ELECTRONIC INSTRUMENTATION - Universiti …portal.unimap.edu.my/portal/page/portal30/Lecturer...
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EKT 314/4 WEEK 1: INTRO COURSE OUTLINE ELECTRONIC INSTRUMENTATION
Transcript of ELECTRONIC INSTRUMENTATION - Universiti …portal.unimap.edu.my/portal/page/portal30/Lecturer...
EKT 314/4
WEEK 1: INTRO
COURSE OUTLINE
ELECTRONIC INSTRUMENTATION
Lecturer
Muhamad Asmi bin Romli
M.Sc (USM), B.Eng (USM)
KKF6, Room 3
019-2727457
Timetable
TIME 8.00 9.00 10.00 11.00 12.00 1.00 2.00 3.00 4.00 5.00 6.00 8.30 9.30
MON LAB
MKR 1
TUE LAB
MKR 1
WED LECTURE
DKP 1
THU
FRI
Contact Hours Lecture – 28 hours (2 hours per session, once a week) – 33%
Lab – 56 hours (2 hours per session, twice a week) – 67%
Total hours = 84 hours
Total weeks = 14 weeks
Attendance at all sessions are compulsory.
Problem Statements
Some do not know how to operate lab equipments
Some do not know what equipment to be used in certain
application
Some feel shock and scare when asked to operate new
measurement equipment
Some might endanger themselve and others
Course Objectives
To revise (functionality and capability) on available
equipments in the laboratory.
To predict capability and working principles of equipments.
To propose and design suitable solution.
To avoid inability to response quickly when given task related
to new instrument
Synopsis
Lectures session will introduce students to whole concept of
electronic instruments – transducers, data acquisition,
conversion, process, transmission and display.
Laboratory session will introduce students to LabVIEW and
basic instrumentation through step by step design.
Course Outcome (CO)
Understand the concept of electronic instrumentation.
Understand and able to apply the concept of sensors, data
acquisition and embedded system interfacing.
Ability to use virtual instrumentation software.
Syllabus
Ch 1: Introduction to Electronic Instrumentation
Definition, Measurement, Errors, Classification, Operation
Mode, Instrument Elements, Application
Duration: 2 weeks
Syllabus (cont.)
Ch 2: Transducers
Definition, Type, Electrical Transducers, Transducers Working
Principle and Examples
Duration: 2 weeks
Syllabus (cont.)
Ch 3: Signal Conditioning Circuits
Amplifiers and Amplification; Modulators and Modulation;
Filters and Filtration
Duration: 3 weeks
Syllabus (cont.)Ch 4: Data Acquisition and Conversion
Single-Multi Channel Data Acquisition, Data Conversion, Multiplexers, Sample and Hold Circuits
Duration: 3 weeks
Syllabus (cont.)
Ch 5: Microprocessor and Microcontroller
Internal Structure, Peripheral, Application
Duration: 1 week
Syllabus (cont.)
Ch 6: Data Acquisition Systems
Microcontroller-Microprocessor based Data Acquisition
Systems, PC-Based Data Acquisition Systems
Duration: 2 weeks
Syllabus (cont.)
Ch 7: I/O Device and Display System
Analog, Digital I/O, Display Systems
Duration: 1 week
Recommended Text
Kalsi, H.S. Electronic Instrumentation. Tata McGraw-Hill Publishing Co. Ltd., 2005
Price around RM50
Recommended Text
C.S. Rangan, G.R. Sarma
and V.S. Mani.
Instrumentation Devices &
Systems, Tata McrGraw-
Hill Publishing Co. Ltd.,
2004
Price around RM50
Recommended Text
A.K. Sawhney and P.
Sawhney. A Course in
Electronic and Electrical
Measurement and
Instrumentation, Dhanpat
Rai & Co. (P) Ltd., 2001
Assessment Coursework (50%)
Assignment & Attendance (10%) Lecture: 5%
Lab: 5%
Mini Projects (30%) Mini Project I: 15%
Mini Project II: 15%
Test: 10%
Final Examination (50%)
Teaching Plan
Week Session Contents Duration
1, 2 Lecture Ch 1: Introduction to Electronic Instrumentation 4 hours
3, 4 Lecture Ch 2: Transducers 4 hours
5, 6, 8 Lecture Ch 3: Signal Conditioning Circuits 6 hours
9, 10, 11 Test
Lecture
Written Test I (Chapter 1, 2 & 3)
Ch 4: Data Acquisition and Conversion
2 hours
6 hours
13 Lecture Ch 5: Microprocessor and Microcontroller 2 hours
14, 15 Lecture Ch 6: Data Acquisition Systems 4 hours
16 Test
Lecture
Written Test II (Chapter 4, 5, 6)
Ch 7: I/O Device and Display System
2 hours
2 hours
