OVERVIEW

COURSE INFORMATIONs  Lectures:  Monday: 8.00 am – 9.00 am (DKR5)  Tuesday: am – pm (DKP1)  Laboratory: - none –  Tutorial: to be decided

TEACHING STAFF PhakLen EhKan Taman Seberang Ramai, Kuala Perlis (off.) / (hp)

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) COURSE CONTENTs (2)

REFERENCES [1] Rafikha Aliana A Raof, Norina Idris, PhakLen EhKan, Mohamad Nazri Md Noor.(2006) Digital Electronics Design. 1 st Edition. Malaysia: Prentice Hall [2] Floyd. TL. (2006) Digital Fundamentals. 9 th. New Jersey, 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