# 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: