(A) Use the Ziegler-Nichols tuning rules to determine the PID controller coefficients.

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Given the system shown in Figure Q1.
R
E
1
GPp = K
(s+3)
T,s
Figure Q1
Ziegler-Nichols Rule Table
1
1++Tps ; P,: ultimate period; K, : ultimate gain
T,s
GPID =
%3D
T,
T,
0.5 K,
PI
0.45 K,
0.85 P
PID
0.60 K,
0.5 P
0.125 P,
(A) Use the Ziegler-Nichols tuning rules to determine the PID controller coefficients.
Transcribed Image Text:Given the system shown in Figure Q1. R E 1 GPp = K (s+3) T,s Figure Q1 Ziegler-Nichols Rule Table 1 1++Tps ; P,: ultimate period; K, : ultimate gain T,s GPID = %3D T, T, 0.5 K, PI 0.45 K, 0.85 P PID 0.60 K, 0.5 P 0.125 P, (A) Use the Ziegler-Nichols tuning rules to determine the PID controller coefficients.
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