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COURSE CONTENTSPAGE: 1/2

DEM 1113 SUBJECT: CIRCUIT THEORY 120 CREDIT: 3 CATEGORY: DISCIPLINE CORE

SYNOPSIS :

CLO1: Ability to describe network theorem [PLO1,C2]

CLO2: Ability to identify basic & complex circuit theory laws and carry out basic circuit calculation [PLO2,C3]

CLO3: Ability to carry out basic circuit measurement & circuit soldering technique [PLO3,P3]

CLO4: Ability to arrange component on printed circuit board and conduct circuit analysis [PLO3,P3]

NO TOPIC CONTENTS TEXT BOOK or PRACTICE BOOK

1 Series and Parallel Circuit 1.1 Resistor in series and parallel 8 0 8 Principles of Electric Circuits Multimeter1.2 Total series and parallel resistance Edition: 8th1.3 Current in series and parallel By: Thomas L.Floyd Oscilloscope1.4 Voltage and current divider Publisher: PEARSON Prentice Hall1.5 Ohm's Law Breadboard1.6 Kirchoff's Law Fundamentals of Electric Circuits1.7 Power in series circuit Edition: 4th Wires

By: Alexander, Sadiku2 Complex circuits 2.1 Identifying series-parallel relationship 8 0 8 Publisher: McGraw Hill Resistors

2.2 Analysis of series-parallel circuit2.3 Voltage divider with resistive loads Circuit Analysis With Devices: Battery 3v2.4 Loading effect of voltmeter Theory and Practice

Edition: 3rd Resistors3 Network Theorem 3.1 Wheatstone bridge 8 0 8 By: Robbins, Miller

3.2 Superposition theorem Publisher: Thomson Delmar Learning Battery 3v3.3 Thevenin's theorem3.4 Norton's theorem NOSS EE-021-23-2012 Player

Electronic Equipment and Appliance 4 Measuring instrument 4.1 Use ammeter 0 4 0 Installation Wire Cutter

4.2 Use Voltmeter4.3 Use analog and digital multimeter User manual for workshop Solder Iron

handtool and equipment5 Analyze Series/Parallel Circuit 5.1 Perform component check 2 12 2 Solder Lead

Using Measuring Instrument 5.2 Analyze resistor in series/parallel circuit5.3 Analyze current in series/parallel circuit PCB

CODE SUBJECT:

TOTAL SLT /Hours:

This subject introduces students on knowledge of basic circuit theory whichdesign for student understanding the core of electronic principles and laws such as kirchoff,ohm laws, complex circut and network theorem . The added value elements such as designing electronic circuit & soldering technique will strenghten student in practical knowledge and skills for industrial market.

COURSE LEARNING OUTCOME :

THEORY/ Hours

PRACTICAL / Hours

SELF STUDY /

HoursOTHER /

HoursTOOL /

EQUIPMENT /MATERIAL

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5.4 Analyze voltage in series/parallel circuitPower Supply

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PAGE: 1/2

NO TOPIC CONTENTS TEXT BOOK or PRACTICE BOOK

6 Analyze Complex Circuit Using 6.1 Analyze resistor in series/parallel circuit 0 12 0Measuring Instrument 6.2 Analyze current in series/parallel circuit

6.3 Analyze voltage in series/parallel circuit

7 Soldering Technique 7.1 Perform basic soldering technique 0 10 07.2 Perform soldering on circuit board7.3 Perform soldering equipment maintenance

Assessment 1.1 Assignment 41.2 Lab Report 41.3 Quiz 2 21.4 Test ( theory and practical) 4 41.5 Final Exam ( theory and practical) 5 5

