EU Digital electronics - 3PUEELNU

Goal(s)

Part 1
Acquire the basic concepts of digital circuit design:

• information representation,
• combinational circuits
• sequential circuits,
• state machines,
• design by separating the control part from the operational part.

Part 2

• Understanding the need for hardware system modeling
• Concepts that characterize a hardware description language
• System Verilog semantics for synthesis

Content(s)

• Part 1*
• Representation of information in digital machines (natural/relative integers, real numbers, other encodings)
• Combinational circuits (Boolean algebra, representation and simplification of Boolean functions, fundamental combinational circuits: multiplexers, arithmetic circuits, etc.)
• Sequential circuits (general architecture, basic components and fundamental circuits: counters, shift registers, etc.)
• Synchronous state machine (formalism, Moore and Mealy machines, synthesis)
• Design by separating the operational part from the control part
• Practical application in a lab session on circuit design and its implementation on an FPGA

Part 2

• Introduction and rationale for hardware system modeling
• Levels of abstraction in digital microelectronics
• System Verilog language for hardware modeling
• Definition of a subset of the System Verilog language that can be synthesized
• Modeling and synthesis of combinational circuits
• Modeling and synthesis of state machines
• Implementation in BE

Test

CC1 and CC2:

• 1/6 of the CC grade for Part 1 in the form of a lab report
• 5/6 of the CC grade for Part 2 in the form of
      * Multiple-choice questions
      * Continuous assessment (CC)
      * Practical work report

• ET1 and ET2:
      * 2/3 of the ET mark on a written exam on part 1
      * 1/3 of the ET mark on a written exam on part 2
  All documents and PHELMA calculators are permitted

Additional Information

This course brings 3.0 ECTS to students in Engineer APPRENTISSAGE MT 1Y

Bibliography

Partie 1
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