The transfer function of system is G=1/(s+1)(s+2)(s^2+0.2s+4.01)
%overshoot <8%
settling time< 8 seconds
steady state error=0
I need to design a compensator for this system to meet this criteria, the question is "How do we calculate the dominant close loop pole that will satisfy this criteria?" or "How do i find damping factor (zeta) and natural frequency(Wn) for given over shoot and settling time?"
%overshoot <8%
settling time< 8 seconds
steady state error=0
I need to design a compensator for this system to meet this criteria, the question is "How do we calculate the dominant close loop pole that will satisfy this criteria?" or "How do i find damping factor (zeta) and natural frequency(Wn) for given over shoot and settling time?"