EMT 112 / 4ANALOGUE ELECTRONICS

Lecture ICourse Overview

Jan 01, 20081200 – 1400

DKQ 1

COURSE OUTCOMES

• CO1: Students will be able to analyze and design various types of amplifier circuits using Bipolar Junction Transistors (BJTs).

• CO2: Students will be able to analyze and design various types of amplifier circuits using Field Effect Transistors (FETs).

COURSE OUTCOMES• CO3: Students will be able to understand

the concept, define various classes and analyze several circuit configurations of cascade and power amplifiers.

• CO4: Students will be able to understand the operations and applications of thyristors and other devices.

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

COURSE CONTENTS2. 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

3. CASCADE AMPLIFIERS– Cascade connection– Cascode connection– Darlington connection– Darlington transistor– Transformer coupling

COURSE CONTENTS

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 CONTENTS5. 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 CONTENTS6. THYRISTORS AND OTHER DEVICES

– Shockley Diode– SCR and SCR applications– SCS (Silicon Controlled Switch)– DIAC and TRIAC– UJT– Photo Transistor– LASCR– Optical Coupler

LECTURER

Mohd Hafiz IsmailA Blok Level II Jejawi

hafizismail@unimap.edu.my04 979 8330016 4402 016

TEACHING ENGINEERS

Wan Azlianawati Wan AzizLevel I Kubang Gajah

wanazlianawati@unimap.edu.my04 979 8760

TEACHING ENGINEERS

Mohd Khairul Mohd KamilLevel 9 IC Design KWSP

mohdkhairul@unimap.edu.my04 979 8253

ASSESSMENTS

•Final Exam : 50%•Coursework : 50%

– Lab work : 25%

– Tests : 20%

– Et Cetera: : 5%

COURSE MATERIALS

MAIN TEXT• Donald A. Neamen, ‘Electronic Circuit

Analysis & Design, 2nd Ed.’, McGraw Hill International Edition, 2001

OTHER REFERENCES• Thomas L. Floyd, ‘Electronic devices:

Conventional Current Version’, 7th ed.’, Prentice Hall

• Robert L. Boylestead & Louis Nashelsky, ‘Electronic Devices and Circuit Theory’, 8th ed, Prentice Hall.

COURSE INFORMATION

• Lectures– Tuesday: 12.00 – 2.00 pm (DKQ1)

– Friday: 10.00 – 11.00 am (DKP2)

• Laboratory Sessions– Tuesday (Electronic): 3.00 – 5.00 pm (MKG3)

– Thursday (Microelectronic): 1.00 – 3.00 pm (MKG3)

WEEK DATE MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY

             

1 31.12 - 04.01   BJT 0     BJT 0

         

             

2 07.01 - 11.01 BJT I AWAL BJT I

      MUHARRAM  

         

3 14.01 - 18.01   BJT II     BJT II

    LAB I (E) LAB I (uE)  

             

4 21.01 - 25.01 BJT III   BJT III

    LAB II (E) LAB II (uE)  

         

5 28.01 - 01.02   BJT IV     BJT IV

    TUTORIAL I (E) TUTORIAL I (uE)  

             

6 04.02 - 07.02 SEMESTER SEMESTER SEMESTER CNY CNY

    BREAK BREAK BREAK    

             

7 11.02 - 15.02   FET 0     FET 0

  THEORY LAB III (E) LAB III (uE)  

  TEST I          

8 18.02 - 22.02   FET I     FET I

    LAB IV (E) LAB IV (uE)  

             

9 25.02 - 29.02   FET II     FET II

    TUTORIAL II (E) TUTORIAL II (uE)  

             

10 03.03 - 07.03   CASCADE AMP I     CASCADE AMP I

    LAB V (E) LAB V (uE)  

             

11 10.03 - 14.03   CASCADE AMP II     CASCADE AMP II

    LAB VI (E) LAB VI (uE)  

             

12 17.03 - 21.03 POWER AMP I MAULIDUR POWER AMP I

  THEORY   RASUL  

  TEST II      

13 24.03 - 28.03   POWER AMP II     POWER AMP II

    LAB TEST (E) LAB TEST (uE)  

             

14 31.03 - 04.04   POWER AMP III     POWER AMP III

    TUTORIAL III (E) TUTORIAL III (uE)  

             

15 07.04 - 11.04   THYRISTORS ETC     THYRISTORS ETC

  THEORY TUTORIAL IV (E) TUTORIAL IV (uE)  

  TEST III          

16 14.04 - 18.04 REVISION REVISION REVISION REVISION REVISION

             

             

17 21.04 - 25.04 EXAM EXAM EXAM EXAM EXAM

             

             

18 28.04 - 02.05 EXAM EXAM EXAM LABOUR / EXAM

          WESAK  

          DAY  

19 05.05 - 09.05          

CUTI UMUM DI NEGERI PERLIS JANUARI 2008 HINGGA DISEMBER 2008

TarikhHari Perkara

10 JANUARI 2008 KHAMIS AWAL MUHARAM

7 & 8 FEBRUARI 2008

KHAMIS & JUMAAT TAHUN BARU CINA

20 MAC 2008 KHAMIS MAULIDUR RASUL

1 MEI 2008 KHAMIS HARI PEKERJA

1 MEI 2008 KHAMIS HARI WESAK

17 MEI 2008 SABTU HARI KEPUTERAAN TUANKU RAJA PERLIS

7 JUN 2008 SABTU HARI KEPUTERAAN SERI PADUKA BAGINDA YANG DIPERTUAN AGONG

30 JULAI 2008 RABU ISRAK & MIKRAJ

31 OGOS 2008 AHAD HARI KEBANGSAAN

17 SEPTEMBER 2008 RABU NUZUL AL-QURAN

1 & 2 OKTOBER 2008*

RABU & KHAMIS HARI RAYA PUASA

27 OKTOBER 2008 ISNIN HARI DEEPAVALI

8 & 9 DISEMBER 2008*

ISNIN & SELASA HARI RAYA QURBAN

25 DISEMBER 2008 KHAMIS HARI KRISMAS

29 DISEMBER 2008 ISNIN AWAL MUHARAM

* Tertakluk kepada perubahan