Lecture notes - School Of Electrical & Electronic Engineering - USM
Lecture notes - School Of Electrical & Electronic Engineering - USM
Lecture notes - School Of Electrical & Electronic Engineering - USM
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Root Locus<br />
Bode Plot<br />
Example on Root Locus<br />
cont. solution to example<br />
Advantages of Bode Plot<br />
Sketching technique revisited<br />
Performance Specification<br />
example on frequency response analysis: bode plot<br />
It is to remind that K = 2.39 is the critical gain or the gain which<br />
cause the system to be marginally stable.<br />
In a manner similar to that employed in continuous-time<br />
systems, the frequency of oscillation at K = 2.39 can be found<br />
from the w 2 row of the array. We may obtain the auxillary<br />
equation as such,<br />
(1 − 0.0381)w 2 + 0.924K| K=2.39 = 0.9089w 2 + 2.181 = 0<br />
or<br />
√<br />
2.181<br />
w = ±j<br />
0.9089 = ±j1.549<br />
nasiruddin@eng.usm.my EEE 354 : STABILITY ANALYSIS TECHNIQUES
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