Electronics Basics Course

Course objectives:

1. Understand the basic principles of electronics:
   • Understand basic concepts such as current, voltage, and resistance..
2. Handling electronic components:
   • Understand the role of components such as resistors, capacitors, diodes, and transistors..
3. simple circuit design:
   • Learn how to assemble and design simple electronic circuits..
4. Reading electronic diagrams:
   • Learn how to read and understand different electronic schematics..
5. Use of measuring tools:
   • Training on the use of measuring devices such as multimeters and oscilloscopes..

Electronics Basics Course: Detailed Content Explanation

1. Introduction to Electronics:

• Definition of electronics:Explain the scientific foundations of electronics and the difference between electricity and electronics.
• Electric current:The concept of electric current, its units, and types (direct current and alternating current).
• Electrical voltage:Definition of voltage and how to measure it, with practical examples.
• electrical resistance:Understand the concept of resistance, its units of measurement, and how it affects current.

2. Basic Laws:

• Ohm’s law:Explain the relationship between current, voltage, and resistance with practical applications.
• Kirchhoff’s laws:
  • voltage law(KVL): Use in circuit analysis.
  • Current law(KCL): Understanding current distribution in circuits.
• Electrical energy:Power consumption calculations in circuits.

3. Basic electronic components:

• Resistors(Resistors):Its types, how to read it and use it in circuits.
• Capacitors(Capacitors):Its functions, types, and practical applications.
• Diodes(Diodes):How it works, its types, and its role in electric steering.
• Transistors(Transistors):Their types (BJT and MOSFET), and how to use them as switches and amplifiers.

4. Analog and digital circuits:

• Analog circuits:How it works, examples such as amplifier circuits.
• Digital circuits:Learn about basic logic gates (AND, OR, NOT) and their applications in digital circuits.

5. Circuit design and installation:

• Initial planning:How to draw electronic schematics using component symbols.
• Circuit assembly:Steps for assembling circuits on breadboards.
• Practical project:Design a simple circuit such as an LED light operated by a switch.

6. Electrical Safety:

• Safety principles:The importance of taking safety measures when working with circuits.
• Practical precautions:How to handle electrical appliances and tools to avoid accidents.

7. Use of measuring tools:

• Multimeter(Multimeter):How to use it to measure voltage, current, and resistance.
• Oscilloscope(Oscilloscope):Use it to monitor electrical signals and understand waveforms.

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Target group:

• Those interested in entering the field of electronics.
• Engineering and Electronics Students.
• Hobbyists who want to develop their knowledge of electronics.