TOTAL 26 38 45 11

Course Learning Outcomes

Programme Educational Objective

PEO 1 PEO2 PE3 PEO4 PEO5

Programme Learning Outcomes

PLO1 PLO2 PLO3 PLO4 PLO5 PLO6 PLO7 PLO8 PLO9 PLO10

CLO1 x

CLO2 x

CLO3 x

CLO3 x

THEORY/ Hours

PRACTICAL / Hours

SELF STUDY /

HoursOTHER /

HoursTOOL /

EQUIPMENT /MATERIAL

SUBJECT IMPLEMENTATIONS = CIRCUIT THEORY

CREDITS = 3

NO SESSIONFREQ HRS

a b c=a*b d e=b*d g = c + e

1 LECTURE 13 2 26 2 26 52

2 PRACTICAL 19 2 38 0 0 38

3 ASSIGNMENT 2 0 0 2 4 4

4 LAB REPORT 2 0 0 2 4 4

5 QUIZ 1 2 2 2 2 4

6 PRESENTATION 0 0 0 0 0 0

7 PROJECT 0 0 0 0 0 0

8 TEST - THEORY 1 2 2 2 2 4

9 TEST - PRACTICAL 1 2 2 2 2 4

9 FINAL EXAM - THEORY 1 2.5 2.5 2.5 2.5 5

10 FINAL EXAM - PRACTICAL 1 2.5 2.5 2.5 2.5 5

TOTAL 75 45 120

JAM KREDIT = 3

GRAND TOTAL (OFFICIAL + SLT) = 120CREDIT = 3.00

Lecture = 26 40.63%

Practical = 38 59.38%

Self Study = 45

Assessment = 11

TOTAL 120

OFFICIAL CONTACT

HOURS / SEM

SELF STUDY /SESSION

SELF STUDY /SEM

STUDENT LEARNING TIME / SEM

document.xlsx/Table3

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Table 3

PUSAT LATIHAN TEKNOLOGI TINGGI KULIM

DIPLOMA TEKNOLOGI KEJURUTERAAN ELEKTRONIK

Course Title : CIRCUIT THEORY

Course Code: DEM 1113

Synopsis:

Status: Common

Level: Diploma

Lecturer(s): MOHD SAYUTI BIN MOHD SALIM

Semester and Year Offered: Sem 1 / Year 1

Face to FaceSelf Study Other Total SLT

Lecture Tutorial Practical

26 0 38 45 11 120

Credit Value: 3

Prerequisite (if any): None

Learning Learning Outcomes:

After completing the course, students should be able to:

1. Ability to describe network theorem

2. Ability to identify basic & complex circuit theory laws and carry out basic circuit calculation

3. Ability to carry out basic circuit measurement & circuit soldering technique

4. Ability to arrange component on printed circuit board and conduct circuit analysis

Transferable Skills:

i. Theoretical Skills

ii. Practical Skills – soldering, etching, lettering, drilling and testing

iii. Troubleshooting Skills

iv. Technical Drawing

v. Software skill

i. Lecture

ii. Demonstration

iii. Individual project/direct self-learning task

iv. Student Centered Learning

Mode of Delivery: Lecture, Demonstration, Practical

Assessment Scheme:

Course Work (60%) Final Exam (40%)

i. Assignment 10% i. Theory 25%ii. Lab Report 10% ii. Practical 15%iii. Quiz 10%iv. Test :

a. Theory 20%b. Practical 10%

Grading SchemePass – 50 marks and above


Rationale for the inclusion of the course in the programme:

To develop the fundamental tools of linear circuit analysis including wires, resistors, and voltage and current sources, and prepare students for more advanced courses in circuit analysis.

Total Student Learning Time (SLT):

Teaching-learning and assessment strategy:


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Grading SchemeFail – Other than the above

As attached (MQA-J03)

As attached (MQA-J03)

NO TOPIC CONTENTS

1 Series and Parallel Circuit 1.1 Resistor in series and parallel 8 0 81.2 Total series and parallel resistance1.3 Current in series and parallel 1.4 Voltage and current divider1.5 Ohm's Law1.6 Kirchoff's Law1.7 Power in series circuit

2 Complex circuits 2.1 Identifying series-parallel relationship 8 0 82.2 Analysis of series-parallel circuit2.3 Voltage divider with resistive loads2.4 Loading effect of voltmeter

3 Network Theorem 3.1 Wheatstone bridge 8 0 83.2 Superposition theorem3.3 Thevenin's theorem3.4 Norton's theorem

4 Measuring instrument 4.1 Use ammeter 0 4 04.2 Use Voltmeter4.3 Use analog and digital multimeter

5 Analyze Series/Parallel Circuit 5.1 Perform component check 2 12 2Using Measuring Instrument 5.2 Analyze resistor in

series/parallel circuit5.3 Analyze current in

series/parallel circuit5.4 Analyze voltage in

series/parallel circuit

6 Analyze Complex Circuit Using 6.1 Analyze resistor in 0 12 0Measuring Instrument series/parallel circuit

6.2 Analyze current in series/parallel circuit

6.3 Analyze voltage in series/parallel circuit

7 Soldering Technique 7.1 Perform basic soldering technique 0 10 07.2 Perform soldering on circuit board7.3 Perform soldering equipment

maintenance

Assessment 1.1 Assignment 41.2 Lab Report 41.3 Quiz 2 21.4 Test ( theory and practical) 4 41.5 Final Exam ( theory and practical) 5 5

