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FAIL KURSUS

DEB 2332
MEASUREMENT AND
INSTRUMENTATION

KOHORT 2018



SURAT LANTIKAN RASMI



JADUAL WAKTU







SILIBUS

SYLLABUS: SUMMARY OF INFORMATION ON EACH COURSE

1. Name of Course: MEASUREMENT AND INSTRUMENTTATION

2. Course Code: DEB2332

3. Names of academic staff: NURUL NADIAH BINTI MOHD KAMAL

4. Rationale for the inclusion of the course in the programme:

The module covers theory operation and maintenance of test instrument, measuring instruments such as analogue and digital multimeter, signal generator,
function generator, oscilloscope and tacho meter according to operation and service manual.

5. Semester and Year offered: Semester 2 Year 1

6. Total Student Learning Time (SLT):

Category of Activities Learning Activity Total Hours/ Semester
Guided learning Lecture 8
Tutorial/Practical 42
Self-learning Student centered learning activities 6
Formal assessments Preparation for assignments/projects 1
Independent study/revision 13
Preparation for assessment 6
Continuous assessments 4
80
Total SLT
2
Formal assessments Final examination sitting for theory
Final examination sitting for practical 3

DEB2332 1

7. Credit Value: 2 credits

8. Prerequisite (if any): None

9. Course Learning Outcomes (CLO):

CLO1 Select the correct meter ,range for specific measurement and calibrate meter for current, volt,
CLO2 ohms.(C2,PLO1)
Select the correct signal generator, determine type of waveform and amplitude from signal generator,
CLO3 Setup and operate oscilloscope and Measure waveform parameters. (P3, PLO2)

Identify specific reading identify and check the condition of various type of measuring instrument and
Calibrate and keep record of measuring equipment (A2, PLO3)

10. Transferable Skills (Skills and how they are developed and assessed, project and practical experience and internship):

Related PLO Transferable Skills T&L Strategy Assessment Strategy
PLO 3 Presentation, Essay
Identify & problem solving with creative, Case Study, Project, Tutorial,
innovative & effective in Technology Group Work
Electronic field.

DEB2332 2

11. Teaching-learning and assessment strategy :

CLO Method of delivery Method of assessment KPI
Lecture, Tutorial Written Tests, Quiz 50% marks
Select the correct meter, range for specific Practical Tests and above
CLO1 measurement and calibrate meter for current, Practical, Demonstration
Presentation, Essay 50% marks
volt, ohms.(C2,PLO1) Case Study, Project, and above
Tutorial, Group Work
CLO2 Select the correct signal generator, determine 50% marks
type of waveform and amplitude from signal and above
generator, Setup and operate oscilloscope and
Measure waveform parameters. (P3, PLO2)

CLO3 Identify specific reading identify and check the
condition of various type of measuring
instrument and Calibrate and keep record of
measuring equipment. (A2,PLO3)

12. Synopsis :

This course covers theory operation and maintenance of test instrument,measuring instrumentssuch as Select the correct meter and range for specific
measurement, It’s also cover’s Calibrate meter for current, volt, ohms and Select the correct signal generator, student will be determine type of waveform and
amplitude from signal generator after they setup and operate oscilloscope.All the measured waveform parameters, reading and the condition of various type of
measuring instrument and Calibration will be recorded.

13. Mode of Delivery :Lecture, Tutorial, Practical, Demonstration, Case Study, Project, Tutorial, Group Work

DEB2332 3

14. Assessment Methods and Types : Assignments, Tests and Final Examination, Practical work and Practical Examination, Lab presentation

No Type of Assessment CLO

Continuous Assessment CLO 1- C2,PLO1 CLO 2- P3, PLO2 CLO 3-A2, PLO3

-Test 10%

1 -Practical work

(i) Assignment 20%

(ii) Presentation 20% 10%

Final Examination

2 Theory 10%

Practical 30%

Sub Total 20% 70% 10%

Total 100%

15. Mapping of the course/module to the Programme Aims :

PEO1 PEO2 PEO3 PEO4
X X

DEB2332 4

16. Mapping of the course/module to the ProgrammeLearning Outcomes :

Course Los / Program LOs PLO1
PLO2
PLO3
PLO4
PLO5
PLO6
PLO7
PLO8
PLO9

Select the correct meter, range for specific measurement and X
calibrate meter for current, volt, ohms.(C2,PLO1)

