Table of Contents

1. BASIC
   1. Internal Resistance
   2. Phasor Diagram and Sinusoidal Waveforms
   3. Amplitude, period and phase of trigonometric function
   4. Voltage, currents and powers waveforms in series RC load
   5. Power Triangle
   6. Die Wechselstromleistung
   7. Ampere's Law
   8. Магнитный поток и возникновение индукционного тока по правилу Ленца
   9. Faraday's Law
   10. Motional emf
   11. Magnetic Induction
   12. Elektromagnetska indukcija - primjer
   13. Fleming's left hand rule
   14. Force on a current in a B field
   15. Gen: RightHandTheory
   16. Gen: LeftHandTheory
   17. 3D Magnetic field from magnet
   18. le triphasé
   19. Driven RLC Circuit Using Phasors
   20. Series LRC Circuit
   21. Driven RLC Circuit Using Phasors
   22. Force on Current-Carrying Wire in a Magnetic Field
   23. Definición de amperio
   24. PLC Kompensation
   25. Blindleistungskompensation
   26. amélioration du facteur de puissance
   27. Aronschaltung
   28. Electric Field Vector Field
2. MAGNETIC CIRCUIT
   1. analogia tra circuito elettrico e magnetico/analogy between electric circuit and magnetic circuit
   2. Simple DC magnetic circuit with air gap
   3. Simple AC magnetic circuit with air gap
   4. Simple PM magnetic circuit with air gap
   5. 43 Hysteresis loops
   6. Corrente a vuoto del trasformatore
   7. Magnetization current and components
   8. Gen: Hysterisys01
   9. Gen: Hysterisys02
   10. Hysteresis
3. TRANSFORMERS
   1. AC Transformer
   2. Impedance Matching With a Transformer
   3. T článek
   4. Real Transformer phasor diagram
   5. Transformer voltage variation from no-load to load operation
   6. Transformer Kapp diagram
   7. Kapp Regulation diagram
   8. Grupe de conexiuni la transformatoare electrice
   9. Transformer Connections
   10. trasformatore trifase - schemi collegamento avvolgimenti - 230406>3747
   11. Scottův transformátor
   12. Comutator de ploturi
4. ELECTROMECHANICAL ENERGY CONVERSION
   1. 49 Electromechanical actuator
   2. 50 Moving coil actuator
   3. Reluctance torque
5. GENERAL PART OD ELECTRICAL MACHINES
   1. 01 Forces and fields in a current-carrying conductor
   2. 03 Developed view of the induction motor
   3. 25a Sinusoidal windings in ac machines
   4. 25b Sinusoidal windings in ac machines
   5. 26 Magnetic field distributions in a 3-phase ac machine
   6. 27a Concentrated windings
   7. 27b Distributed windings
   8. MMF of a single phase winding
   9. Single/three-phase winding mmf
   10. 3phase winding mmf
   11. Synch: Short Winding
   12. Synch: Distributed Winding
   13. Electrical Machine (Distributed Winding)
   14. Vector construction of winding factor
   15. cinitel vinuti
   16. 27c Sinusoidal windings
   17. 27d 3-phase windings
   18. 28a mmf space distributions in a 3-phase ac machine
   19. 29 Air gap flux plots and B-field distributions
   20. 30 Periodic functions
   21. 31a Space vectors in 3-phase ac systems
   22. 31b Space vectors in 3-phase ac systems
   23. 32 Unbalanced 3-phase sinusoidal signals
   24. Armature mmf waves: Sinusoidal windings
   25. Symmetrical Components Animation
   26. Rotating Magnetic Field
   27. Rotating magnetic field - Double revolving field theory
   28. Rotating magnetic field - Fortescue symmetrical components
   29. Fortescue symmetrical components
   30. Double Revolving Field Theory
   31. Etc: PulsingFlux
   32. Synch: Rotating Flux
   33. Symmetrische Komponenten im Dreiphasensystem
6. DC MACHINES
   1. DC Motor 2D
   2. DC Motor 3D
   3. DC Motor
   4. DC: GeneratorPrinciple
   5. DC: MotorPrinciple
   6. DC Machine Separately Excited
   7. DC Machine Parallel excited
   8. DC Motor Series Excited
   9. DC: Armature Reaction
