Course Syllabus 2015/2016

Module : EN102

Title :

Level :

Title :

Combinational logic and sequential logic

Number of hours : Lecture : 6.33 h

Tutorial classes : 24.00 h

Individual work : 20.00 h

ECTS credits : Tutorial classes : 24.00 h

Individual work : 20.00 h

2.50

Evaluation : S1: ET(2h,E,sd,sc) x1 Detail of the nomenclature used for the creation of the evaluation code

Teacher(s) : DALLET Dominique

LEBRET Valery

MORIZET Guy

CURUTCHET Arnaud

JEGO Christophe - Responsible

BERHAULT Guillaume

HAROUN Ali

Shared by UV(s) : LEBRET Valery

MORIZET Guy

CURUTCHET Arnaud

JEGO Christophe - Responsible

BERHAULT Guillaume

HAROUN Ali

Level :

first year module

Abstract :
Knowledges:
the elementary combinational and sequential function used in the digital circuits;
the description of digital systems with a hardware description language such as VHDL.
to specify a combinational logic and to synthesis the resulting digital circuit;
to specify and synthesize a counter, a finite state machine;
to evaluate the critical path of a complex logic function and to compute its maximal frequency.

Plan : Being able :

The five lectures are given by Christophe JEGO
Part A - COMBINATIONAL LOGIC
Lecture 1 : Numeral systems,
Binary arithmetic,
basic logic functions,
Boolean algebra,
and logic function representation
Lecture 2 : simplification of logic equations and combinational circuit
Part B - SEQUENTIAL LOGIC
Lecture 3 : basic elements (D latch, D Flip-Flop, registers)
Lecture 4 : Counters ( asynchronous counters, synchronous counters, synchronous circuits)
Lecture 5 : Complex sequential functions (memory, Finite State Machine and FSM synthesize)
Laboratory 1 : truth table, Karnaugh map and logic gates
Laboratory 2 : adder, substrator and multiplier
Laboratory 3 : D latch, Flip-Flop and registers
Laboratory 4 : the synthesis of synchronous counter
Laboratory 5 : the synthesis of variable modulo counter
Laboratory 6 : the synthesis of finite state machine

Prerequisite :

Six laboratories are also proposed to complete the lectures. Each laboratory is splitting in two parts. During the first part, a topic is studied. Then, designed digital systems are specified with the VHDL hardware description language. It enables to gradually introduce this language.

The topic of each laboratory is:

Nil

Document(s) :
Lecture notes

Keyword(s) :
Boolean algebra, combinational logic, elementary logic gate, sequential logic, FlipFlop, registers, finite state machine, VHDL language