Combinational and sequential logic

Preface

This document synthesizes the key concepts of combinational and sequential logic, with direct applications in digital engineering. It aims to make complex notions accessible through a visual and pragmatic approach, while preparing students for the challenges of modern automated systems.

This course handbook is designed to support students in their learning of the combinational and Sequential Logic module, a fundamental discipline in digital electronics and automation.

In the digital age, where embedded systems and intelligent architectures dominate technological advancements, mastering logic circuits has become essential. Whether in processor design, industrial control systems, or smart devices, the principles of combinational and sequential logic form their foundation.

Target Audience:

Electrical and electromechanical students (2nd year state engineering).

Handbook Objectives

  • Understand the theoretical foundations of logic circuits and their behavior

  • Analyze and design combinational systems (logic gates, multiplexers, decoders, etc.)

  • Master sequential circuits (flip-flops, registers, state machines) and their  synchronization

  • Apply this knowledge through practical exercises and case studies

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