   10. Campo magnético producido por una corriente y motor eléctrico
   11. DC: Wave winding
   12. DC: Compound Winding
   13. DC motor winding
   14. DC: Self Excite
   15. DC generator separat. exited - Load curve u=f(j), i=const.
   16. DC generator separat. exited - External curve u=f(i) j=const
   17. DC generator separat. exited - Regul. curve j=f(i) u=const
   18. DC generator series exited - External curve u=f(i) j=i
   19. DC motor series exited
   20. DC generator separat. exited - S. C. curve i=f(j) u=0
   21. DC generator with compound excitation - External curve
   22. DC motor separate exited
   23. DC generator shunt exited - External curve u=f(i) j=const
   24. 45 DC machine
7. ASYNHRONOUS MACHINES
   1. INDUCTION MACHINE: Field space distribution
   2. Cópia de Synch: Induction Relative Rotation
   3. 28b mmf space distributions in a 3-phase ac machine
   4. Rotating Magnetic Field in the Stator of a 3-Phase Machine
   5. Rotating Magnetic Field
   6. Drehfeld einer Asynchronmaschine
   7. IM mechanical characteristic
   8. Machine asynchrone Caractéristique
   9. IM circle diagrame
   10. Heyland-Kreis einer Asynchronmaschine
   11. Circle (Heyland) Diagram of ASM - Kruhový diagram asynchronního motoru
   12. Magnetic field in a wound rotor induction motor
   13. IM Kloss Equation
   14. IM circle diagrame 2
   15. IM 12wire low/hight voltage wye/delta conection
   16. 04 Steady-state characteristics of the induction machine
   17. 05 Equivalent circuit of the induction machine
   18. 06 Moving phasor diagrams of the induction machine
   19. 07 Torque-speed characteristics of the induction machine
   20. 08a Moving current phasors of the induction machine
   21. 08b Moving current phasors of the induction machine
   22. 09 Volts per Herz speed control of the induction machine
   23. 10 Quick view of induction machine characteristics
   24. 51 Static characteristics of a doubly-fed induction generator
   25. 3-phase stator winding with a 3-phase current: current layer and mmf wave
   26. 3-phase rotor winding with a 3-phase current: current layer and mmf wave
   27. Field and Current Layers in a doubly fed slip-ring asynchronous machine
   28. 02 Principle of operation of the induction machine
8. SYNHRONOUS MACHINES
   1. AC Generator 2D
   2. AC Generator 3D
   3. Synchronous Generator
   4. Drehstromgenerator
   5. Copy of Phasor Diagram for Load Condition of Synchronized Generator
   6. Synchronous Generator Terminal Voltage
   7. Synchronous generator cylindrical rotor - vector diagram
   8. Synchronous generator salient pole - vector diagram
   9. Synchronous motor cylindrical rotor - vector diagram
   10. Synchronous motor salient pole - vector diagram
   11. Synchronous Machine Phasor Diagram
   12. Blondel diagram
   13. Potier diagram for the synchronous machine
   14. Synchronous machine - Potier diagram
   15. Synchronous machine - Swedish diagram
   16. Synchronous machine - American diagram
   17. Synchroscope
   18. Generator Paralleling Simulator
   19. Synch: Induction Relative Rotation
   20. Synchronous generator - drop voltage
   21. Synchronous machine - PQ diagram TG with slider
   22. Synchronous machine - PQ diagram HG
   23. Ggb-SL-Diagrame synchrone MS (PQ)
   24. Ggb-SL-Diagrame synchrone MS
   25. Synchronous machines cylindrical rotor P and Q
   26. Synchronous machines salient rotor P and Q
   27. 13 Steady-state operating characteristics of a round-rotor synchronous machine
   28. 16 Steady-state charateristics of a salient-pole synchronous machine
   29. V curves of synchronous machines
   30. Short circuit of synchronous machines
   31. Copia de Short circuit
   32. 22 Armature short-circuit current of a synchronous machine
