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Introduction to Electronics Fundamentals

Do you ever sit back in surprise at the success of other people and wonder how you could become more successful? Well, simply put, there are no miracles when it comes to being successful - just a seri...

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  • English

Course Description

Do you ever sit back in surprise at the success of other people and wonder how you could become more successful? Well, simply put, there are no miracles when it comes to being successful - just a series of plans that, if put to use, will ensure you get ahead of the game. Many people believe that it is luck that determines whether a person becomes successful or not. However, its amazing how much...

Do you ever sit back in surprise at the success of other people and wonder how you could become more successful? Well, simply put, there are no miracles when it comes to being successful - just a series of plans that, if put to use, will ensure you get ahead of the game. Many people believe that it is luck that determines whether a person becomes successful or not. However, its amazing how much luckier you get the more you work your plan so perhaps luck has a far smaller part to play in success than you might think. This course is specifically designed to help you become a leadership candidate or help you become a better leader. I use simple, down to earth concepts to teach fundamental principles that all good leaders possess. I provide a ton of downloads to assist you in learning the concepts I am teaching. They will become a resource to you though out your career as a leader. When you complete the course you will know what those fundamentals are, you will be able to identify the ones you already posses and how to gain all of the fundamentals in your quest for being a good leader.

What you’ll learn
  • Fundamental concepts of Electricity (Current, Energy, Voltage, Power)
  • Most important Electronic components (Resistor, Capacitors, Diodes, etc)
  • The main laws governing currents and voltages in circuits (Ohm’s law, Kirchhoff’s laws, etc)
  • Most important Electronic components (Resistor, Capacitors, Diodes, etc)
  • Real and Digital prototyping

Covering Topics

1
Section 1 : Introduction
2
Section 2 : Circuits and Basics
3
Section 3 : Electrical and Power Electronics
4
Section 4 : Digital Prototyping
5
Section 5 : Microcontrollers and Circuits
6
Section 6 : Soldering Hands on
7
Section 7 : Conclusion

Curriculum

      Section 1 : Introduction
1
Introduction & Safety Instructions Preview
2
What is Charge? Preview
3
What is Current?
4
Types of Current
5
What is Voltage?
6
What is Resistance?
7
Types of Resistors
8
Ohm's Law
9
What is Schematics?
10
What are Conductors? | Insulators? | Semiconductors?
11
What is Capacitance? | Learn about Capacitors
12
What is Inductance? | Learn about Inductors
13
What are Diodes
      Section 2 : Circuits and Basics
14
Circuits and Types of Circuits
15
Series and Parallel Circuits
16
Kirchoff's Voltage Law
17
Kirchoff's Current Law
18
Breadboard Basics Preview
19
Voltage and Current Divider Rules
20
Voltage Divider Formula Explain
21
Voltage Divider Simulation
22
Application of Voltage Divider
23
Current Divider Rule Formula Explain
24
Current Divider Formula Part 2
25
Current Divider Rule Part 3
      Section 3 : Electrical and Power Electronics
26
Electric Power
27
Electrical vs Electronics Engineering
      Section 4 : Digital Prototyping
28
Digital Protoyping
29
Falstad Simulator Workspace Introduction
30
How to download Fritzing Software? Preview
31
Fritzing - Electronics Prototyping First Look
      Section 5 : Microcontrollers and Circuits
32
What are Processors and Controllers? | Learn about MPU and MCU
33
Raspberry Pi Introduction
34
Arduino and Breadboard Connection | Blink example
35
Buzzer Circuits Basics
36
Play around with Buzzer
37
Creating a simple fan using a DC Motor
38
Controlling the DC Motor | L293D IC Chip introduction
39
Servo Motor Hands on Programming
40
What are Control Systems?
      Section 6 : Soldering Hands on
41
What is Soldering?
42
Soldering Components Introduction
43
Soldering in Action
      Section 7 : Conclusion
44
Conclusion

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