AEL-AI13 Electrotechnics Application (RLC Circuits, Electrostatics, Motors, Transformers, Lighting)

ELECTROTECHNICS APPLICATION (RLC CIRCUITS, ELECTROSTATICS, MOTORS, TRANSFORMERS, LIGHTING) - AEL-AI13

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The Electrotechnics Application (RLC Circuits, Electrostatics, Motors, Transformers, Lighting), "AEL-AI13", designed by EDIBON to study the basic knowledge about electric engineering.

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General Description

The Electrotechnics Application (RLC Circuits, Electrostatics, Motors, Transformers, Lighting), "AEL-AI13", designed by EDIBON to study the basic knowledge about electric engineering.

The application teaches the student several topics like electric circuits, static electricity, magnetism, electromagnetism, electromagnetic induction, electric capacity, dynamic electricity, lightning, motors, transformers, rectification and filtrate and electric circuits of application.

Once the user realizes all practical exercises, he must be able to do association of different loads, logic control circuits, rectification circuits, commissioning motors and transformers. Besides, the user gets wide knowledge in all this fields with the aid of the included manual with all necessary theory.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Checking the operation of the Industrial Main Power Supply (N-ALI01).
  2. Checking the operation of the Auxiliary Power Supply (N-ALI10).
  3. Electrostatic demonstration on several materials.
  4. Verification of the electrotechnic effects with Acetate.
  5. Verification of the electrotechnic effects with Rabbit fur.
  6. Verification of the sign of the charge with the Electroscope.
  7. Resistance measurement.
  8. Resistors in series association.
  9. Resistors in parallel association.
  10. Coils in series association.
  11. Coils in parallel association.
  12. Star/delta transformation.
  13. Delta/star transformation.
  14. Capacity measurement of a capacitor.
  15. Capacitors series association.
  16. Capacitors parallel association.
  17. Analysis of the charge of a capacitor.
  18. Analysis of the discharge of a capacitor.
  19. Calculation of the time constant of discharge of the capacitor.
  20. Wiring and put into operation of a Single-Phase Motor.
  21. Wiring and put into operation of a Universal Motor.
  22. Wiring and put into operation of a Squirrel-Cage Three-Phase Motor.
  23. Electric energy into mechanic energy conversion.
  24. Mechanic energy into electric energy conversion.
  25. Electric energy into magnetic energy conversion.
  26. Magnetic induction: Lenz´s Law.
  27. Assembling the transformer.
  28. Analysis of a Back Transformer.
  29. Wiring of a Back Transformer.
  30. Verification of the transformer ratio of a Back Transformer.
  31. Analysis of a Boost Transformer.
  32. Wiring of a Boost Transformer.
  33. Verification of the transformer ratio of a Boost Transformer.
  34. Analysis of an Auto-Transformer.
  35. Wiring of an Auto-Transformer.
  36. Connection as single-phase transformer.
  37. Direct delta/delta three-phase connection.
  38. Star/delta three-phase connection.
  39. Delta /star three-phase connection.
  40. Three-phase/six-phase connection.
  41. Transformer with coils in series in phase.
  42. Calculation of the time constant in different configurations of RLC circuits.
  43. Analysis of a RL circuit in series.
  44. Analysis of a RL circuit in parallel.
  45. Analysis of a RC circuit in series.
  46. Analysis of a RC circuit in parallel.
  47. Analysis of a RCL circuit in series.
  48. Low-pass filter.
  49. High-pass filter.
  50. Lamp controlled by a switch and a push button.
  51. Lamp controlled from two points.
  52. Lamp controlled from three points.
  53. Lamp controlled by relays.
  54. Verification of the electrotechnic effects into an acoustic circuit.
  55. Verification of the electrotechnic effects into a fluorescent tube.

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