   33. 14 Steady-state characteristics of a synchronous generator (compounding curves)
   34. 15 Steady-state characteristics of a synchronous generator (capability curves)
   35. 17 Phasor diagrams of a salient-pole synchronous machine
   36. 18a Phasor diagrams of the synchronous motor
   37. 18b Phasor diagrams of the synchronous motor
   38. 19 V-curves of a salient-pole synchronous motor
   39. 20 Alternator voltage generation
   40. 21 Transient stability of a synchronous machine
   41. Parallel Generators Droop Curves
   42. Synchronous machine - Synchronization
   43. 52a Synchronization
   44. 52b Synchronization
   45. pascal
9. SPECIAL ELECTRICAL MACHINES
   1. IM q=1 or q=2 Mechanical characteristics
   2. Etc: SingleIndTorque
   3. 47a Single-phase capacitor motor
   4. 47b Single-phase capacitor motor
   5. 48 Brushless dc motor
   6. 24 Switched-reluctance motor
   7. Le moteur Brushless
   8. Current of main and auxiliary windings in single-phase motor
   9. Universal motor
   10. IM Schrage motor
   11. SteppingMotor
10. GENERAL THEORY OF ELECTRICAL MACHINES
    1. Clarke en Park transformaties (in 2D)
    2. Space Vectors And Clarke-Park Transformations
    3. 37 dq windings in ac machines
    4. 38 dq current space vector components
    5. 39 ab-dq transformations
    6. 40 Space vectors: Matrix formulation
    7. 41 Space vectors: Geometric view
    8. 42 Space vectors: dq transformations
    9. Clarke Transform
    10. Vector Control PMSM
    11. Fortescue's Theorem
    12. Rotating magnetic field - Double revolving field theory
    13. Fortescue symmetrical components
    14. Rotating magnetic field - Fortescue symmetrical components
    15. Rotating magnetic field - advanced
    16. Double Revolving Field Theory
11. ELECTRIC DRIVES
    1. DC motor separate exited
    2. DC motor series exited
    3. IM mechanical characteristic
    4. IM Kloss Equation
    5. Duty types IEC 60034-1
    6. Motor Efficiency plot T=f(w)
    7. Motor Efficiency plots eta=f(P)
    8. 11a Induction motor starting (static)
    9. 11b Induction motor starting (static)
    10. 12 Line start of an induction motor (dynamic)
    11. 23 Dynamic stability of a synchronous motor
    12. 34 Switching table for direct torque control of ac drives
    13. 35a Pulse-width modulation
    14. 46 Cascade positional control of a dc motor
    15. 53 Coupled-circuit dynamic model of the induction machine
    16. Three-phase half-wave uncontrolled rectifier with RL load
    17. 33a Three-phase inverter
    18. 33b Three-phase inverter
    19. Field and Current Layers in a doubly fed slip-ring asynchronous machine
    20. Moteur à courant continu
    21. Hachage PWM (constante)
    22. Sinus-PWM
    23. Hachage PWM
    24. Unipolar pulse width modulation
12. AUTOMATION
    1. Codeur incrémental
    2. Codeur incrémental (décodage)
    3. Encoder
13. ELECTROMAGNETISM
    1. Divergence and Curl of 2D vector field
    2. Vector Fields, Divergence and Curl, and Flux and Circulation Integrals (robphy)
    3. Plotters of the electric field of point charges
    4. Chapter-45: Curl detector
    5. Stokes' Theorem
    6. Electromagnetic Waves
14. INTERESTING
    1. Copy of Lissajous 1: perpendicular waves, same source (2).
    2. Lissajous 3D-Kurve
    3. Vernier Caliper (robphy)
    4. Drawing a Cat with epicycles
    5. Discrete Fourier Transform: GeoGebra logo
    6. 36a Fourier analysis of a pulse wave
    7. 36b Fourier analysis of a pulse wave
    8. 36c Fourier analysis of a pulse wave
    9. 36d Fourier analysis of a pulse wave
    10. Aronschaltung
    11. Bode 1er ordre
    12. Laplace-Transformation
    13. Taylor Polynomials and Convergence
    14. Visualizing Partial Derivatives
    15. I-V Curve of a Solar Cell