CS3270 INTRODUCTION TO DIGITAL LOGIC

Syllabus

Overview:    Basic tools, methods and procedures to design combinational and sequential digital circuits and systems, including number systems, boolean algebra, logic minimization, adder design, memory elements, and finite state machine design

Textbook:    Katz
    Contemporary Logic Design
    Benjamin/Cummings, 1999

        
Prerequisites:    CS 203

Topics:    1. Number systems and binary arithmetic                   (1weeks)
    2. Boolean algebra, SOP/POS forms                                    (2 weeks)
    3. Logic minimization/K maps                                                (2 weeks)
    4. Timing analysis                                                                  (1 weeks)
    5. PLAs, multiplexors, decoders, encoders, tristate logic        (2 weeks)
    6. Adder design                                                                    (1 weeks)
    7. Sequential logic design/Latches/Flip Flops                        (2 weeks)
    8. Register/Counter Design                                                   (2 weeks)
    9. Moore/Mealy finite state machine design                           (2 weeks)

Prepared by:    Michael Jurczyk

Date:    September 2004

Basic tools, methods and procedures to design
combinational and sequential digital circuits
and systems, including number systems, bool-
ean algebra, logic minimization, adder design,
memory elements, and finite state machine design. Prerequisites: CS 2050