The denominator of the transfer function for a LPF is s² + s + 25. a) Find On, and Q. b) Is the circuit over-, under- or critically-damped? c) What effect does this have on the frequency response and on the transient response? Make qualitative sketches of these responses. d) Repeat this problem if the denominator is s² + 10s + 25.
The denominator of the transfer function for a LPF is s² + s + 25. a) Find On, and Q. b) Is the circuit over-, under- or critically-damped? c) What effect does this have on the frequency response and on the transient response? Make qualitative sketches of these responses. d) Repeat this problem if the denominator is s² + 10s + 25.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The denominator of the transfer function for a LPF is s² + s + 25. a) Find on, and Q. b) Is the circuit
over-, under- or critically-damped? c) What effect does this have on the frequency response and on the
transient response? Make qualitative sketches of these responses. d) Repeat this problem if the
denominator is s² + 10s + 25.
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