SUB TOTAL HOURS 26 38 45 11

Total Student Learning Time 120

Credit Hours 3

Main Reference 1. Principles of Electric Circuits

Additional Reference

1. Fundamentals of Electric Circuits

Mapping of the course to the Programme Aims:

Mapping of the course to the Programme Learning Outcomes:

THEORY/ Hours

PRACTICAL / Hours

SELF STUDY / Hours

OTHERS / Hours


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Additional Reference2. Circuit Analysis With Devices: Theory and Practice

Other Additional Information

1. NOSS EE-021-23-2012 Electronic Equipment and Appliance Installation & Troubleshooting

2. User manual for workshop handtool and equipment

MQA - J03

COURSE LEARNING OUTCOMES AND PROGRAMMME LEARNING OUTCOME MATRIX

Name of Programme : Diploma Teknologi Kejuruteraan Mekatronik

Subject Name : Circuit Theory

Code : DEM 1113

COURSE LEARNING OUTCOME

PROGRAMME EDUCATION OBJECTIVE (PEO)

ASSESSMENTPEO 1 PEO2 PEO 3 PEO 4 PEO 5

PROGRAMMME LEARNING OUTCOME (PLO)

PLO1 PLO2 PLO3 PLO4 PLO5 PLO6 PLO7 PLO8 PLO9 PLO10

CLO 1 Ability to describe network theorem H L C2

CLO 2 H M L C3

CLO 2 H M L P3

CLO 2 H M L P3

H - Highly stressed ( With Assessment) - Major contribution to outcome

TAXONOMY LEVEL

DELIVERY MOD

Lecture , Practical

Assignment 2 , Final Exam

Ability to identify basic & complex circuit theory laws and carry out basic circuit calculation

Lecture , Practical

Assignment 1 , Quiz , T.Test , Final Exam

Ability to carry out basic circuit measurement & circuit soldering technique

Lecture , Practical

Lab Report 1 , P.Test , Final Exam

Ability to arrange component on printed circuit board and conduct circuit analysis

Lecture , Practical

Lab Report 2 , Final Exam

M - Moderately stressed ( Without Assessment) - Moderate contribution to outcomeL- Least stressed ( Without Assessment) - Minor contribution to outcome

document.xlsx/Teaching Plan

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PUSAT LATIHAN TEKNOLOGI TINGGI KULIM

DIPLOMA TEKNOLOGI KEJURUTERAAN ELEKTRONIK

TEACHING PLANLecturer Name : MOHD SAYUTI BIN MOHD SALIM

Telephone No: 019 - 447 0710

Email:

Course Name : Circuit Theory

Course Code : DEM 1113

Course Synopsis :

Credit Value: 3

COURSE LEARNING OUTCOME ASSESSMENT

CLO 1 Ability to describe network theorem PLO 1 C2

CLO 2 PLO 2 C3

CLO 3 PLO 3 P3

CLO 4 PLO 3 P3

Total Student Learning Time (SLT):

Face to FaceSelf Study Other Total SLT

Lecture Tutorial Practical

26 0 38 45 11 120

Assessment Scheme:

Course Work (60%) Final Exam (40%)

i. Assignment (2) 10% i. Theory 25%ii. Lab Report (2) 10% ii. Practical 15%iii. Quiz (1) 10%iv. Test :

a. Theory (1) 20%b. Practical (1) 10%

PREPARE BY ( lecturer) APPROVED BY ( KJ/ KB)

[email protected]


PROGRAMMME LEARNING

OUTCOME (PLO)

TAXONOMY LEVEL

DELIVERY MOD

Lecture , Practical

Assignment 2 , Final Exam

Ability to identify basic & complex circuit theory laws and carry out basic circuit calculation

Lecture , Practical

Assignment 1 , Quiz , T.Test ,

Final Exam

Ability to carry out basic circuit measurement & circuit soldering technique

Lecture , Practical

Lab Report 1 , P.Test , Final

Exam

Ability to arrange component on printed circuit board and conduct circuit analysis

