shamlou, Jun 5, 2017

• 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