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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. ~Vin C R Find the input impedance Zin (jw). out A Find the output impedance Zout (jw). Find the transfer function H(jw) = lout (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.

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. ~Vin C R Find the input impedance Zin (jw). out A Find the output impedance Zout (jw). Find the transfer function H(jw) = lout (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.

Introductory Circuit Analysis (13th Edition)
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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Help With Part C and D 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
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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