Lecture , Practical

Lab Report 2 , Final Exam

mailto:[email protected]


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WEEK TOPIC CONTENTS ASSESSMENT

1 - 2 Series and Parallel Circuit 1.1 Resistor in series and parallel Lecture Assignment 1( 13/1 - 24/1) 1.2 Total series and parallel resistance

1.3 Current in series and parallel 1.4 Voltage and current divider1.5 Ohm's Law1.6 Kirchoff's Law1.7 Power in series circuit

Lab 1: Hukum Kirchhoff Practical

3 - 4 Complex circuits 2.1 Identifying series-parallel relationship Lecture Quiz( 27/1 - 7/1) 2.2 Analysis of series-parallel circuit T.Test

2.3 Voltage divider with resistive loads2.4 Loading effect of voltmeter

5 - 6 Network Theorem 3.1 Wheatstone bridge Lecture Assignment 2( 10/2 - 21/2) 3.2 Superposition theorem

3.3 Thevenin's theorem3.4 Norton's theorem

7 Measuring instrument 4.1 Use ammeter Practical( 24/2 - 28/2) 4.2 Use Voltmeter

4.3 Use analog and digital multimeter

8 - 12 Analyze Series/Parallel 5.1 Perform component check Lecture P.Test( 3/3 - 4/4) Circuit Using Measuring 5.2 Analyze resistor in series/parallel circuit Practical

Instrument 5.3 Analyze current in series/parallel circuit5.4 Analyze voltage in series/parallel circuit

9SEMESTER BREAK

( 8/3 - 14/3)12 - 15 Analyze Complex 6.1 Analyze resistor in series/parallel circuit Practical

( 31/3 - 25/4) Circuit Using Measuring 6.2 Analyze current in series/parallel circuitInstrument 6.3 Analyze voltage in series/parallel circuit

15 - 17 Soldering Technique 7.1 Perform basic soldering technique Practical( 21/4 - 9/5) 7.2 Perform soldering on circuit board

7.3 Perform soldering equipment maintenance

Lab 2: Pengelip LED Berfrekuensi Rendah Tetap

18 - 19STUDY WEEK

( 12/5 - 23/5)20 - 21

FINAL EXAM( 26/5 - 6/6)

DELIVERY MODE


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Main Reference 1. Principles of Electric Circuits

Additional Reference

1. Fundamentals of Electric Circuits

2. Circuit Analysis With Devices: Theory and Practice

Other Additional Information

1. NOSS EE-021-23-2012 Electronic Equipment and Appliance Installation & Troubleshooting

2. User manual for workshop handtool and equipment

NO TOPIC CONTENTS WEEK Selasa Rabu

1 Series and Parallel Circuit 1.1 Resistor in series and parallel 8 0

1

11.2 Total series and parallel resistance 11.3 Current in series and parallel 11.4 Voltage and current divider 11.5 Ohm's Law

2

11.6 Kirchoff's Law 21.7 Power in series circuit 1

2 Complex circuits 2.1 Identifying series-parallel 8 03

2relationship

2.2 Analysis of series-parallel circuit 22.3 Voltage divider with resistive loads

42

2.4 Loading effect of voltmeter 2

3 Network Theorem 3.1 Wheatstone bridge 8 0 5 23.2 Superposition theorem 23.3 Thevenin's theorem

62

3.4 Norton's theorem 2

4 Measuring instrument 4.1 Use ammeter 0 4

7

14.2 Use Voltmeter 14.3 Use analog and digital multimeter 2

5 Analyze Series/Parallel 5.1 Perform component check 2 12 8 2Circuit Using Measuring 5.2 Analyze resistor in 2Instrument series/parallel circuit

10 25.3 Analyze current in 2

series/parallel circuit11 2

5.4 Analyze voltage in 2series/parallel circuit

122

6 Analyze Complex 6.1 Analyze resistor in 0 12 2 Circuit Using Measuring series/parallel circuit

13 2Instrument 6.2 Analyze current in 2

series/parallel circuit 14 2

6.3 Analyze voltage in 2series/parallel circuit

152

7 Soldering Technique 7.1 Perform basic soldering technique 0 10 27.2 Perform soldering on circuit board 16 2 27.3 Perform soldering equipment

172 2

maintenance

THEORY / Hours

PRACTICAL / Hours

format_obe circuit theory

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