Determine the controller parameters

Assignment Help Electrical Engineering
Reference no: EM13858648

For the closed-loop control system shown in Figure 1, the design specifications are:

DS1. Zero steady-state error to a step input

DS2. Steady-state error due to a ramp input of less than 0.25.

DS3. Percent overshoot less than 5% to a step input

DS4. Settling time less than 2 seconds to a step input

1. Sketch the admissible region of the s-plane for the closed-loop poles such that DS3 and DS4 are satisfied.

2. Consider first a proportional (P) controller: Gc(s) = K. Check if DS1 and DS2 are satisfied.

3. Consider a proportional-integral (PI) controller: Gc(s) = KP +KI /s. Determine the range of values for KP and KI for which the closed-loop system is stable.

4. Determine an admissible range of values for KI such that DS2 is satisfied.

5. Use rltool to determine a set of admissible controller parameters:

a. Place the pole of the controller and vary the zero such that the system closedloop poles are placed in the admissible region determined at 1.

b. Determine the controller parameters.

6. Plot the system step response and analyze DS1, DS3 and DS4.

7. Plot the system ramp response and analyze DS2.

767_Zero steady-state.png

Reference no: EM13858648

Questions Cloud

How much consumer surplus is generated at prices identified : A monopolist firm serves 6 consumers. Each of the consumers only buy one unit of the good. Two consumers buy one unit if the price is lower or equal than $100 and the other four consumers buy one unit if the price is lower or equal than $10. The firm..
Firm is restricted to set single price for both markets : Firm C&D is a monopolist both in the US market and in the international market. The demand curve for the US market is QUS = 10 − PUS and the demand curve for the international market is QI =20−PI. The firm’s cost function is C(Q)=2Q+2. Suppose the fi..
Profit maximizing firm-consider production economy : Draw the function Y = F(K, L¯) in terms of Y and K, for some fixed L. On the same graph, plot the cost function for renting a certain amount of capital at a rental price of R, i.e. RK. For a profit maximizing firm, illustrate graphically how much cap..
Prepare the adjusting entries for the month of june : Post the adjusting entries to the ledger accounts. Enter the totals from the trial balance as beginning account balances - Prepare the adjusting entries for the month of June.
Determine the controller parameters : Determine the controller parameters. Plot the system step response and analyze DS1, DS3 and DS4. Plot the system ramp response and analyze DS2.
Calculate the current flowing through resistor : Apply Mesh Analysis to calculate the current flowing through Resistor R2 in the below sketch:
Design practical fluid system : Prepare young engineers through hands on experience in writing project technical report to execute tasks related to design practical fluid system.
Evaluate the performance of system : A rotating machine, such as turbines or compressors, is vibrating and transmitting large forces to the ground. This vibration might be due to shock or unbalanced mass of the rotor.
Adverse effects on the environment : Using the textbooks, the University Library, or other resources, answer each of the following questions in 150 to 200 words. 1. Select a fossil fuel. How is this fossil fuel used? What are the adverse effects on the environment?

Reviews

Write a Review

Electrical Engineering Questions & Answers

  Determine the current in the cable

Determine the current in the cable, the losses in the cable and the supply voltage - Each core has a resistance of 0.01 D.

  Calculate built-in potential at each junction in equilibrium

a. Identify which doping level was intended for the emitter, for the base, and for the collector. b. Assuming the intrinsic carrier concentration (ni) in silicon to be 1010cm-3, calculate the Fermi Energy, EF, relative to the intrinsic Fermi energ..

  Calculate temp at which there is a 1 percent probability

The fermi energy level for a particular T = 300K is 6.25 eV. The electrons in this material follow the Fermi-Dirac distribution function. (a) Find the probability of an energy level at 6.50 eV being occupied by an electron.

  Compute the money saved in one month by using cfl bulb

compute the money saved in one month by using CFL (compact fluorescent light) bulb (18 W) instead of using an incandescent lamp (60 W) if the cost of electricity is $.12 per kWh. Assume lights are used for 10 hours a day. (30 days in the month)

  At what frequency will the circuit take a lagging current

A series circuit consisting of a 0.398-henry inductor and a 212-µF capacitor is connected to a 125-volt variable frequency source. At what frequency will the circuit take a lagging current of 2.5 A a leading current of 2.5 A

  Find the energy absorbed by the element in seconds

the voltage across an element is 12e^-2t V. the current entering the positive terminal of the element is 2e^-2t A. Find the energy absorbed by the element in 1.5 seconds starting from t =0.

  What is the transformer used for in a full wave rectifier

What is the transformer used for in a full wave rectifier Can you make a bridge rectifier without a transformer What are the advantages of using a transformer If you initially have a transformer with a 1:1 ratio

  What is magnitude of the radiative electric field observed

At time t = 0 an electron at the origin is subjected to a force that briefly accelerates it in the +z direction, with an acceleration of 6 × 1017 m/s^2. Before trying to answer the following questions, draw a clear diagram. Location D is 28, 0, 0 ..

  Obtain and simplify the flip flop charactersitic equations

Analyze the synchrounous circuit with input X and output Z constructed with two flip flop of JK type with outputs QA and QB. The flip flop input exciatation are as follows: JA=XQB; KA=0; Jb=XQA'; KB=QA. the output equation is Z=XQB'.

  Calculate the energies of the lowest three distinct states

Consider and electron in a cubical crystal of a conducting material. Such an electron is free to move throughout the volume ofthe crystal, but can't escape to the outside.It is trapped in athree dimensional infinite well.

  Find the magnitude and phase as function of f

A military satellite uses 10 GHz for the downlink frequency. The distance to the satellite is approximately 36000 km. if the satellite transmitter produces a power of 50 dBm with a transmit antenna gain of 20 dB and on the ground

  Find average power signal to noise ratio at receiver output

he input tothe receiver is a modulated wave of 0.3W average power and Gaussian noise of one-sided power spectral density of 10-8W/Hz. 1.if the detector is an envelope detector and the modulatedwave is A(1+0.8cos1000t)cos(6.28x1000000t),

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd