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a. For the system shown in the block diagram shown in Figure Q3-1 b. C. d. R(S) e. Where G, (S) = G₂ (S)= 10 s+4 Evaluate the following Characteristic equation of the system Sketch the pole zero plot of the system Percentage Overshoot Peak time (tp) Settling time (ts) 2% criterion f. Steady state output 9. Steady state error G, (S) H(S)-1 Figure Q3-1 G, (S) C(S)

a. For the system shown in the block diagram shown in Figure Q3-1 b. C. d. R(S) e. Where G, (S) = G₂ (S)= 10 s+4 Evaluate the following Characteristic equation of the system Sketch the pole zero plot of the system Percentage Overshoot Peak time (tp) Settling time (ts) 2% criterion f. Steady state output 9. Steady state error G, (S) H(S)-1 Figure Q3-1 G, (S) C(S)

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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a. For the system shown in the block diagram shown in Figure Q3-1 b. C. d. R(S) Where G₁ (S) == 10 S+4 Evaluate the following G₂ (S) = G, (S) e. f. Steady state output 9. Steady state error H(S)-1) Figure Q3-1 Characteristic equation of the system Sketch the pole zero plot of the system Percentage Overshoot Peak time (tp) Settling time (ts) 2% criterion G, (S) C(S)
Transcribed Image Text:a. For the system shown in the block diagram shown in Figure Q3-1 b. C. d. R(S) Where G₁ (S) == 10 S+4 Evaluate the following G₂ (S) = G, (S) e. f. Steady state output 9. Steady state error H(S)-1) Figure Q3-1 Characteristic equation of the system Sketch the pole zero plot of the system Percentage Overshoot Peak time (tp) Settling time (ts) 2% criterion G, (S) C(S)
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