Lecture slides

1. AC Circuit Analysis
BEEZ 1203
NURULHALIM BIN HASSIM 013 6302099

2. Welcome
FRESHMAN !!!!!!!
Your Journey Has Just Begun!!!

3. Learning Outcomes
 Analyse the principles of the related electrical system applications.
[PO2] [SK6][SP1,2,3] [C4]
 Conduct experimental works to analyse the performance and behaviour of
electrical system applications. [PO4] [SK6][SP1,2,3] [P3]
 Report the findings orally or in writing by performing
assignments/experiments effectively. [PO10] [SK8][SP1,2,3] [A3]

4. Synopsis
 FOCUSING ON ANALYSIS FIRST ORDER OF RC AND RL CIRCUIT, AND
FREQUENCY RESPONSE.
 EXPOSES STUDENTS TO THE METHOD OF ANALYSIS FOR LINEAR
ELECTRICAL CIRCUITS POWER CALCULATION BASED ON SERIES AND
PARALLEL BRANCH OF RLC ELEMENTS.
 LEARN ABOUT THE CONCEPT OF SINGLE PHASE AND THREE PHASE OF
ELECTRICAL SYSTEMS APPLICATIONS
 THE MAGNETIC CIRCUIT AND SINGLE PHASE TRANSFORMER.
 INTRODUCE TO FUNDAMENTAL OF DC MACHINE AND AC MACHINE.

5. 1. Lecturers and Engineering Assistant
a. Nurulhalim Bin Hassim
b. Syed Mohamad Shazali Bin Syed Abdul Hamid
c. Lab Assistant
2. Ground Rules
3. Software
4. References
5. U-Learn
6. Consultation Hours

6. Ground Rules
1. English.
2. Class Representative.
3. Punctuality.
4. 80% Total attendance on Lectures, Labs and Tutorials

7. References
• Charles, K.A & Sadiku, N.O, Fundamentals of Electric Circuit (6th ed), 2017. Mc-Graw Hill
• Hughes E., Electrical and Electronic Technology, Pearson, 11th Edition, 2012.
• Thomas L. Flyod, Principles of Electric Circuits, Pearson, 9th Edition, 2010.
• Nilsson, J. W. & Riedel, S. Electric Circuit. Prentice Hall, 10th Edition, 2015.
• Robert L Boylestad, Introductory Circuits Analysis, Pearson, 11th Edition, 2014.

8. Student Learning Time
Independant Learning
L Lecture 0.5 to 1 hour for each 1 hour of Lecture 1.0
T Tutorial 0.5 to 1 hour for each 1 hour ofTutorial 1.0
P Practical 0.5 to 1 hour for each 1 hour of Practical 1.0

9. Course Implementation
• Lecture
• Tutorial
• Practical Work /Laboratory
• Mid Term Test
• Lab Test
• Assignment Presentation
• Final Exam

10. Subject Assessments
No
Learning
Outcome
Program
Outcome
Assessment Method
Percentage
(%)
1 2 5 LABASSESSMENT 25
2 2 5 LABTEST 15
3 2 6 ASSIGNMENT PRESENTATION 5
4 3 2 MIDTERM 15
5 1 2 PEPERIKSAANAKHIR 40
TOTAL 100

11. Weekly Lecture Plan
WEEK SESSION CONTENTS REMARK
1
Lecture 1
Chapter 1: First Order Circuit and Frequency Response
First Order Circuit
• Source Free RL Circuit and RC Circuit
• Singularity Function
• Step Response of an RL and RC Circuit
2 hours
2
Lecture 2
Chapter 1: First Order Circuit and Frequency Response
Frequency Response
• Transfer Function
• Series and Parallel Resonance
2 hours
3
Lecture 3
Chapter 1: First Order Circuit and Frequency Response
Frequency Response
• Passive Filter
• Active Filter
2 hours
4
Lecture 4
Chapter 2: Series and Parallel AC Circuit and Networks
Single Phase Series and Parallel AC Circuit
• Series and Parallel AC network
• Combination of Series and Parallel AC network
• Admittances and Impedances in combination circuit.
2 hours

12. Weekly Lecture Plan
WEEK SESSION CONTENTS REMARK
5
Lecture 5
Chapter 2: Series and Parallel AC Circuit and Networks
Power In AC Circuit
• Power in Resistive Circuit, Purely Inductive and Purely Capacitive Circuit.
• Power in circuit with Resistance and Reactance
• Power Factor
• Active Power, Reactive Power and Apparent Power (The Power Triangle)
• Power Factor Correction
• Measurement of Power in Single Phase Circuit.
2 hours
6
Lecture 6
Chapter 3: Magnetic Circuits and Transformer
Magnetic Circuits
• Introduction to Magnetic Circuits
• MMF and Magnetic Field Strength
• Permeability of Free Space and Relative Permeability
• Reluctance and Hysteresis
2 hours
7
Lecture 7
Chapter 3: Magnetic Circuits and Transformer
Magnetic Circuits
• Ohm Law For Magnetic Circuit and Ampere’s Circuital Law
2 hours
8 MID-SEM BREAK

13. Weekly Lecture Plan
WEEK SESSION CONTENTS REMARK
9
Lecture 8
Chapter 3: Magnetic Circuits and Transformer
Transformer
• Introduction of a Transformer
• Principle of action of a Transformer
• EMF Equation of a Transformer
• Phasor Diagram for Transformer on No-Load and Ideal Full Load
• Phasor Diagram for a Transformer on Full Load (Practical Transformer)
2 hours
10
Lecture 9
Chapter 3: Magnetic Circuits and Transformer
Transformer
• Equivalent Circuit of a Practical Transformer.
• Approximate Equivalent Circuit of a Practical Transformer and
Simplification
• Open Circuit Test and Short Circuit Test on a Transformer
• Calculation of Voltage Regulation and Efficiency
2 hours
11
Lecture 10
Chapter 4: Three Phase Circuits
Three Phase Circuits
• Generation of Three Phase EMF’s
• Balance Three Phase Voltage
• Balance Three Phase Connection (Y and ∆)
2 hours
12
Lecture 11
Chapter 4: Three Phase Circuits
Three Phase Circuits
• Power in Three Phase System with Balance Load
• Measurement of Active Power and Power Factor
2 hours

14. Weekly Lecture Plan
WEEK SESSION CONTENTS REMARK
13
Lecture 12
Chapter 5: DC Machine
DC Motor and Generator
• Construction and Motor/Generator Action
• EMF Equation and Armature Reaction
• Type of DC Motor Windings and Excitation Technique
2 hours
14
Lecture 13
Chapter 5: AC Machines
Synchronous Motor
• Construction (Rotor and Stator)
• Principle of Operation and EMF Equation
• Introduction to Synchronous Motor and Generator
2 hours
15 Lecture 14
Chapter 5: AC Machines
Induction Motor
• Construction
• Principle of Operation
• Slip and Synchronous Speed
• Theory on Starting Method and Speed Control
.
2 hours
16 REVISION WEEK
17, 18, 19 FINAL EXAM WEEK

15. Ulearn
1. Repository for lecture notes/Lab Sheets /Tutorials.
2. Submission of assignment.
3. Dissemination of information.
https://ulearn-eet.utem.edu.my/sem2202223/my/

16. Consultation Hours
Nurulhalim Bin Hassim
1. BP-90 (Admin Building - 1st Floor Left,
Near Makmal Sistem Komputer )
2. 013- 6302099 (until 9:00 pm)
3. Or by e-mail.