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ECE 555: Digital Circuits and Components

: : ECE 555 - Digital Circuits and Components WWW Resources Catalog Description 555 Digital Circuits and Components.

. Principles and characterization of logic circuits.

. Design and analysis techniques for applied logic circuits.

. Nikolic, Digital Integrated Circuits (A design perspective), Prentice Hall, 2003 (Second Edition) Course objectives Fundamental understanding of digital integrated circuits.

Experimenting With Real Circuits

. In electronics, this means putting small circuits together, powering them up, and seeing first hand what they do.

. At the same time, it is only proper for you to know what the circuits are and how they work.

. To help with this, these pages include appropriate circuits and methods for breadboarding the entire test system.

. One possibility as you learn is to first breadboard such circuits to demonstrate them, and then move them to a more permanent home for future use.

. This would leave the breadboard socket free again, for additional demonstration circuits.

. If you don't want to build such equipment for long-term use but still want to experiment with electronic circuits, take heart: all is not lost.

. You can use a 9-volt battery to power many circuits.

. If you've never experimented with electronic circuits before, I strongly urge you to start with the section on breadboarding.

. This section will introduce you to the fundamental concepts you will need to construct and demonstrate temporary circuits without soldering and without damaging components.

Digital Logic

. I've also had some requests regarding building and demonstrating actual circuits to perform logical functions.

. One essential reason for basing logical operations on the binary number system is that it is easy to design simple, stable electronic circuits that can switch back and forth between two clearly-defined states, with no ambiguity attached.

. It is also readily possible to design and build circuits that will remain indefinitely in one state unless and until they are deliberately switched to the other state.

. Since both types of logic circuits begin with logic gates to combine logical input signals in various ways to produce the desired outputs, we will begin on the next page by seeing how the basic logic gates work.

Homepage for Digital Integrated Circuits

Digital Integrated Circuits A Design Perspective A Publication by Welcome to the home of "Digital Integrated Circuits", a dynamic companion to a similarly named .

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CEG3470 Digital Circuits

CEG3470 Digital Circuits 1st Semester 2005/2006 Lecturer: , , SHB 914, ext.

. 8! Review III: Static CMOS Logic (Textbook, 6.2) Handout 13: Dynamic CMOS Logic (Textbook, 6.3) Handout 14: Static Sequential Circuits (Textbook, 7.1-7.2) Handout 15: ASIC Design Flow NEW Nov.

Book: Synthesis and Optimization of Digital Circuits

Synthesis and Optimization of Digital Circuits Synthesis and Optimization of Digital Circuits offers a modern, up-to-date look at computer aided design (CAD) of very large scale integration (VLSI) circuits.

. In particular, this book covers techniques for synthesis and optimization of digital circuits at the architectural and logic levels, i.e., the generation of performance- and/or area-optimal circuit representations from models in hardware description languages.

. combinational logic optimization algorithms fro two-level and multiple-level circuits.

Digital System Tutorial Table of Content

. This tutorial is designed for the junior students of the School of Electrical and Information Engineering of Table of Contents Chapter 5 - Combinational Logic Circuits --> & nbsp; Created by Peter Lau.

Focus Enhancements

. Digital Media Players* Media Cards* Media Management Software* * Formerly offered by Visual Circuits, these products are now brought to you by Focus Enhancements.

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Digital Circuit Introduction for Beginners and Bystanders

. South Australia Beginners and Bystanders Article This article is written for anyone unfamiliar with digital circuits but who would like to get some idea of what it is about.

. Of course the theory is what allows a designer to produce useful digital circuits, so you would need to know more about that if you wanted to design digital circuits yourself.

. This type of circuit is entirely constructed from a small number of different types of building block circuits.

. Each of these circuits has one or more input connections and one output connection.

. We call these signals logic signals and the circuits themselves logic circuits.

. As an alternative to calling the signals high or low we can call them true or false respectively when we think of the circuits as logic circuits.

. We call these circuits logic circuits because the theory that we use for describing them was invented by a mathematician who developed the mathematical theory of logic.

. In the 1930's Claude Shannon realised the significance of this theory for the description of relay and switching circuits and wrote his thesis on the application of this concept to switching circuit design.