Digital Electronics Course

Course objectives:

1. Understanding the Basics of Digital Electronics:
   • Learn the basic principles that distinguish digital electronics from analog..
2. Dealing with digital components:
   • Learn about logic gates and different digital components..
3. Digital Circuit Design and Analysis:
   • Learn how to design and analyze simple and complex digital circuits..
4. Understanding counting and coding systems:
   • Study of different number systems (binary, octal, decimal, hexadecimal).
5. Working on practical applications:
   • Implementing practical projects to apply digital concepts.

Course content in detail:

1. Introduction to Digital Electronics:

• Difference between analog and digital electronics.
• Everyday applications of digital electronics.

2. Counting and coding systems:

• Binary system(Binary):How to represent numbers in binary.
• Switch between systems:Convert numbers between binary, decimal and hexadecimal.
• digital coding:ASCII and BCD encoding.

3. Logic gates:

• Main Gateways:AND, OR, NOT.
• Derivative gates:NAND, NOR, XOR, XNOR.
• truth tables:How to make truth tables for gates.
• Practical applications:Using logic gates in circuit design.

4. Boolean Algebra and Circuit Design:

• Boolean algebra:Boolean algebra rules and how to simplify equations.
• Karnaugh diagrams(Karnaugh Maps):Use Karnaugh diagrams to simplify digital circuits.
• Circuit design:Steps to design digital circuits using logic gates.

5. Sequential circuits:

• Flip-Flops:Flip-Flops types like SR, D, JK, T.
• Counters and recorders:Design of digital meters and data loggers.
• Applications:How to use sequential circuits in applications such as digital clock.

6. Harmonic circuits:

• Complexes(Adders) and Comparators:
  • Semi-complete complex design(Half Adder) and Full Adder.
• Generators and circuit encoders:
  • Design of generators and circuit encoders for various applications..

7. Practical applications and projects:

• Practical projects:Design and implement projects such as digital meter systems or simple microcontrollers.
• Circuit testing and analysis:How to use tools such as software simulation to analyze digital circuits.

Target groups:

• Engineering and Electronics Students:Those who wish to deepen their knowledge in digital electronics.
• Engineers and Technicians:Those working in the field of digital systems design.
• Hobbyists and programmers:Those interested in learning the basics of digital electronics to develop their projects.