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Learn Electrical Basics from Scratch

Name: Learn Electrical Basics from Scratch
Price: 124.99 USD
Availability: InStock

About this course

In this course, all participants will learn Electrical Engineering basics from scratch. The concepts covered in the course is as follows and All notes of the points available here1. Magnets2. Magnetic Field3. Magnetic flux4. Magnetic flux density5. Magnetic field strength6. Permeability7. MMF8. Comparison between magnetic and electric circuits9. Types of Magnetic Circuits10. Faraday's Laws of Electromagnetic induction11. Types of induced EMF12.Magnetization curve13. Hysteresis loop14. Differentiate between AC and DC15. What is amplitude?16. What is instantaneous value?17. Cycle18. Frequency19. Time Period 20. Angular Velocity21. RMS Value22. Average Value23. Form factor 24. Peak factor25. concept of Phase angle and Phase Difference 26. Concept of Lagging and Leading phase difference27. Concept of impedance and reactance28. Numericals on AC Fundamentals29. Circuit Contains only one Passive component30. Circuits Contain two Passive components connected in series31. Solved numerical on the types of circuits32. 3 Phase circuits33. Star connections34. Delta connections35.Solved numerical on 3 phase circuits36. Types of Transformer37. Principle of operation of the transformer38.  Voltage regulation of transformer39. different ratio's in transformer40. Autotransformer41. Losses in the transformer42. DC Motor43. Construction of DC Motor44. Working of DC Motor45. Types of DC Motor46. Construction of Single phase induction motor47. Working of Single phase induction motor48. Types of single-phase induction motor49. Universal motor50. Stepper motor51. Fuse52. Types of Fuse53. MCB54. MCCB55. ELCB56. Earthing 57. Types of earth

69/100

CourseAsk score

What the provider tells you: 45/45
Who stands behind it: 8/35
How complete the listing is: 16/20

Scores how much the provider publishes and who stands behind it — not how well it is taught.

What you'll learn

understand the fundamental concepts of magnetic fields and circuits
differentiate between AC and DC systems
perform calculations related to electrical circuits
explain the operation of different types of motors and transformers

Course objectives

equip students with foundational knowledge in electrical engineering
prepare students to tackle basic electrical engineering problems
introduce practical applications of electrical principles

Electrical Engineering #transformers #motors #circuit analysis #electrical engineering #ac circuits #numerical analysis #impedance #voltage regulation #magnetic fields #DC circuits #frequency #reactance #phase angle #hysteresis #Faraday's laws

$124.99

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