Course outline EECE 1316

Course outline EECE 1316

Learning Outcome EECE 1316

LO1: Apply circuit laws  and analysis methods to solve basic circuits

LO2:  Perform phasor analysis to analyse AC circuits 

LO3:  Analyse circuits involved in regulating power supply & amplifier circuits (operational amplifier)

LO4:  Explain the concept of Faraday and induction law, transformer, generator and induction motor

Notes EECE 1316 (pdf)

LO1: Apply circuit laws  and analysis methods to solve basic circuits

Week 1: Chapter 1 Basic concepts

Week 2: Chapter 2 Basic Laws

 Week 3 & 4 : Chapter 3 Method of analysis

LO2:  Perform phasor analysis to analyse AC circuits 

Week 6,7,8 : Chapter 9 Sinusoid and phasors

Week 9: Chapter 11 AC Power analysis

LO3:  Analyse circuits involved in regulating power supply & amplifier circuits (operational amplifier)

Diodes

Week 10: Diode DC analysis

Rectifier, Filter and Voltage Regulator

Week 11: Rectifiers 

Week 12: Filter and voltage regulator

Operational Amplifier

Week 13: Operational Amplifier

LO4:  Explain the concept of Faraday and induction law, transformer, generator and induction motor

Week 14 : Electromagnetism

Week 14: Transformer, generator and DC motors 

Recorded videos EECE 1316

LO1: Apply circuit laws  and analysis methods to solve basic circuits

Chapter 1 Basic concepts

1. Theory of basic concepts of electric circuits

Chapter 2 Basic Laws

Youtube Playlist for Chapter 2:  https://youtube.com/playlist?list=PLuFGvQq5WxUX3SeckmRoNUsD-gK-14Oes

1. Ohms Law

2. Node, branch, loop, series , parallel 

3. KCL

4. KVL

5. Voltage division in series circuit

6. Current division in parallel circuit & conductance

Chapter 3 Method of analysis 

Youtube Playlist for Chapter 3:  https://youtube.com/playlist?list=PLuFGvQq5WxUXb3g_NYSOx-1t8rWrGFBhS

1. Mesh analysis

2. Example 2 :  Mesh analysis

3. Supermesh!

4. Nodal Analysis

5. Supernode!

LO2:  Perform phasor analysis to analyse AC circuits 

Chapter 9 : Sinusoids and phasors

Youtube Playlist for Chapter 9:  https://youtube.com/playlist?list=PLuFGvQq5WxUXYO-NlOJrHZega_gswjmj9 

1. Sinusoids

2. Leading and lagging

3. Phasors (complex numbers)

4. Operation of phasors

5. More examples on phasor transformation

6. Phasor integral and differentiation

7. Phasor relationship in circuit elements

8. Impedance and admittance

9. Example AC circuit (Ohms Law and voltage division) 

10. Examples AC circuit ( Impedance combination)

11. Example AC circuit ( current divider)

Chapter 11 : AC Power Analysis

Youtube playlist for Chapter 11: https://youtube.com/playlist?list=PLuFGvQq5WxUVk3MSld-JpB70P6Mz4IEui

1. Instantaneous power and average power

2. Circuit examples to calculate average power

3. Complex power

4. Examples of complex power

LO3:  Analyse circuits involved in regulating power supply & amplifier circuits (operational amplifier)

Chapter 2: Diode DC Analysis

Youtube Playlist for Chapter 2: https://youtube.com/playlist?list=PLuFGvQq5WxUUfM1e7GvOxjXc5pHzkYfNb

1. DC analysis of diode (ideal model)

2. DC analysis of diode ( PLM 1 & 2) 

3. DC analysis of diode (graphical approach)

4. Examples on diode load line

5. Examples on DC analysis of diode

Chapter 3: Basic Power supply 

Youtube Playlist for Chapter 3:  https://youtube.com/playlist?list=PLuFGvQq5WxUW8ivQb5_v8cdR1L2J896lb

Introduction to basic power supply and transformer

CHAPTER 3: PART 2: RECTIFICATION

1. Half wave rectifier

2. Duty cycle for half wave rectifier

3. Examples on half wave rectifier

4. Full wave rectifier (center tapped)

5. Full wave rectifier (full bridge)

CHAPTER 3: PART 3: FILTER

1. Introduction to Filter 

2. Example of Filter calculation

CHAPTER 3: PART 4: VOLTAGE REGULATOR

1. Introduction to Zener diode

2. Introduction to voltage regulator

3. Examples of voltage regulator

Chapter 8: Operational Amplifier

Youtube Playlist for Chapter 8 :   https://youtube.com/playlist?list=PLuFGvQq5WxUXbpk_7d8x20dE3AdEsJFBN

1. What is operational amplifier?

2. Characteristics of ideal operational amplifier

3. Inverting amplifier

4. Noninverting amplifier & buffer

5. Summing amplifier

TUTORIAL QUESTION

1. Chapter 1: Basic concept (Examples)