Description

This course aims to develop computer science skills in the design and analysis of digital logic circuits with applications to digital computing. It covers: Numbering systems, binary arithmetic and codes, logic gates, Boolean algebra and logic simplifications, Design and realization of combinational circuits, Functions of sequential logic circuits: Flip-Flops, analysis design and realization of counters.

Program

Information Systems Program

Objectives

1. Know the basic differences between analog and digital systems
2. Use binary numbers and codes.
3. Describe the operation of logic gates.
4. Apply Boolean algebra and K-map to simplify s.
5. Design combinational and sequential logic circuits.

Textbook

Thomas L. Floyd, Digital Fundamentals, Prentice Hall.

Course Content

content serial	Description
1	Introduction to Digital Concepts.
2	Numbering systems, Operations and Codes.
3	Logic Gates.
4	Combination Logic Circuits.
5	Truth Tables and Standard Forms.
6	Boolean algebra and Logic simplification.
7	7th Week Examination.
8	Simplification using K-map.
9	Basic Adders and Comparators.
10	Decoders and Encoders.
11	MUX and DMUX.
12	12th Week Examination.
13	Flip-Flops.
14	Counters operations.
15	Revision.
16	Final Examination.
1	Introduction to Digital Concepts.
2	Numbering systems, Operations and Codes.
3	Logic Gates.
4	Combination Logic Circuits.
5	Truth Tables and Standard Forms.
6	Boolean algebra and Logic simplification.
7	7th Week Examination.
8	Simplification using K-map.
9	Basic Adders and Comparators.
10	Decoders and Encoders.
11	MUX and DMUX.
12	12th Week Examination.
13	Flip-Flops.
14	Counters operations.
15	Revision.
16	Final Examination.
1	Introduction to Digital Concepts.
2	Numbering systems, Operations and Codes.
3	Logic Gates.
4	Combination Logic Circuits.
5	Truth Tables and Standard Forms.
6	Boolean algebra and Logic simplification.
7	7th Week Examination.
8	Simplification using K-map.
9	Basic Adders and Comparators.
10	Decoders and Encoders.
11	MUX and DMUX.
12	12th Week Examination.
13	Flip-Flops.
14	Counters operations.
15	Revision.
16	Final Examination.
1	Introduction to Digital Concepts.
2	Numbering systems, Operations and Codes.
3	Logic Gates.
4	Combination Logic Circuits.
5	Truth Tables and Standard Forms.
6	Boolean algebra and Logic simplification.
7	7th Week Examination.
8	Simplification using K-map.
9	Basic Adders and Comparators.
10	Decoders and Encoders.
11	MUX and DMUX.
12	12th Week Examination.
13	Flip-Flops.
14	Counters operations.
15	Revision.
16	Final Examination.

Markets and Career

Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
Electrical power feeding for civil and military marine and aviation utilities.
Electrical works in construction engineering.

Degree Bachelor
Code: CE216
Credit hrs: 3
Prequisites: CS111

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Digital Logic Design