1. Show that the transfer function H(f) for the RL circuit shown below is given by H(f) = 1+1/ where fB +Vin - R 2πL ell L Vout R 2. For the circuit above: a. Derive the expression for the magnitude of H(f)|aB. b. What are the asymptotes for |H(f)|ag as approaches zero and infinity? fB f c. Plot H(f) dB VS. on a BODE plot. fB d. Explain the behavior of this circuit using physical principles.
1. Show that the transfer function H(f) for the RL circuit shown below is given by H(f) = 1+1/ where fB +Vin - R 2πL ell L Vout R 2. For the circuit above: a. Derive the expression for the magnitude of H(f)|aB. b. What are the asymptotes for |H(f)|ag as approaches zero and infinity? fB f c. Plot H(f) dB VS. on a BODE plot. fB d. Explain the behavior of this circuit using physical principles.
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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Answer question 2. Thank you

Transcribed Image Text:1. Show that the transfer function H(f) for the RL circuit shown below is given by H(f):
where fB
Vin
=
R
2πL
ell
L
Vout
R
2. For the circuit above:
Derive the expressio
for the magnitu of H(f) dB.
b. What are the asymptotes for |H(f)|aB as approaches zero and infinity?
fB
c. Plot |H(f)|aB vs. on a BODE plot.
fB
d. Explain the behavior of this circuit using physical principles.
=
1+j/B
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