Digital Electronics (EE101) 2006-2007
| Lecturer: Dr. Conor McArdle |
| School of Electronic Engineering |
| mcardlec@eeng.dcu.ie |
Course materials developed by Dr. Derek Molloy and Dr. Ovidiu Ghita
Welcome to the Digital Electronics Course for Engineers
The aim of this course is to provide the student with an introduction
to basic digital electronic devices and their applications.
Digital circuit design is one of the fundamental areas of
electronic & mechatronic engineering and computer science.
| Laboratory Manual |
| Laboratory Exercises |
| On-line notes |
| Tutorial Questions |
| Assignment |
| Module Description |
| Past Exam Papers |
Syllabus
Timetable & Course Structure
Binary Logic: Basic Boolean operators (AND, OR, NOT).
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Boolean algebra: De Morgan's Laws. Further Boolean operators (XOR, NAND, NOR). Minimization of logic functions using boolean algebra; using Karnaugh maps, including 3-variable and 4-variable cases.
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Binary Arithmetic: Representation of positive integers and fractions in binary notation. Conversion between decimal and binary notations. Addition of binary numbers. Logic circuits for performing binary addition including the half-adder, the full-adder, and the parallel adder.
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Binary representation of negative numbers including sign- plus-magnitude, one's complement and two's complement. Addition of negative numbers. Subtraction.
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Binary Coded Decimal representation. Addition and subtraction of BCD numbers using the nine's complement method.
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Sequential Logic: Sequential logic elements including S-R, D, and J-K flip-flops.
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Applications of flip-flops including data registers and shift registers. Asynchronous binary counters. Down counters. Counters with any number of states. Synchronous binary counters. Comparison of maximum frequency of operation of asynchronous and synchronous counters.
|
2 hours per week for 12 weeks
Monday 10.00 (HG09) and Tuesday 9.00 (CG20)
1 hour per week for 12 weeks
Monday 17.00 (CG28)
One Assignment (10%)Labs: (15%)
Wednesday 9.00-12.00 (SG16) (Weeks 2,4,6,8,10) 5 lab sessions 3 hours per week every 2nd week Must complete pre-lab questions before lab Lab notebook required Students' attendance will be recorded by demonstrator
4 questions out of 5 (75%)
Instruction Approach
The course consists of lectures, homework assignments, dedicated tutorial sessions and coursework. The coursework comprises of laboratory based experimentation. Students must complete their coursework successfully before they are eligible to sit the end-of-year exam. For more information see the Module Descriptor.
Recommended Texts
Lectures:
|
Tutorials:
|
Coursework:
|
Exam:
|
"Digital Fundamentals",
7th Edition,
Merrill
2000
Restricted Loan (621.3815) 4 copies and 1 in 24 hour loan
3rd edition 2 copies in main lending - 1 lost (621.3815)
2nd edition 1 copy (621.3815)
On-Line Digital Electronics Coursework Manual
DCU
1997
DCU
2003
Use the Internet version.
Additional Texts
T.L. Floyd,
| ||
D. Molloy,
| ||
| O. Ghita &
D. Molloy,
| On-Line Digital Electronics
Lecture Notes
| |
Available in shop - no copies in library as yet.
"Fundamentals of logic design"
One copy in main lending (621.395)
"Logic Circuits"
3rd ed. One copy in main lending (621.381537)
2nd ed. One copy lost (621.381537)
"Digital Logic and Computer Design"
4 copies in main lending (621.38195835)
EE101 Digital Electronics - Design and content developed by Derek Molloy. All documents and images ©Derek Molloy 1998-2006. Please do not reproduce anything from these pages without his expressed permission.
Daniels, J.D.,
| First Edition | Wiley |
1996
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Roth, C.H.,
|
1992
| ||
1983
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Mano, M.M.,
|
1979
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