Select the correct signal generator, determine type of waveform and X
amplitude from signal generator, Setup and operate oscilloscope and
Measure waveform parameters. (P3, PLO2)

Identify specific reading identify and check the condition of various type X
of measuring instrument and Calibrate and keep record of measuring
equipment. (A2,PLO3)

DEB2332 5

17. Content outline of the course and the SLT per topic:

STUDENT LEARNING TIME (SLT)
FACE TO FACE
Lecture
Week Course Materials Tutorial Assessment
Practical
Test & Exam
Self-Study NON F2F
Total (Hours)

1.0 INTRODUCTION TO MEASUREMENT CIRCUIT 3 - 9 - 5 17 Test, Practical work

1.1 Wheatstone Bridge
1.1.1 Explain the principles of Wheatstone Bridge

1.2 H-Bridge Circuit
1 - 3 1.2.1 Explain the principles of H-Bridge

1.3 Error And Accuracy Definition
1.3.1 Define error and accuracy definition
1.3.2 Identify types of error and accuracy in measurement.

1.5 Lab –Perform Complex Audio Video Printed Circuit Board

2.0 VOLTAGE MEASUREMENT TECHNIQUE 3 - 9 - 5 17 Test.
Practical Work

2.1 Voltmeter
2.1.1 Explain the function of Voltmeter

4 - 6 2.2 How to calibrate
2.2.1 Describe Voltmeter calibration

2.3 Circuit Connection
2.3.1 Explain circuit connection of Wheatstone Bridge
2.3.2 Explain circuit connection of H- Bridge

DEB2332 6

2.4 Type of sensor for voltage measurement

3.0 CURRENT MEASUREMENT TECHNIQUE 3 - 9 - 5 17 Test,
Practical Work
3.1 Ammeter 2 - 6 - 4 12
3.1.1 Explain the function of Ammeter Test,
Practical Work
7 -9 3.2 Circuit Connection
3.2.1 Explain circuit connection of Wheatstone Bridge Test,
3.2.2 Explain circuit connection of H- Bridge Practical Work

3.3 Circuit Connection DEB2332 7
3.4 Type of current sensor

4.0 TEMPERATURE MEASURMENT TECHNIQUE

10-11 4.1 Type of temperature Technique
4.1.1 Thermo Couple
4.1.2 Resistance Temperature Detector (RTD)

4.2 Circuit Connection
4.2.1 Explain circuit connection of Thermo Couple
4.2.2 Explain circuit connection of Temperature Detector
(RTD)

4.3 Calibration technique

5.0 INSTRUMENTATION 3 - 9 - 5 17

12-14 5.1 Introduction of signal generator
2.3.1 Define of Signal Generator

5.2 Type of signal waveform

5.3 Introduction to Oscilloscope
2.3.1 Define of Oscilloscope

5.4 Introduction to Multimeter
5.4.1 Define of Multimeter

15 Final exam ( Theory) - -2- 3
16-17
Final exam (Practical) - --3- 3
Total
14 - 42 5 24 80
Notional Hours
Credit Value 40

2

18. RUJUKAN UTAMA (MAIN REFERENCES)
1. U.A. Bakshi, A.V. Bakshi (2014).Electrical Measurements And Instrumentation A Conceptual Approach,Technical Publication.
2. Herbert Berstein, Grundlagon (2016). Fundamental of Electronics series, De GryterStudium, Publication Batae
3. M.L. Anand (2014). Electrical Measurement And Measuring Instruments, Katson Books.
4. Alan S. Morris,RezaLangari, Measurement and instrumentation theory and application©2012 Elsevier Inc. All rights reserved

RUJUKAN TAMBAHAN (EXTRA REFERENCES):
1. Kurikulum Standard KolejVokasional (KSKV). 2016, Diploma TeknologiElektronik (ETN): PengurusanAkademik. Unit Vokasional, BPTV KPM.

19. Other additional information

DEB2332 8

PERANCANGAN KULIAH















SENARAI NAMA PELAJAR



REKOD KEHADIRAN
PELAJAR









SIJIL CUTI SAKIT

SURAT AMARAN
KETIDAKHADIRAN

KULIAH

LAPORAN TIDAK HADIR
KULIAH

JADUAL SPESIFIKASI
PENTAKSIRAN

BERTERUSAN (JSPB)



ITEM KUIZ





PERATURAN
PEMARKAHAN





CONTOH SALINAN
JAWAPAN KUIZ PELAJAR





ITEM UJIAN