Outline

Syllabus (in French)

• Introduction to digital systems

  • Concept of digital signals

  • Digitization

  • Number systems and Binary numbers

• • Logic Gates, Truth Table and Boolean Algebra 

• Combinational Logic

  • Canonical Forms

  • Minterms (SOP) and Maxterms (POS)

  • Karnaugh Maps

  • Arithmetic Circuits and Combinational Logic Circuits 

• Special circuits

  • Astables

  • Displays

• Sequential Logic

  • Latches and flip flops

  • Clocks, Asynchronous and Synchronous Circuits

• Aplications

  • Registers

  • Counters

  • Digital systems with actuators

  • Programmable devices

Resources

General course instructions and guidelines

Syllabus (in French)

Logbook

Full material

Lectures

• Lecture 0: Motivation and course presentation

  • Slides
    
    

• Lecture 1: Introduction to digital systems

  • Slides

  • Lecture notes

  • Recommended readings:

    • DIGITAL TO ANALOGUE CONVERTER R/2R FOUR BIT TRAINER
      
      

• Lecture 2: Number systems and logic gates

  • Slides

  • Lecture notes

  • Recommended reading: 

    • Textbook [1] (Link): Chp. 1 and 2. Problems: Pages 35 to 38, 56 to 58
      
      

• Lecture 3: Combinational logic

  • Slides

  • Recommended reading: 

    • Textbook [1] (Link): Chp. 3 and 4. Problems: Pages 91 to 93, 118 to 122 

  • Assignment 1: Combinational logic
    
    

• Lecture 4: Sequential logic

  • Slides

  • Lecture notes

  • Additional material

    • Latches and flip-flops 

    • Gated latch S-R

    • Sequence detector example (logisim simulation)

  • Notebooks:

    • Sequence detector diagram
      
      

• Extra lecture: Starting with ESP32

  • Slides

  • Examples:

    • Blinking led

    • Digital gates

Assignments

Assignment 1: Combinational logic

Additional assignment - Midterm exam

Assignment 2: Sequential logic