1. EET205/4
ANALOG ELECTRONICS
Introduction

2. COURSE OUTCOME (CO) EET205/4 – ANALOG ELECTRONICS
CO1 : Ability to analyze small-signal and frequency performance of basic amplifier configurations (BJT and FET) and categorize different types of power amplifiers (C4, P3)
CO2 : Ability to design the basic circuit of amplifier (C5
P3, A3, TS/LS, CS)

3. COURSE OUTCOME (CO) EET205/4 – ANALOG ELECTRONICS
CO3 : Ability to differentiate the feedback amplifier and design an oscillator (C5, P3)
CO4 : Ability to explain the operation and analyze various types of filters (C4, P3)
CO5 : Ability to describe the operation and design simple linear and non-linear voltage regulator circuits (C5, P3)

4. SYLLABUS EET205/4 – ANALOG ELECTRONICS
Review on BJT and FET Bias Circuits
Transistor operation: BJT and FET; biasing circuits of BJT: base bias, emitter bias, voltage divider bias, collector feedback bias.
BJT and FET – Small Signal Amplifiers
Amplifier operation, characteristics, parameters, operational modes of BJT and FET amplifiers, frequency response of BJT and FET amplifiers using Hybrid- model and approximate Hybrid- model.

5. SYLLABUS EET205/4 – ANALOG ELECTRONICS 3. Operational amplifiers
Op-amp parameters, differential and common-mode operation, op-amp basics, practical op-amp circuits, op-amp data sheet.
4. Op-Amp applications
Constant-gain multiplier, voltage summing, voltage buffer, comparator, differentiator, integrator, controlled sources.

6. SYLLABUS EET205/4 – ANALOG ELECTRONICS 5. Feedback circuits
Feedback concepts, Feedback Connection Types, Practical Feedback Circuits, Feedback amplifier stability, phase and gain margins.
6. Oscillator
The Oscillator, Feedback Oscillator Principles, Oscillator with RC Feedback Circuits, Oscillator with LC Feedback Circuit.

7. SYLLABUS EET205/4 – ANALOG ELECTRONICS 7. Active Filters
Basic Filter Responses, Filters Response Characteristics, Active Low-Pass Filters, Active High-Pass Filters, Active Band-Pass Filters, Active Stop-Pass Filters, Filter Response Measurements.
8. Voltage regulators
Zener diode regulator, linear regulator, op-amp linear regulator, linear IC regulator, non-linear (switching) regulators.

8. TEXT & REFERENCE EET205/4 – ANALOG ELECTRONICS
Donald A. Neamen. (2007). Microelectronics Circuit Analysis and Design. 3rd Ed. Mc Graw-Hill.
Floyd, T. (2008). Electronic Devices. 8th Ed. Pearson Education, Inc.
Boylestad, R.L. (2009). Nashelsky, L., ‘Electronic Devices and Circuit Theory. 10th Ed. Prentice Hall.
Bogart, T.F. (2004). Electronic Devices and Circuits. 6th Ed. Prentice Hall.
Adel S. Sedra, Kenneth C. Smith. (2009). Microelectronic Circuits. 6th Ed. Oxford University Press.

9. LABORATORY EET205/4 – ANALOG ELECTRONICS
For repeated students: - bring forward last. semester marks.. Lab 1 : BJT Common Emitter Amplifier (Frequency Response)
Lab 2 : Application of Op-Amp
Lab 3 : Op-Amp (Oscillator)
Lab 4 : Op-Amp (Active Filters)
Lab 5 : Basic Voltage regulator

10. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 1 (Feb 18 – Feb 22)
Lecture
Review on BJT and FET (3 hrs)
Lab
Nil
Tutorial

11. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 2 (Feb 25 – Mac 01)
Lecture
BJT and FET – Small Signal Amplifiers
(3 hrs)
Lab
Nil
Tutorial
Tutorial 1 – 2 hrs

12. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 3 (Mac 04 – Mac 08)
Lecture
BJT and FET – Small Signal Amplifiers
(3 hrs)
Lab
Exp. 1 : BJT Common Emitter Amplifier (Frequency Response) – 2 hrs
Tutorial
Nil

13. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 4 (Mac 11 – Mac 15)
Lecture
BJT and FET – DC Analysis (3 hrs)
Lab
Nil
Tutorial
Tutorial 2 – 2 hrs

14. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 5 (Mac 18 – Mac 22)
Lecture
Operational amplifiers (3 hrs)
Lab
Nil
Tutorial
Tutorial 3 – 2 hrs

15. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 6 (Mac 25 – Mac 29)
Lecture
Op-Amp Applications (3 hrs)
Lab
Nil
Tutorial
Tutorial 4 – 2 hrs

16. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 7 (Apr 01 – Apr 05)
Lecture
Op-Amp Applications (3 hrs)
Lab
Exp 2 : Application of Op-Amp - 2 hrs
Tutorial
Nil
Test 1

17. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 8 (Apr 08 – Apr 14)
SEMESTER BREAK

18. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 9 (Apr 15 – Apr 19)
Lecture
Feedback Circuits
(3 hrs)
Lab
Nil
Tutorial

19. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 10 (Apr 22 – Apr 26)
Lecture
Feedback Circuits
(3 hrs)
Lab
Nil
Tutorial
Tutorial 5 – 2 hrs

20. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 11 (Apr 29 – May 03)
Lecture
Oscillator
(3 hrs)
Lab
Exp 3 : Op-Amp (Oscillator) - 2 hrs
Tutorial
Nil

21. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 12 (May 06 – May 10)
Lecture
Oscillator
(3 hrs)
Lab
Nil
Tutorial
Tutorial 6 – 2 hrs

22. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 13 (May 13 – May 17)
Lecture
Active Filter
(3 hrs)
Lab
Exp 4 : Op-Amp (Active Filters) - 2 hrs
Tutorial
Nil
Test 2

23. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 14 (May 20 – May 24)
Lecture
Active Filter
(3 hrs)
Lab
Nil
Tutorial
Tutorial 7 – 2 hrs

24. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 15 (May 27 – May 31)
Lecture
Voltage Regulator
(3 hrs)
Lab
*Exp 5 : Basic Voltage regulator - 2 hrs
Tutorial
Tutorial 8 – 2 hrs

25. TEACHING PLAN EET205/4 – ANALOG ELECTRONICS WEEK 16 (Jun 03 – Jun 09)
REVISION WEEK
WEEK 17 – WEEK 19
(10 Jun 2013 – 30 Jun 2013)
FINAL EXAM

26. EVALUATION CONTRIBUTION
EET205/4 – ANALOG ELECTRONICS
EVALUATION CONTRIBUTION
Examination - 70 % :
Test 1 : 10%
Test 2 : 10%
Final Examination : 50%
Course Work – 30% :
Labs = 15 % [ Lab 1 + Lab 2 + Lab 3 + Lab 4 + Lab 5]
Assignments/Quizzes = 15 %
* Assignments: For repeated students, bring forward last. semester marks..

27. TEACHING STAFF EET205/4 – ANALOG ELECTRONICS
Lecturers: Pn. Siti Khodijah Mazalan (Coordinator)
Dr. Khor Shing Fhan
Teaching Engineer: En. Syed Akhmal bin Syed Jamalil