Find the steady-state output of the system

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CONTROL SYSTEMS

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Q1: A system with unity feedback is shown in figure (1).

547_Figure.jpg

Use the Routh-Hurwitz stability criterion, determine if closed-loop system with

G(s) = 100(s +8)/(s +3)(s' +15s +10)(s +1) is stable or not.

Q2:

A closed-loop feedback system is shown in Figure. For what range of values of the parameters and p is the system stable?

349_Figure1.jpg

FIGURE. Closed-loop system with parameters K and p.

Q3:

A closed-loop control system is shown in figure (3). where G(s) is the transfer function of the system. eG(s) is the transfer function of the controller, D(s) is a disturbance. R(s) and 17(r) are the input and output. respectively. The open-loop system is unstable with a transfer function of G(s) = 2/s-2

2146_Figure2.jpg

The objectives of the controller. G(s) are to make the closed-loop system stable and at the same thue to minimize the effect of the disturbance.

Consider a proportional-integral (P1) controller with a transfer function Gc(s) = (ks + 1)/s.

Answer the following questions:

(a) Determine the value of K so that the closed-loop system is stable and has a critically damped response

(b) Find the steady-state error for the case where R(s) = 1/s and D(s)= 0.

(c) Find the steady-state output of the system when R(s)= 0 and D(s)= 1/s.

(d) Base on the above analysis. explain whether the objectives of the controller have been met.

Q4:

A control system as shown in figure (4) has a transfer function of G(s) = 1/s(s-1)

1242_Figure3.jpg

(a) Let Gc(s) = K.By sketching the root-locus, show that the closed-loop system is always unstable.

(b) Let Gc(s)= K(s +2). Sketch the root-locus and show that the closed-loop system can be stabilized. Determine the range of K for the closed-loop system to remain stable.

Verified Expert

This Assignment regarding control systems engineering deals with stability analysis of closed loop systems,design of controller parameters for stable systems.Initially it determines the stability using Routh-Hurwitz criterion,which is a basic and simple tool but not always useful in all types of systems.In the given assignment the first two problems are evaluated using Routh-Hurwitz criterion.The third problem deals with the design of controller parameters to make the given closed loop system with the help of Routh-Hurwitz criterion and concepts of time domain analysis of second order systems.The design of system for critical damped system,determining steady state error,tolerance to disturbances.The fourth problem deals with important tool "Root-locus" for determining system stability and effect of parameter variance on stability.

Reference no: EM131227811

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10/1/2016 5:51:09 AM

Answers are required for the 4 questions in the assignment tasks. Unit is: CONTROL SYSTEMS. can you solve all questions with in the time.If you have any query, please ask. Please provide Specification of Each Solution.

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