The Theory Behind Electronics - A Beginners Guide

Idan Gabrieli

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62 Lessons (3h 52m)
    • 1. Course Introduction

      3:33
    • 2. Software Setup

      1:47
    • 3. Current, Voltage and Power - Starting with the basics !

      1:07
    • 4. Atoms and Electric Charge (OMG?!)

      5:58
    • 5. Electric Current

      4:38
    • 6. Voltage

      3:56
    • 7. Power

      7:14
    • 8. Summary - Current, Voltage, Power

      4:38
    • 9. AC/DC - Two best friends ?

      0:49
    • 10. Direct Current (DC)

      2:14
    • 11. Alternate Current (AC)

      3:30
    • 12. The War of Currents

      3:29
    • 13. AC Wave-forms

      1:38
    • 14. AC Socket - Hot, Neutral, and Ground

      3:51
    • 15. Measuring Power and Voltage in AC

      2:49
    • 16. Summary - AC and DC

      5:00
    • 17. (Join the) Resistance

      1:01
    • 18. What is Resistance ?

      3:59
    • 19. Resistors

      6:36
    • 20. Color Codes

      1:42
    • 21. Variable Resistors

      1:36
    • 22. Circuit Simulation - Fixed and Variable Resistors

      6:17
    • 23. Circuit Simulation - Measuring Current and Voltage

      6:17
    • 24. Summary - Resistance

      3:29
    • 25. Capacitance - Storing electrical energy for a while….

      0:43
    • 26. What is Capacitance ?

      0:47
    • 27. Capacitors

      1:19
    • 28. Charge and Discharge

      5:25
    • 29. RC - Time Constant

      3:55
    • 30. Types of Capacitors

      6:26
    • 31. Application

      9:36
    • 32. Circuit Simulation - Store and Release Energy with Capacitors

      4:45
    • 33. Summary - Capacitance

      3:55
    • 34. Inductance - Let the force be with you

      0:53
    • 35. Electromagnetism - almost like magic...

      3:40
    • 36. Steady Current and Coiled Wire

      4:19
    • 37. Time Varying Current

      1:58
    • 38. Self Inductance

      5:27
    • 39. Inductance and Inductors

      1:45
    • 40. RL - Time Constant

      2:55
    • 41. Mutual Inductance

      4:57
    • 42. Transformer

      1:02
    • 43. AC Generator and Electric Motor

      2:57
    • 44. Circuit Simulation - Self-Inductance with Inductors

      5:27
    • 45. Summary - Inductance

      5:48
    • 46. Semi-Conductors - What’s the big deal

      0:24
    • 47. What is Semi-Conductor ?

      4:03
    • 48. Diode

      2:26
    • 49. Transistor

      8:20
    • 50. Circuit Simulation - Transistor as Digital Switch

      5:41
    • 51. Circuit Simulation - Transistor as Digital Logic

      2:59
    • 52. Circuit Simulation - Transistor as Current Amplifier

      2:32
    • 53. Summary - Semi-Conductor

      4:51
    • 54. Basic Laws of Electric Circuits - It is NOT a rocket science…

      1:10
    • 55. Circuit Topology

      3:59
    • 56. R,L,C in Series and Parallel

      5:07
    • 57. Ohm’s Law - V, I, R

      4:38
    • 58. Kirchhoff’s Laws - Junction (KCL)

      3:25
    • 59. Kirchhoff’s Laws - Closed Loop (KVL)

      4:10
    • 60. Summary - Basic Laws of Electric Circuits

      5:14
    • 61. Course Summary

      6:06
    • 62. What Next...

      1:42
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Project Description

In this course, we are going to learn the basic theory behind electronics. Your project is to develop a mind-mapping summary of the subjects discussed during the course. In addition, feel free to add new knowledge & ideas to your mind-mapping map.

Please review the following simple steps:

1. Download and install XMIND software

2. Open a new empty map and write in the middle "The Theory Behind Electronics". This is the subject of the course.

3. As you learn new subjects during this course, please update your mind-mapping.

At the end, please upload and share your mind-mapping file.

Student Projects