1. ANALOG ELECTRONICS I EMT 112/4 OVERVIEW

2. LECTURERS LECTURERSABARINA ISMAIL 1 st Floor, Blok A, PPKKP, Kompleks Pusat Pengajian, Jejawi Tel: 04-9798306/ 013 5181375 Email: sabarina@kukum.edu.my TEACHING ENGINEER SAHADAH AHMAD 1 st Floor, MKY7, Blok Makmal Kg Wai, Tel: 04-9854979

3. ASSESSMENT Final Exam: 50% Coursework: 50% Lab work: 30% Test: 10% Mini project: 10%

4. OBJECTIVES To understand and analyze amplifier circuits Design amplifiers using BJT & FET transistors Analyze amplifiers in terms of frequency response, equivalent circuits, thermal management, gain To understand electronic analog devices applications electronic analog devices

5. COURSE CONTENTS 1.SMALL SIGNAL BJT TRANSISTOR AMPLIFIERS  BJT small signal operation  BJT AC equivalent circuits  Common Emitter amplifier ac configuration  Common Collector amplifier ac configuration  Common Base amplifier ac configuration  BJT complete Hybrid equivalent circuit  BJT approximate Hybrid model

6. 2. SMALL SIGNAL FET AMPLIFIERS  FET small signal model  FET fixed bias circuit  FET self bias circuit  FET voltage divider bias circuit  Common Drain ac configuration  Common Gate ac configuration COURSE CONTENTS

7. 3. CASCADE AMPLIFIERS  Cascade connection  Cascode connection  Darlington connection  Darlington transistor  Transformer coupling COURSE CONTENTS

8. 4. POWER AMPLIFIERS  Power Amplifier Classification  Class A power amplifiers  Class B power amplifiers  Class A-B power amplifiers  Amplifier Distortion  Class C and Class D power amplifiers  Transistor Power Dissipation  Thermal Management COURSE CONTENTS

9. 5. AMPLIFIER FREQUENCY RESPONSE  Basic Concepts  Miller Theorem and Decibel notation  BJT low frequency amplifier response  BJT high frequency amplifier response  BJT complete amplifier response  FET amplifier frequency response  frequency response measurement techniques COURSE CONTENTS

10. 6. THYRISTORS AND OTHER DEVICES  Shockley Diode  SCR and SCR applications  SCS (Silicon Controlled Switch)  DIAC and TRIAC  UJT  Photo Transistor  LASCR  Optical Coupler COURSE CONTENTS

11. REFERENCES Text  Donald A. Neamen, ‘Electronic Circuit Analysis & Design, 2 nd Ed.’, McGraw Hill International Edition, 2001 (ISBN 0-07-118176-8) Others  Boylestad, R.L., Nashelsky, L., “Electronic Devices and Circuit Theory”, 8th Edition, Prentice Hall, 2002.  Thomas L. Floyd, ‘Electronic devices: Conventional Current Version’, 7 th ed.’, Prentice Hall.

12. COURSE INFORMATION Lecture: Monday: 11.00 – 1.00 pm (DKG5) Friday: 8.00 – 9.00 am (DKM1) Lab: Wednesday G3(Computer): 1.00 – 3.00 pm (MKG2) G4(Communication): 4.00 – 6.00 pm (MKG3)