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# Logics PET S5 - 3PMELOG6

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• #### Number of hours

• Lectures : 12.0
• Tutorials : 10.0
• Laboratory works : 0
• Projects : 0
• Internship : 0
ECTS : 2.0

### Goals

This course aims at giving the basic principles of integrated digital systems design. Their design methodology, implementation targets - more specifically programmable circuits, and architecture of digital systems are introduced.
At the end of this course, students are able to analyze and design a basic digital circuit and to understand the constraints and potentials offered by the integrated technologies.

This course is complemented by the TP Logique PET S2 (3PMETPL6) lab. This lab is required to be able to take the Logics exam.

Contact Sylvain HUET

Content

First part: Combinatinal Logic

• Representation of information
• Boolean algebra, representation of logical functions (canonical forms, methods of simplification)
• Basic arithmetic operators (encoding binary integer numbers, addition / subtraction)

Second part: Sequential Logic

• Basic components of sequential logic (flip-flops)
• Basic Circuits (counter, shift register,…)
• Synchronous state machine (graph states, Mealy and Moore models)
• Synthesis of a synchronous state machine (structure, coding states)
• Design by separation into a data path and a control part

Prerequisites

It should be noted that it is essential to have completed the logic lab (3PMETPL6) to take the logic exam.

Tests

1 exam 2h

N1=EXAM1
N2=EXAM2
EXAM1: devoir surveillé de 2 heures
EXAM2: devoir surveillé de 2 heures de rattrapage

Curriculum->F1Y-PET->Semester 5
Curriculum->1Y Core Curriculum->Semester 5

Bibliography

[1] Architectures Logicielles et Matérielles,P. Amblard and J.-C. Fernandez and F. Lagnier and F. Maraninchi and P. Sicard and Ph. Waille, Dunod, collection Sciences Sup.,2000.
[2] Electronique Numérique Intégrée, J.-. Danger and S.Guilley and P. Matherat and Y. Mathieu and L. Naviner and A. Polti and J. Provost , cours de l'ENST Paris
[3]Représentation et Synthèse des Systèmes Logiques, S.Pravossoudovitch, Ecole polytechnique Universitaire de Montpellier, 2006
[4] Bebop to the Boolean Boogie: An Unconventional Guide to Electronics Fundamentals, Components and Processes, C. Maxfield and P. Waddell, Butterworth-Heinemann, 2002

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Date of update March 6, 2019

## Version française

3 Parvis Louis Néel - CS 50257 - 38016 Grenoble Cedex 1
Tél. : +33 4 56 52 91 00