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Tutorial 2

Tutorial 2. Modern Control Systems EKT 308. Tutorial #2 Question 1. a) Find output of the of the system modeled by the following differential equation. With initial conditions. b) Plot the output versus time using Scilab. Tutorial #2 Question 2.

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Tutorial 2

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  1. Tutorial 2 Modern Control Systems EKT 308

  2. Tutorial #2 Question 1 a) Find output of the of the system modeled by the following differential equation With initial conditions b) Plot the output versus time using Scilab

  3. Tutorial #2 Question 2 where, the electrical system is modeled by the following equation b) Implement the transfer function using Xcos. Observe output for unit step voltage.

  4. Tutorial #2 Question 3 3. Determine the closed loop transfer function T(s)=Y(s)/R(s) for the following system described by signal flow graph.

  5. Tutorial #2 Question 4 2. Determine the closed loop transfer function for the following block diagram. Show the two ways of reducing the block diagram.

  6. Tutorial #2 Question 5 3. 4 wheel antilock braking system uses electronic feedback to control automatically the brake force on each wheel. The following block diagram represents the model of brake control system where Ff(s) and FR(s) are the braking force of the front and rear wheel respectively. R(s) is the desired outomobile response on an icy road. Find Ff(s)/R(s).

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