Electrical Machine
1. DC: Armature Reaction
2. Motore a scoppio
3. DC Motor
4. DC: MotorPrinciple
5. V-Connection01
6. Tran_AutoTransformer
7. TransformerVectorDiagram
8. Empty
9. Ind_Induced_Volt_Slip_Example
10. Copy of Geometric Transformations in the Coordinate Plane
11. DC: Compound Winding
12. Etc: SingleIndSimpleTwoPhaseAdd
13. Ind: Induction Motor Vector Diagram
14. Synch: Synchronization_01
15. Gen: RightHandTheory
16. Gen: LeftHandTheory
17. Etc: IndSingle
18. Etc: SingleIndTorque
19. Etc: SteppingMotor
20. Etc: PulsingFlux
21. Gen: Hysterisys03
22. Gen: Hysterisys02
23. Gen: Hysterisys01
24. Tran: TransformerNoLoad
25. Tran: TransformerVectorDiagram
26. TransformerVectorDiagram
27. Tran: TransformerLoad
28. InductionMotorRPI
29. Trans: Lentz
30. Ind: CircleDiagram
31. Ind: Induction Motor Vector Diagram
32. Ind: VelocityControl
33. Ind: TorqueSimple
34. Ind: TorqueSimple
35. Synch: Induction Relative Rotation
36. Synch: Induction Rotor Frequency
37. Synch: Parallel Connection
38. Synch: Synchronization
39. Synch: Amateur Reaction
40. Synch: PowerAngle_Motor
41. Synch: VCurve_Motor
42. Synch: VCurve_Motor_01
43. Synch: VCurve_Motor
44. Synch: E=V+IsRs Graph (Generator)
45. Synch: Rotating Flux
46. Synch: Distributed Winding
47. Synch: Short Winding
48. Synch: Generator Principle
49. DC: Self Excite
50. DC: Velocity Control
51. DC: Torque Curve
52. DC: Wave winding
53. DC: Velocity Control
54. DC Commutator
55. TransformerInducedEs
56. CTKongjuClass
57. ctutest
58. Synch: Parallel Connection
59. Synch: Power Angle Generator
60. Synch: Random VCurve Motor
61. Synch: VCurve Generator
62. Synch: Electromechanical Rotation
63. Synch: Open short experiment
64. Sync01
65. Design for a trifasic motor brushless
66. Design for a trifasic motor brushless
67. Kondenzátor a váltóáramú áramkörben - fázisviszonyok
68. Motor trifàsic asincrònic
69. Electrical Machine (Distributed Winding)
70. Single phase motor start
71. Steady state characteristics of Induction motor
72. Hysteresis
73. Flux plots and B-field distributions
74. Armature mmf waves: Sinusoidal windings
75. hysteresis0
76. Phasor diagram of synchronous machine and sinusoids
77. Potier diagram for the synchronous machine
78. Magnetic field in a wound rotor induction motor
79. Transformer voltage variation from no-load to load operation
80. Person on a Rotating Platform
81. Magnetic Induction
82. Electric Field Vectors
83. Position, Velocity, and Acceleration vs. Time Graphs
84. Simple Harmonic Motion Tutorial
85. Simple Harmonic Motion Optical Illusion
86. Caratteristica meccanica motore asincrono trifase
87. Gràfica corrent alterna
88. DibuixPlantillaMotor3B
89. DibuixPlantillaMotor3B
90. Dibuix Plantilla Rotor 3B
91. Problema TIPO motor serie corriente continua
92. Problema tipo motor derivación CC
93. Motor cc en derivación problema tipo
94. Magnetismo. Motor eléctrico.
95. Motor
96. Ejemplo motor en derivación
97. Problema tipo de motor con excitación serie
98. Motore elektrikoa
99. Motore Elettrico
100. Elektromotor
101. Rotating variables (U, I, Flux) in 2-phase AC motors
102. 3-phase vector variable in 3D space
103. Rotating variables of 3-phase AC motors
104. Alternador
105. Funktionsweise eines Gleichstrommotors
106. Sin título
107. Motor asíncrono / induction motor
108. Synchronous Generator Terminal Voltage
109. Copy of Phasor Diagram for Load Condition of Synchronized Generator
110. Phasor Diagram for Load Condition of Synchronized Generator
111. Capabilities Diagram
112. Three phase sum
113. Rotating Field
114. 3 Phase Line and Phase Voltages
115. Counter-rotating Fields
116. Three Phase Phasors
117. Ggb-SL-Machine Synchrone angle de décalage interne
118. Ggb-SL-Diagrame synchrone MS (PQ)
119. Machine synchrone à excitation constante couplée au reseau