Linear Physical Systems Analysis- ALL TIME BEST

The E12 Map (Topic map with an index)

• • Laplace Transform

    • Forward Laplace Transform

    • Inverse Laplace Transform

    • Laplace Transform Properties

    • Laplace Transform Table

  • Z Transform

    • Forward Z Transform

    • Inverse Z Transform

    • Z Transform Properties

    • Z Transform Table

• Partial Fraction Expansion

  • Systems

    • Mechanical Systems (Translating)

    • Mechanical Systems (Rotating)

      • Electrical Systems  (unfinished)

      • Electromechanical Systems  (unfinished)

    • Thermal Systems

    • Electrical/Mechanical Analogs

• System Representations

  • Differential Equations

  • Transfer Function

  • Pole Zero

    • Signal Flow Graphs  (unfinished)

  • Transforming Between Representations

• Transient Response

  • Vibrating Systems (no damping)

• Convolution

  • Bode Plots (Frequency Response)

• Animations

• Root Locus

  • Miscellaneous

  • Useful Series

  • Matrix Review

Bode Plot

Bode Plots Overview - Erik Cheever

Bode Plots Overview. Overview · Freq Domain · Asymptotic plots · Making Plots · Examples · BodePlotGui · Rules Table · Printable. Bode plots are a very useful ...

lpsa.swarthmore.edu/Bode/Bode.html

GUI  MATLAB Program, which allows you to plot and verify any kind of problem:     click here

>>MySys=tf(1000*[1 0],[1 10]);   %define Xfer function  >>BodePlotGui(MySys)        %Invoke GUI

Nyquist plot

The Nyquist Plot

The Nyquist Plot. Overview · Mapping · Stability · Examples · Bode · Bode Examples · NyquistGui · Printable. The Nyquist plot (one is shown in the video above) ...

lpsa.swarthmore.edu/Nyquist/Nyquist.html

GUI  MATLAB Program, which allows you to plot and verify any kind of problem:     click here

Root Locus

The Root Locus

The Root Locus. Overview · Why? Derivations · Examples · Rules Table · RLocusGui · Printable. Root Locus plots are a very useful way to predict the behavior of ...

lpsa.swarthmore.edu/Root_Locus/RootLocus.html

GUI  MATLAB Program, which allows you to plot and verify any kind of problem:     click here

>>MySys=tf(1000*[1 0],[1 10]);   %define Xfer function  >>RLocusGuiMySys)        %Invoke GUI

DIGITAL CONTROL SYSTEMS from IIT GUWAHATI

B.Tech Syllabus  SIMPLE PPTS WITH pictured examples

1. Lecture0-CourseIntroduction.pdf (234k)

2. Lecture1-Introduction.pdf(1067k)

3. Lecture10-SignalFlowGraphs.pdf(638k)

4. Lecture11-SystemStability.pdf(307k)

5. Lecture12-SteadyStateError.pdf(285k)

6. Lecture13-RootLocus.pdf(463k)

7. Lecture14-ControllerDesignviaRootLocus.pdf(654k)

8. Lecture15-PIDControl.pdf(44k)

9. Lecture16-StateSpaceAnalysisI.pdf(317k)

10. Lecture17-StateSpaceAnalysisII.pdf(106k)

11. Lecture18-StateSpaceDesign.pdf(308k)

12. Lecture19-FrequencyResponse.pdf(455k)

13. Lecture2-MathematicalReview.pdf(164k)

14. Lecture20-FurtherControlTheory.pdf(311k)

15. Lecture3-ModellingMechanicalSystemsI.pdf(330k)

16. Lecture4-ModellingMechanicalSystemsII.pdf(593k)

17. Lecture5-ModellingElectricalSystemsI.pdf(315k)

18. Lecture6-ModellingElectricalSystemsII.pdf(227k)

19. Lecture7-ModellingElectro-MechanicalSystems.pdf(330k)

20. Lecture8-TimeResponse.pdf(924k)

21. Lecture9-BlockDiagrams.pdf(259k)

BEST PPTs BY IISC PROFESSOR

Modern Control Systems, 11th Edition by Richard C. Dorf and Robert H. Bishop 

Best way to practice control questions online.

Practice Exercises: Self-pages review exercises developed to supplement chapter content and help students develop effective problem-solving strategies.

Matching: Intended to help students master new terminology introduced in the book.

True/False: Intended to ask students to think conceptually about the material presented.

Multiple/Choice: Intended to provide students with extra practice on a wide array of problems.

                                                  Click here