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Performance of Feedback Control Systems. Test Input Signals:. Performance of a Second Order System. Step Input:. Transient response of a second-order system (Eq. 5.9) for a step input. The transient response of a second-order system (Eq. 5.9) for a step input as a function of ζ and ω n t.
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Transient response of a second-order system (Eq. 5.9) for a step input.
The transient response of a second-order system (Eq. 5.9) for a step input as a function of ζ and ωnt.
Response of a second-order system for an impulse function input.
Percent overshoot and normalized peak time versus damping ratio z for a second-order system (Eq. 5.8).
Effect of the Third Pole on the 2nd-Order System
Percent overshoot as a function of ζ and ωn when a second-order transfer function contains a zero.
The response for the second-order transfer function with a zero for four values of the ratio (a/ζωn): A = 5, B = 2, C = 1, and D = 0.5 when ζ =0.45.
Impulse response for various root locations in the s-plane. (The conjugate root is not shown.)
Step Input: N=0
Step Input: N>0
Ramp Input: K=1
Control system model with a second-order model of the motor and load.
Response of the system to a unit step input, r(t) 1, t (a) MATLAB script.
Response of the system to a unit step input, r(t) 1, t (b) Response for Ka 30 and 60.
ISE: IAE: ITAE: ITSE: