Lesson Plan 4TH Sem B Section 06ES43 Control System Pavan

PROUDHADEVARAYA INSTITUTE OF TECHNOLOGY, HOSPET

Department of Electronics & Communication Engg.

Lesson Plan

Staff Name: Pavan.K.B                                               Class          : 4^TH Sem B Section 

Subject      : Control System                                    Subject code: 06ES43

         

Sl. No.	Date	Topics to be covered	Remarks
PART-A
	01/02/12	Unit 1: Modeling of System: The control system
	04/02/12	Mathematical models of physical system – Introduction, Differential equations of physical systems - Mechanical system
	07/02/12	Friction, Translational systems
	08/02/12	Rotational systems, Gear trains
	09/02/12	Electrical systems, Analogous system
	11/02/12	Illustrative problems.
	14/02/12	Unit 2: Block diagrams & signal flow graphs:
	15/02/12	Transfer functions
	16/02/12	Block diagram algebra
	18/02/12	Illustrative problems.
	21/02/12	Illustrative problems.
	21/02/12	Signal Flow graphs
	21/02/12	Illustrative problems.
	22/02/12	Unit 3:Time Response of feedback control systems:
	23/02/12	Standard test signals
	25/02/12	Unit & step response of first order and second order systems
	29/02/12	Time response specifications
	29/02/12	Time response specifications of second order system
	01/03/12	Steady state error & error constants
	02/03/12	Illustrative problems.
	03/03/12	Unit 4: Stability analysis: Concepts of stability
	05/03/12	Necessary conditions for stability
	06/03/12	Routh stability criterion
	07/03/12	Relative stability analysis
	08/03/12	More on the Routh stability criterion
	10/03/12	Illustrative problems.
PART-B			PART-B
	12/03/12	Unit 5: Root-Locus Techniques:
	13/03/12	Introduction
	14/03/12	The root locus concepts
	15/03/12	Construction of root loci
	19/03/12	Illustrative problems.
	20/03/12	Illustrative problems.
	21/03/12	Unit 6: Stability in the frequency domain:
	22/03/12	Mathematical preliminaries
	24/03/12	Nyquist stability criterion
	26/03/12	Assessment of relative stability using Nyquist criterion
	28/04/12	Illustrative problems.
	30/04/12	Illustrative problems.
	31/04/12	Illustrative problems.
	03/04/12	Unit 7: Frequency domain analysis: Introduction
	05/04/12	Correlation between time & frequency response
	09/04/12	Bode plots
	10/04/12	All pass and minimum phase system
	11/04/12	Experimental determination of transfer functions
	13/04/12	Assessment of relative stability using Bode plots
	13/04/12	Illustrative problems.
	17/04/12	Unit 8: Introduction to state variable analysis
	25/04/12	Concepts of state
	26/04/12	State variable
	30/04/12	State models for electrical system
	03/05/12	Solution of state equation
	04/05/12	Illustrative problems.
	05/05/12	Illustrative problems.