ANIMATION OF ELECTRIC MACHINES:

Axial views, characteristics, space vectors, magnetic fields.

1. RL circuit step transient response 2. RL circuit sinusoidal response
3. Fourier analysis of a pulse wave 4. Fourier analysis of a 6-step wave
5.RLC circuit phasor representation 6. Hysteresis loops
7. Three-phase inverter (view 1) 8. Three-phase inverter (view 2)
9. DC pulse-width modulation 10. Sinusoidal pulse-width modulation
11. Electromechanical actuator 12. Moving coil actuator
13. MKD transient response 14. RLC circuit transient response
15. Concentrated stator winding 16. Distributed stator windings
17. Sinusoidal stator windings 18. Three-phase windings
19. Single-phase sinusoidal windings (dc) 20. Single-phase sinusoidal windings (ac)
21. Air gap flux plots and B-field distributions 22. Sinusoidal windings in ac machines
23. Three-phase field space distribution 24. MMF space distributions in a 3-phase ac machine
25. dq windings in ac machines 26. dq current space vector components
27. Space vectors: dq transformations 28. ab-dq transformations
29. Space vectors: Matrix formulation 30. Space vectors: Geometric view
31. Space vectors in 3-phase ac system (view a) 32. Space vectors in 3-phase ac systems (view b)
33. Unbalanced 3-phase sinusoidal signals 34. Forces and fields in a current-carrying conductor
35. Periodic functions 36. A collection of plane curves
37. DC machine 38. DC machine: Commutator action
39. DC motor transients 40. C-core flux plots
41. Steady-state characteristics of a dc motor 42. Cascade positional control of a dc motor
43. Principle of operation of the induction machine 44. Developed view of the induction motor
45. Steady-state characteristics of the induction machine 46. Torque-speed curves of the induction machine
47. Volts-per-Herz speed control of the induction machine 48. Moving current phasors of the induction machine
49. Quick view of induction machine characteristics 50. Equivalent circuit of the induction machine
51. Induction motor starting (static) 52. Line start of an induction motor (dynamic)
53. Alternator voltage generation 54. V-curves of a salient-pole synchronous motor
55. Operating characteristics of a round-rotor synchronous machine 56. Brushless dc motor
57. Steady-state charateristics of a salient-pole synchronous machine 58. Complex power delivered by a synchronous machine
59. Synchronous motor V-curves 60. Synchronous motor power-angle curves
61. Synchronous generator compounding curves 62. Synchronous generator capability curves
63. Phasor diagrams of a salient-pole synchronous machine 64. Armature short-circuit current of a synchronous machine
65. Transient stability of a synchronous machine 66. Dynamic stability of a synchronous motor
67. Single-phase capacitor motor 68. Switched-reluctance motor
69. Static characteristics of a doubly-fed induction generator 70. Switching table for direct torque control of ac drives
71. Synchronization 72.
73. Coupled-circuit dynamic model of the induction machine 74. Electric machine models
75. Geometric solutions of algebraic equations 76. Still images

 

 

M. Riaz