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Lofic ircuit simplification, combinational and sequantial circuits, programmable logicm introduction to VHDL, ways of hardware description, modeling and simulation.


Objectives

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Prerequisites

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Syllabus

Simplification with K-maps. Basic combinational circuits, adders, multiplexers, decoders, Basic sequential circuits, latches, flip-flops, flip-flop types, Principles of sequential circuit design, design with different flip-flops, state diagrams and tables, sequence detectors, counters, programmable logic PLA, PAL, CPLD FPGAs, implementation of logic units with multiplexers, applications, Introduction to VHDL, Entities and architectures, structural, dataflow and algorithmic descriptions, examples of these descriptions, waveforms, signal assignment statements, signal drivers, simulation time

COURSE DETAILS

Level:

Type:

Undergraduate

(A+)


Instructors: Stavros Souravlas
Department: Applied Informatics
Institution: University of Macedonia
Subject: Computer Science, Information Technology, Telecommunications
Rights: Attribution - ShareAlike CC BY-SA

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