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From the Root locus plot  obtained from the system below, ANALYSIS and DISCUSS the Root locus plot obtained with PID controller

From the Root locus plot  obtained from the system below, ANALYSIS and DISCUSS the Root locus plot obtained with PID controller

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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From the Root locus plot  obtained from the system below, ANALYSIS and DISCUSS the Root locus plot obtained with PID controller

0.3119(s + 4.806)² 1.056 x 10*s + 1.689 × 105 X1 – X2 s* + 20s3 + 3487s² + 1.056 × 10*s + 1.689 × 105 PID Controller
Transcribed Image Text:0.3119(s + 4.806)² 1.056 x 10*s + 1.689 × 105 X1 – X2 s* + 20s3 + 3487s² + 1.056 × 10*s + 1.689 × 105 PID Controller
Root Locus 300 200 System Gpc Gain: 10 Pole: 1.75. 19 Damping 0009 Overshoot (N 103 Frequenoy adis) 191 System Gpoc Gain 0 Pole: 457. 576 Damping 0.147 Overshoet (N27 Frequency (rad 582 100 Sytem Gpo Gain Int Pole 16 Damping 1 Overshoot (N Frequency (adis 16 System Gooe Gain 100 Pole 457- S76 Dampng 0147 Overshoot (627 Frequency ad 2 System Gpoe Gain 16 Pole 212-237 Danping 40o Overshoot ( 103 Frequency ad 237 200- 300 40 -30 -10 10 Real Axis (seconds") (spuooes) sy kubeu
Transcribed Image Text:Root Locus 300 200 System Gpc Gain: 10 Pole: 1.75. 19 Damping 0009 Overshoot (N 103 Frequenoy adis) 191 System Gpoc Gain 0 Pole: 457. 576 Damping 0.147 Overshoet (N27 Frequency (rad 582 100 Sytem Gpo Gain Int Pole 16 Damping 1 Overshoot (N Frequency (adis 16 System Gooe Gain 100 Pole 457- S76 Dampng 0147 Overshoot (627 Frequency ad 2 System Gpoe Gain 16 Pole 212-237 Danping 40o Overshoot ( 103 Frequency ad 237 200- 300 40 -30 -10 10 Real Axis (seconds") (spuooes) sy kubeu
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