OVERVIEW

COURSE INFORMATIONs  Lectures:  Wed 01:00 – 03:00 pm (DPU2)  Fri 04:30 – pm (BPU4/5/6)  Laboratory: - none –  Tutorial: to be decided

TEACHING STAFFs Rafikha Aliana A.Raof Nur Farhan Kahar Dr. Mohd Najmuddin Mohd Hassan Dr. PhakLen EhKan

ASSESSMENTs  Final Exam:50%  Part A: 4Q (Answer ALL)  Part B: 2Q (Answer 1Q only)  Coursework:50%  Test (min. 2):40 %  Quiz/Assignment:10%

COURSE OUTCOMEs  CO1: Able to carry out analysis in basic numbering system and be able to understand basic theory of binary system  CO2: Able to minimize Boolean functions, design and optimizes logic circuit in digital applications.  CO3: Able to design combinational logic circuit in terms of Boolean Functions  CO4: Able to design and evaluate sequential logic circuit in terms of Boolean Functions

COURSE CONTENTs (1)  Chapter 1:Introduction to Digital Logic  Digital vs Analogue  Numbering system and Codes  Basic Logic Gates and IC Gates  Boolean Rules and Laws  K-Maps (Karnaugh Maps)  Chapter 2:Digital Combinational Logic/ Arithmetic Circuits  Converters (Decoder/Encoder /Mux/ Demux)  Arithmetic (Adder/Subtracter/Comparator etc.)  Parity Circuits (Generators & Checkers)

 Chapter 3: Sequential Logic/Circuits  Concept of Sequential Logic  Latch and Flip-flops  Shift Registers and Application  Counters (Types, Application & Design)  Sequential Circuits Design (State diagram, State Table, K-Map, Circuit)  Teaching plan** COURSE CONTENTs (2)

REFERENCES [1] Floyd. TL. (2009) Digital Fundamentals. 10 th. Edition New Jersey, Prentice Hall Table of Contents 1. Digital Concepts. 2. Number Systems, Operations, and Codes. 3. Logic Gates. 4. Boolean Algebra and Logic Simplification. 5. Combinational Logic Analysis. 6. Functions of Combinational Logic. 7. Latches, Flip-Flops, and Timers. 8. Counters. 9. Shift Registers. 10. Memory and Storage. 11. Programmable Logic and Software. 12. Introduction to Computers. 13. Introduction to Digital Signal Processing. 14. Integrated Circuit Technologies. Appendix A: Data Sheets. Appendix B: Error Detection and Correction Codes. Appendix C: Conversions.

REFERENCES [2] Rafikha Aliana A Raof, Norina Idris, PhakLen EhKan, Mohamad Nazri Md Noor.(2006) Digital Electronics Design. 1 st Edition. Malaysia: Prentice Hall [3] Ronald J. Tocci (2003) Digital Systems – Principles and Applications. 7 th Ed. New Jersey, Prentice Hall [4] M.Morris Mano. (2005) Digital Design 3 rd. Ed. Prentice Hall [5] HTTPs