CONTROL TECHNIQUES FOR ELECTRIC DRIVES

CONTROL TECHNIQUES FOR ELECTRIC DRIVES:

  1. Block Diagram of Electric Drive System
  2. Closed Loop Control of DC Motor
  3. Control System Performance
  4. Controller Design Frequency Response
  5. Controller Transfer Function
  6. Correlation Between Frequency and Transient Response
  7. Design of Controllers for Linearly Varying Inputs
  8. Exponential Variation of the Input to the Controller
  9. Features of Electric Drive System
  10. Frequency Response Transfer Function
  11. Introduction Control Techniques in Electric Drives
  12. Magnitude Optimum
  13. Methods of Compensation in Control System
  14. Nyquist Criterion
  15. Phase Margin Optimum
  16. Polar Plot for Frequency Response
  17. Relative Stability from the Nyquist Plot
  18. Root Locus Plot
  19. Routh Hurwitz Criterion
  20. Signal Flow Graph of DC Motor in Electric Drive System
  21. Stability Control Drives
  22. Stability from Bode Plot of Open Loop Transfer Function
  23. Stability from Log Magnitude Angle Diagram
  24. Symmetrical Optimum
  25. Transfer Function of a Field Controlled DC Motor
  26. Transfer Function of Armature Controlled DC Motor
  27. Transient Response of Closed Loop Drive System
  28. Uncompensated Large Time Constants
  29. Ward Leonard Drive Transfer Function

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