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15 10 -10 -15 20 25 -10. -20 -30 40 70 60 10 Frequency (radis) (a) For an input of 26 cos 3t what is the steady state response of the system? Answer: 4.37 cos (3t – 88°) (b) What is the bandwidth of this system? Answer: 0 to 0.0831 d (c) Determine the approximate transfer function for the system Answer: G(s) T (ap) apnijube (Bop) oseud

15 10 -10 -15 20 25 -10. -20 -30 40 70 60 10 Frequency (radis) (a) For an input of 26 cos 3t what is the steady state response of the system? Answer: 4.37 cos (3t – 88°) (b) What is the bandwidth of this system? Answer: 0 to 0.0831 d (c) Determine the approximate transfer function for the system Answer: G(s) T (ap) apnijube (Bop) oseud

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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15 10 -10 -15 30 25 -10 -20 30 40 70 10 Frequency (radis) (a) For an input of 26 cos 3t what is the steady state response of the system? Answer: 4.37 cos (3t – 88°) (b) What is the bandwidth of this system? Answer: 0 to 0.0831 d (c) Determine the approximate transfer function for the system Answer: G(s) (ap) apnijube (Bop) oseud
Transcribed Image Text:15 10 -10 -15 30 25 -10 -20 30 40 70 10 Frequency (radis) (a) For an input of 26 cos 3t what is the steady state response of the system? Answer: 4.37 cos (3t – 88°) (b) What is the bandwidth of this system? Answer: 0 to 0.0831 d (c) Determine the approximate transfer function for the system Answer: G(s) (ap) apnijube (Bop) oseud
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