Electronics Lab

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1.1 The Dark Truth

1.2 Importance of Electricity

1.3 Fundamentals of Energy

1.4 The Electricity Journey

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2.1 Introduction to Electric Circuits

2.2 Conductors and Insulators

2.3 Scientific Simulation

2.4 Types of Electricity

2.5 DC vs. AC

AC Circuit Simulation

2.6 Electric Power Conversion

2.7 Project Introduction

2.8 Project Components

2.9 Project Connection

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3.1 Breadboard vs. PCB

3.2 Breadboard Layout

3.3 Resistor Color Code

3.4 Semiconductors

3.5 Project Simulation

3.6 Project Components

3.7 Project Connection

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4.4 Protective Devices

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5.1 Series and Parallel Connections

Series and Parallel Simulation

5.2 Applications of Series and Parallel (1)

5.3 Applications of Series and Parallel (2)

5.4 Equivalent Resistance

5.5 Equivalent Resistance Examples

5.6 Project: Series and Parallel Circuits

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6.1 Decimal and Binary Number System

6.2 Hexadecimal Number System

6.3 Basic Logic Gates

6.4 Logic Gates Applications and Examples

6.5 Universal Logic Gates

6.6 Project: Basic Logic Gates

Logic Gates Simulation

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1.1 Introduction to Arduino

1.2.Microcontroller&Microprocessor

1.2.Arduino Installation

1.3.Discover Arduino IDE

1.5.Discover Mblock

1.4.First Code

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2.4 Improving & for loop

2.5 Improving & for loop part two

2.3.Digital vs analog

2.9.Dancing LEDs with timer

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3.1. Introduction

3.3 code and if condition

3.2 Simulation

3.3.practical

3.4.Controlling LED with mobile

3.5 Controlling LEDs

3.4 Toggle

3.6.practical

3.7.Switch between LEDs with push button

3.7.Practical

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4.1 Serial Monitor

4.2.Data and Variables

4.3.Simulation and mix

4.4.Serial monitor as input

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5.1.Discover segment display

5.2.Connecting seven segment to circuit

5.4.practical time

5.4.practical

5.5.control the display with push button

5.5.practical time 2

5.6.practical time 3

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6.1.analog pins reading

6.2.connecting potentiometer to circuit

6.3.printing variable readings of analog pins

6.4.practical

6.5.controlling seven segments with potentiometer

6.6. using map function

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1.1 Basic of Magnetism

1.2 Types of Magnets

1.3 Magnetic Circuit

1.4 Applications of Magnetism

1.5 Maglev technology

1.6 Faraday’s law

1.7 Applications on Faraday’s law

1.8 Project (1): Simple Electromagnet

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2.1 DC motor definition and working principle

2.2 DC motor main parts and direction of rotation

2.3 Gears function and DC geared Motors

2.4 DC Motor Speed Control

2.5 Project components (1): Potentiometer

2.6 Voltage Divider

2.7 Transistors (Definition and Operation)

2.8 Transistors (Importance and Moore’s law)

2.9 Project: DC Motor Speed Control

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3.1 What’s the difference between Analog and digital?

3.2 Brainstorming Questions

3.3 Digital transformation

3.4 ADC & DAC

3.5 Project (1): Connection and Discussions

3.6 Project (2): Morse Code

3.7 Become a Morse code expert

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4.1 RGB Intro and key concepts

4.2 RGB Colour Model (Colour Saturations & Examples)

4.3 Image resolution

4.4 The Evolution of Image resolution (HD TV)

4.5 Pixel Density and Cameras Evolution

4.6 Project (6): RGB LED Circuit

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5.1 Sensors (Introduction and brief definition)

5.2 Sensors vs. Human Senses

5.3 The importance of sensors (Part 1)

5.4 The importance of sensors (Part 2)

5.5 Smartphones sensors and Knowledge sharing

5.6 Project (7): LDR light sensor

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1.2. Different display systems

1.3. Seven segment LEDS and Pins

1.4. Colors and LEDS indexing

1.5. seven segments with decoder

1.6. Practical seven segment circuit

1.7. Practical seven segment circuit with decoder

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2.1. Display manual counter

2.2. What is IC?

2.3. IC 4026

2.4. Automatic and Manual

2.5. Timer IC 555

2.6 Practical manual counter

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