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CONTROL SYSTEMS EEE F242 ECE F242 INSTR F242
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Determine the settling time (ts2 ) corresponding to the unit step response of the transfer function
The value of the settling time ts2 =
The characteristic equation for a unity-gain negative feedback system is given by denotes the compensator gain in the forward path transfer function. Determine the value of max
The value of the gain (kmax) =
Consider a negative feedback closed-loop system with the forward path transfer function and feedback path transfer function ) corresponding to the unit step response of the closed-loop system.
The value of the settling time ts3 =
Consider the unit ramp response of a negative feedback closed-loop system with the forward path transfer function . Here, the compensator gain in the forward path is denoted by
Determine the value of the gain (k=k1 ), so as to achieve the steady-state error equal to half of the steady-state error of the uncompensated closed-loop system with ramp input.
The value of the gain (k1) =
Determine the settling time (ts1 ) corresponding to the unit step response of the transfer function
The value of the settling time, ts1 =
A unity-gain feedback system has as the forward path transfer function. Obtain the unit step response for the closed-loop system. Calculate the peak overshoot (M , in %) for the response.
The value of the peak overshoot (Mp , in %) =
The characteristic equation for a unity-gain negative feedback system is given by gain of the forward path transfer function. Let be the value of the gain at which the closed-loop system becomes marginally stable. For this value of the gain, determine the locations of the closed-loop poles. Determine the location of the closed-loop pole,
The value of p =