Lecture 0- Introduction

Lecture 0- Introduction - ELEC151 Spring 2011 L.Yobas...

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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 1 ELEC151 Digital Circuits and Systems Spring 2011 Instructor: Levent Yobas Lecture 0 Introduction
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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 2 Generals: Instructor: Levent Yobas ( eelyobas@ust.hk ) Rm 2517 Tel: 2358-7068 Teaching Associates: Raymundo Saijong Tang Tang ( eeraytan@ust.hk ) Rm 2466 Tel: 2358-8527 Miu Ying Chan ( eemychan@ust.hk ) Rm 2466 Tel: 2358-8538 Lecture: Wednesday and Friday (3:00pm – 4:20pm) Instructor Office Hours: 14:00-15:00 on Wed and Fri or by appointment Textbook: Digital Design, fourth edition, 2007 M. Morris Mano, Prentice Hall References: Motorola FAST and LS data book Lecture Notes and Lab Handouts Course Web-site http://course.ee.ust.hk/elec151
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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 3 Materials on the Web Site Lecture Notes Will be posted before the lecture Please print it out and bring to the class before the lecture Take notes during the lecture Laboratory Handouts Will be posted at least one week before the laboratory Please print it out and do the pre-lab before the laboratory Motorola FAST and LS Data Book On-line data book All the useful data sheets of TTL ICs Homework assignments and solutions Homework will be posted at least one week before the due day Solutions will be posted on the due day, no late hand-in Past paper questions and solutions Will be posted one week before the examination Ray will review the questions before the examination
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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 4 Course Description The course will cover the basic principles of designing combinational and sequential logic circuits and the use of basic digital circuit elements to build simple digital systems . You will learn how to use basic computer-aided design tools to do modeling, design, simulation and verification. You will also learn how to design through hands-on laboratory sessions and course projects .
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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 5 Learning Outcome By successfully completing this course, you should be able to: 1. Analyze, design, and debug basic combinatorial and sequential logic circuits 2. Design and implement a simple digital system using basic digital logic circuits 3. Design, debug and verify simple digital circuits and systems with the aid of computer software including VHDL, schematic capture tools and simulation tools. 4. Build a real engineering system following a hierarchical design principle.
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ELEC151 Spring 2011 – L. Yobas Lecture 0 – 6 Course Overview Course Content Focus on foundations of Digital Design: Boolean Algebra, Principles of Combinational and Sequential Logic Design, Register Transfer Level Design Introduction to Hardware Description Language (VHDL) and modern design techniques (Programmable Logic Devices, logic synthesis ) Laboratory Emphasis on hands-on hardware work Use Electronic Design Automation software tools for schematic and VHDL design
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Lecture 0- Introduction - ELEC151 Spring 2011 L.Yobas...

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