Q4) a) Given the electrical network of Figure Q4, find the transfer function /e,- R2 ww C2 R1 Figure Q4 b) Sketch the pole and zero locations on an Argand diagram. c) Using the transfer function derived in a), derive the damping ratio and the undamped natural frequency in terms of R1, R2, C, and C2. ww

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question
Q4)
a) Given the electrical network of Figure Q4, find the transfer function
R2
ww
R
Figure Q4
b) Sketch the pole and zero locations on an Argand diagram.
c) Using the transfer function derived in a), derive the damping ratio and the
undamped natural frequency in terms of R1, R2, C, and C2.
d) If C, C2 1 and R, = R2 = R , what are the condition for Cin terms of C, for
the electrical network to be
i) Critically damped,
ii) Underdamped,
iii) Overdamped.
Activate
GoR Sett
ww
Transcribed Image Text:Q4) a) Given the electrical network of Figure Q4, find the transfer function R2 ww R Figure Q4 b) Sketch the pole and zero locations on an Argand diagram. c) Using the transfer function derived in a), derive the damping ratio and the undamped natural frequency in terms of R1, R2, C, and C2. d) If C, C2 1 and R, = R2 = R , what are the condition for Cin terms of C, for the electrical network to be i) Critically damped, ii) Underdamped, iii) Overdamped. Activate GoR Sett ww
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