² w [lg] W [lg] 1 + jwR₂C jwc
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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Question
Help With Part A and B of the Problem in the red box. Please use similar notation as the example problem. This problem is part of an ungraded assignment.
![Please solve problem 1 (in red)
Please use similar notation as the
example/
Example problem with parts A-D:
Consider the current-input, voltage-output filter circuit below.
IDEAL
CURRENT
SOURCE
(a)
Lecture 5 Challenge Questions
(ungraded) See example for hints
(c)
lin
units?
R₁
ww
+
Vin
Find the input impedance Zin (jw).
R₁
0 MM
I in
Zin = R₁ +
C
jc
R₂
ww
⇒ H (jw) =
Спо
1 + jwR, C
jwc
Find the transfer function H(jw) = Vout (jw) / Iin (jw). What are the
Vout
R₁
Vout
un
1₂0 = ] = C
I'm
(↑)
I in
no current)
M
+
V V
out
ZERO VOLTAGE (he current)
R₂
Vout (jw)
I im (jw)
IDEAL
VOLT
METER
∞2
un
I in
jwc
Vout
jwc
Problem 1 parts A-D
Consider the voltage-input, current-output filter circuit below. You may
assume an ideal voltage source for Vin, and an ideal ammeter for Iout.
(a)
(b)
(c)
units.
(b)
+
~) Vin
Find the input impedance Zin (jw).
Find the output impedance Zout (jw).
Find the transfer function H(jw)
Zout
of
C
(d)
Sketch the Bode plot of the transfer function H(jw) for C = 1 nF
and R 100 kn. Be sure to label the axes and indicate the units.
C
Find the output impedance Zout (jw).
| Hgw] [day] A
40²e
152
R
R₂
www
/HG) [0]
-2°
11 raduls
Lout
1
H(ju) = jóc = {
0 +
Vout
(d)
Sketch the Bode plot of the transfer function H(jw) for C = 1 nF,
and R₁ R₂ = 1 k. Be sure to label the axes and indicate the units.
R₂ +
jwc
out
Tout (jw)/Vin(jw). Verify the
NO ZEROS
-20 dB/dec
POLE @ S = 0
A
10 nas w [lg]
со гдз
1 + jw R₂ C
jwc](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fae78743c-2e5d-4f29-afad-9b0649e30c33%2F9e806235-3082-483e-976e-e7a6b7283695%2Fq8vyd2n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Please solve problem 1 (in red)
Please use similar notation as the
example/
Example problem with parts A-D:
Consider the current-input, voltage-output filter circuit below.
IDEAL
CURRENT
SOURCE
(a)
Lecture 5 Challenge Questions
(ungraded) See example for hints
(c)
lin
units?
R₁
ww
+
Vin
Find the input impedance Zin (jw).
R₁
0 MM
I in
Zin = R₁ +
C
jc
R₂
ww
⇒ H (jw) =
Спо
1 + jwR, C
jwc
Find the transfer function H(jw) = Vout (jw) / Iin (jw). What are the
Vout
R₁
Vout
un
1₂0 = ] = C
I'm
(↑)
I in
no current)
M
+
V V
out
ZERO VOLTAGE (he current)
R₂
Vout (jw)
I im (jw)
IDEAL
VOLT
METER
∞2
un
I in
jwc
Vout
jwc
Problem 1 parts A-D
Consider the voltage-input, current-output filter circuit below. You may
assume an ideal voltage source for Vin, and an ideal ammeter for Iout.
(a)
(b)
(c)
units.
(b)
+
~) Vin
Find the input impedance Zin (jw).
Find the output impedance Zout (jw).
Find the transfer function H(jw)
Zout
of
C
(d)
Sketch the Bode plot of the transfer function H(jw) for C = 1 nF
and R 100 kn. Be sure to label the axes and indicate the units.
C
Find the output impedance Zout (jw).
| Hgw] [day] A
40²e
152
R
R₂
www
/HG) [0]
-2°
11 raduls
Lout
1
H(ju) = jóc = {
0 +
Vout
(d)
Sketch the Bode plot of the transfer function H(jw) for C = 1 nF,
and R₁ R₂ = 1 k. Be sure to label the axes and indicate the units.
R₂ +
jwc
out
Tout (jw)/Vin(jw). Verify the
NO ZEROS
-20 dB/dec
POLE @ S = 0
A
10 nas w [lg]
со гдз
1 + jw R₂ C
jwc
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