884
Page views
109
Files
32
Videos
32
R.Links

Icon
Announcements

  • Question Bank

    Dear Students the Question Bank has been uploaded for the following topics:
    IAE 1

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    MODELING OF ELECTRICAL SYSTEMS ,
    TRANSLATIONAL MECHANICAL SYSTEMS ,
    ROTATIONAL MECHANICAL SYSTEMS ,
    TRANSFER FUNCTION,
    BASIC ELEMENTS IN CONTROL SYSTEMS,
    OPEN & CLOSED LOOP SYSTEMS ,
    MODELING OF ELECTRICAL SYSTEMS ,
    AC AND DC SERVOMOTORS,
    BLOCK DIAGRAM REDUCTION TECHNIQUES ,
    SIGNAL FLOW GRAPHS

  • Puzzles

    Dear Students the Puzzles has been uploaded for the following topics:
    UNIT 1 SYSTEMS AND REPRESENTATION,
    2 TIME RESPONSE,
    3 FREQUENCY RESPONSE,
    4 STABILITY AND COMPENSATOR DESIGN,
    5 STATE VARIABLE ANALYSIS,
    MCQs

  • Youtube Video

    Dear Students the Youtube Video has been uploaded for the following topics:
    PID controller
    Bode plots
    OL and CL system
    Stability of control system
    Components of feedback control system
    Disturbance rejection
    Signal flow graph
    TRANSLATIONAL MECHANICAL SYSTEMS
    ROTATIONAL MECHANICAL SYSTEMS
    BLOCK DIAGRAM REDUCTION TECHNIQUES
    SIGNAL FLOW GRAPHS
    BODE PLOT
    DESIGN OF COMPENSATOR USING BODE PLOT
    CONCEPTS OF CONTROLLABILITY

  • Question Bank

    Dear Students the Question Bank has been uploaded for the following topics:
    NOV/DEC 2015,
    MAY/JUN 2016,
    NOV/DEC 2016,
    APR/MAY 2017,
    NOV/DEC 2017,
    APR/MAY 2018,
    NOV/DEC 2018,
    SYSTEMS AND REPRESENTATION,
    TIME RESPONSE,
    FREQUENCY RESPONSE,
    STABILITY AND COMPENSATOR DESIGN,
    QUESTION BANK

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    IMPULSE RESPONSE OF SECOND ORDER SYSTEMS,
    Tutorial - 7,
    Tutorial - 9,
    Tutorial - 8,
    Tutorial - 10,
    Tutorial - 11,
    Tutorial - 12

  • Youtube Video

    Dear Students the Youtube Video has been uploaded for the following topics:
    4.1 Concept of stability
    4 2 Routh stability
    4.3 Nyquist Stability Criterion
    4.4 Relative stability
    4.5 Lead Compensator
    4.6 Lag Compensator
    4.7 Lag-Lead Compensator
    4.8 Design of Lead Compensator
    4.9 Design of Lag Compensator

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    CHARACTERISTICS EQUATION,
    ROUTH HURWITZ CRITERION,
    NYQUIST STABILITY CRITERION ,
    PERFORMANCE CRITERIA ,
    LEAD COMPENSATOR,
    LAG COMPENSATOR,
    LAG - LEAD COMPENSATOR,
    DESIGN OF COMPENSATOR,
    DESIGN OF COMPENSATOR USING BODE PLOT ,
    CORRELATION BETWEEN FREQUENCY DOMAIN AND TIME DOMAIN ,
    OPEN LOOP RESPONSE,
    DETERMINATION OF CLOSED LOOP RESPONSE

