What you'll learn

Students should be able to differentiate between digital and analogue circuits.
Students should have a good understanding of Boolean algebra as well as logic gates operations.
Students should be able to analyze simple combinational circuits as well as some MSI devices such as adders, decoders, multiplexers, comparators.
Students should be able to design simple combinational circuits using both gate-level as well as block-level deign approaches
Students should have a good understanding of basic flip-flop operations and applications and should be able to analyze simple sequential circuits
Students should be able to design simple synchronous sequential circuits
Students should have a good understanding of registers and counters operations and applications

Requirements

basic electronics

Description

Digital design is concerned with the fundamentals of digital electronics as well as the design of digital electronic circuits, which are usually employed in digital computers, control systems, data communications, and many other applications. It provides a well-balanced coverage of basic concepts, up-to-date technology, and practical applications.

Topics covered in this course are:

Binary number system; Boolean algebra, logic gates, Boolean expression simplification, digital circuits analysis, gate-level and block level design of digital circuits, some common digital circuits such as adders, subtractors, comparators, multiplexers, decoders, and others are explained. Analysis, design and applications of Sequential circuits such as flip-flops, registers, counter, and their design procedures are presented.

Who this course is for:

college students majoring in computer ,electrical ,electronics , power, or communications engineering ,
college students majoring in computer science.