+0 D(S)G(3) G(s) $6 H(s) 10 - Consider the system given above with D(s) = ‚G(s) (s+2)(s+4) the following questions, 4) F
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+0 D(S)G(3) G(s) $6 H(s) 10 - Consider the system given above with D(s) = ‚G(s) (s+2)(s+4) the following questions, 4) F
questions, 4) Find the interval for K where the closed-loop discrete-time system is stable via employing Jury test. 5) Find the steady state errors (ess) for K-1 when (i) the unit step input, (ii) the unit ramp input and (iii) unit parabolic input is applied. 6) Find the approximate settling time and the overshoot of the system output for K-1 and T=2 s. T R(S) C(3) H(s) = = 1 and answer
+0 D(S)G(3) G(s) $6 H(s) 10 - Consider the system given above with D(s) = ‚G(s) (s+2)(s+4) the following