  • Resource Link

    Dear Students the Resource Link has been uploaded for the following topics:
    MODELING OF ELECTRICAL SYSTEMS
    TRANSLATIONAL MECHANICAL SYSTEMS
    TRANSFER FUNCTION
    TIME RESPONSE
    TIME DOMAIN SPECIFICATIONS
    ROOT LOCUS CONSTRUCTION
    FREQUENCY RESPONSE
    BODE PLOT
    DETERMINATION OF CLOSED LOOP RESPONSE
    CHARACTERISTICS EQUATION
    DESIGN OF COMPENSATOR
    DESIGN OF COMPENSATOR USING BODE PLOT
    CONCEPT OF STATE VARIABLES
    CONCEPTS OF CONTROLLABILITY
    SOLUTION OF STATE AND OUTPUT EQUATION
    BLOCK DIAGRAM REDUCTION TECHNIQUES
    SIGNAL FLOW GRAPHS
    STEP RESPONSE OF SECOND ORDER SYSTEMS
    IMPULSE RESPONSE OF SECOND ORDER SYSTEMS
    POLAR PLOT
    CONSTANT M & N CIRCLES
    ROUTH HURWITZ CRITERION
    NYQUIST STABILITY CRITERION
    PHYSICAL VARIABLE MODELS
    CONCEPTS OF CONTROLLABILITY
    AC AND DC SERVOMOTORS
    EFFECT OF P, PI, PID MODES OF FEEDBACK CONTROL
    NICHOL’S CHART
    LEAD COMPENSATOR
    LAG COMPENSATOR
    DIAGONAL, JORDAN CANONICAL FORMS
    SOLUTION OF STATE MODEL IN LAPLACE DOMAIN

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    CONCEPT OF STATE VARIABLES,
    PHASE VARIABLE MODEL ,
    STATE MODELS,
    PHYSICAL VARIABLE MODELS,
    DIAGONAL, JORDAN CANONICAL FORMS ,
    SOLUTION OF STATE MODEL IN LAPLACE DOMAIN,
    SOLUTION OF STATE AND OUTPUT EQUATION,
    CONCEPTS OF OBSERVABILITY ,
    CONCEPTS OF CONTROLLABILITY

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    TIME DOMAIN SPECIFICATIONS ,
    FIRST ORDER SYSTEMS,
    STEP RESPONSE OF SECOND ORDER SYSTEMS,
    ERROR COEFFICIENTS, GENERALIZED ERROR SERIES,
    ROOT LOCUS CONSTRUCTION,
    EFFECT OF P, PI, PID MODES OF FEEDBACK CONTROL ,
    TIME RESPONSE ANALYSIS

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    Basic elements in control systems

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    TIME RESPONSE ,
    FIRST ORDER SYSTEMS

  • Assignment

    Assignment topic is Transfer function and due date is 15-02-2020.

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    Tutorial - 1,
    Tutorial - 2,
    Tutorial - 3,
    Tutorial - 4,
    Tutorial - 5,
    Tutorial - 6

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    FREQUENCY RESPONSE,
    BODE PLOT ,
    POLAR PLOT,
    NYQUIST PLOT,
    CONSTANT M & N CIRCLES,
    NICHOL’S CHART

  • Youtube Video

    Dear Students the Youtube Video has been uploaded for the following topics:
    5.1 Concept of state variables
    5.2 State models
    5.3 Physical variable models
    5.4 Phase variable model
    5.5 Diagonal, jordan canonical forms
    5.6 Solution of state and output equation
    5.7 Solution of state model in laplace domain
    5.8 Concepts of controllability
    5.9 Concepts of observability

  • Lecture Notes

    Dear Students the Lecture Notes has been uploaded for the following topics:
    Tutorial - 13,
    Tutorial - 16,
    Tutorial - 18,
    Tutorial - 17,
    Tutorial - 15,
    Tutorial - 19,
    Tutorial - 20,
    Tutorial - 23,
    Tutorial - 22,
    Tutorial - 24,
    Tutorial - 14,
    Tutorial - 21,
    Tutorial - 30,
    Tutorial - 29,
    Tutorial - 27,
    Tutorial - 25,
    Tutorial - 26,
    Tutorial - 28