8/11/2019 Lesson Plan Cs

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P.A. COLLEGE OF ENGINEERING AND TECHNOLOGY

PALLADAM ROAD, POLLACHI, COIMBATORE - 642 002.Department of PG - Electrical Sciences

LECTURE PLAN

Course Code & Name : EC2255 / CONTROL SYSTEMSFaculty : P.MARIARAJA / Assistant Professor

Class & Semester : II Year / IV SemesterSl.No.

PROPOSEDTOPIC

DATE PERIODUNIT I CONTROL SYSTEM MODELING

1 20.12.13 03 Introduction

2 20.12.13 08 Basic Elements of Control System Open loop and Closed loop systems

3 21.12.13 02 Differential equation - Transfer function

4 23.12.13 03 Modeling of Electric systems

5 24.12.13 01 Translational mechanical systems

6 27.12.13 03 Rotational mechanical systems

7 27.12.13 08 Block diagram reduction Techniques

8 30.12.13 03 Block diagram reduction Techniques

9 31.12.13 01 Block diagram reduction Techniques

10 03.01.14 03 Signal flow graph

11 03.01.14 08 Signal flow graph

12 04.01.14 02 Signal flow graph

UNIT II TIME RESPONSE ANALYSIS

13 06.01.14 03 Time response analysis

14 07.01.14 01 First Order Systems15 10.01.14 03 Impulse and Step Response analysis of second order systems

16 10.01.14 08 Impulse and Step Response analysis of second order systems

17 11.01.14 02 Impulse and Step Response analysis of second order systems

18 20.01.14 03 Steady state errors

19 21.01.14 01 P and PI Compensation

20 24.01.14 03 PD Compensation

21 24.01.14 08 PID Compensation

22 25.01.14 02 Analysis using MATLAB

CYCLE TEST I (27.01.14 - 29.01.14)

UNIT III FREQUENCY RESPONSE ANALYSIS

23 31.01.14 03 Frequency Response - Bode Plot

24 31.01.14 08 Bode Plot

25 01.02.14 02 Polar Plot

26 03.02.14 03 Polar Plot

27 04.02.14 01 Nyquist Plot

28 07.02.14 03 Nyquist Plot

AC-04Rev.00

13.12.13

8/11/2019 Lesson Plan Cs

2/2

P.A. COLLEGE OF ENGINEERING AND TECHNOLOGY

PALLADAM ROAD, POLLACHI, COIMBATORE - 642 002.Department of PG - Electrical Sciences

29 07.02.14 08 Frequency Domain specifications from the plots

30 10.02.14 03 Constant M and N Circles

31 11.02.14 01 Nichols Chart - Use of Nichols Chart in Control System Analysis

32 14.02.14 03 Series, Parallel, series-parallel Compensators

33 14.02.14 08 Lead, Lag, and Lead Lag Compensators

34 15.02.14 02 Analysis using MATLAB.

UNIT IV STABILITY ANALYSIS

35 17.02.14 03 Stability

36 18.02.14 01 Routh-Hurwitz Criterion

37 21.02.14 03 Routh-Hurwitz Criterion

38 21.02.14 08 Root Locus Technique

39 24.02.14 03 Root Locus Technique

40 25.02.14 01 Construction of Root Locus, Stability41 28.01.14 03 Dominant Poles, Application of Root Locus Diagram

42 28.01.14 08 Nyquist Stability Criterion

43 01.03.14 02 Relative Stability

CYCLE TEST II (03.03.14 05.03.14)

44 07.03.14 03 Analysis using MATLAB

UNIT V STATE VARIABLE ANALYSIS & DIGITAL CONTROL SYSTEMS

45 07.03.14 08 State space representation of Continuous Time systems

46 10.03.14 03 State equations

47 11.03.14 01 Transfer function from State Variable Representation

48 14.03.14 03 Solutions of the state equations

49 14.03.14 08 Concepts of Controllability and Observability

50 15.03.14 02 Concepts of Controllability and Observability

51 17.03.14 03 State space representation for Discrete time systems

52 18.03.14 01 Sampled Data control systems

53 21.03.14 03 Sampling Theorem Sample & Hold

54 21.03.14 08 Open loop & Closed loop sampled data systems

CYCLE TEST III ( 15.04.14 17.04.14)

Faculty in- charge HOD PRINCIPAL