Download Electronic Devices WHAT IS ELECTRONIC DEVICES

EMT 111/4
ELECTRONIC DEVICES
(PERANTI ELEKTRONIK
EMT 111- Electronic Devices
WHAT IS ELECTRONIC DEVICES
Concerned with or using devices
that operate on principles
governing the behavior of electrons
such as:
•Diode
•Transistor
•Integrated Circuit (IC)
EMT111-Electronic Devices
WHY YOU NEED TO LEARN THIS COURSE?
• The electronic gadgets such as cellular phones,
wireless LANs, computer and audio system exist as a
result of advance electronic technology nowadays.
• Electronic systems are consist of variety of
components and each of these components
operates according to one or more fundamental
principles.
• To operate with these system, we need to learn the
components and principles that are common to all
of them.
• This course serves as a foundation for the next
course.
EMT 111- Electronic Devices
COURSE OUTCOMES
• CO1 : Ability to understand the fundamental
concept of electronic device.
• CO2 : Ability to recognize the basic operation of
electronic devices such as diodes, BJT and FET
transistors.
• CO3 : Ability to design and analyze the basic
biasing circuits using data sheets.
• CO4 : Ability to apply both theoritical and practical
aspect of electronic devices application.
EMT 111- Electronic Devices
LECTURER
i) Miss Nur Baya Binti Mohd Hashim
Room: KKF8, Kuala Perlis, UniMAP
Tel: 04-9854067
Email: [email protected]
ii) Madam`Aini Shuhada Binti Md.Zain
Room: KKF8, Kuala Perlis, UniMAP
Email: [email protected]
Pegawai Latihan Vokasional (Teaching Engineer)
i) Madam Dayang Khadijah Binti Hamzah
Email : [email protected]
ii) Mr Khairil Shahmi Bin Musa
Email : [email protected]
EMT111-Electronic Devices
COURSE INFORMATION
Lecture’s Time Table
DAY
TUESDAY
FRIDAY
TIME
1:00 PM
3:00 PM
10:00 AM
11:00 AM
ROOM
DKR4
GROUP
G3,G4,
G20
LECTURER
Miss Baya &
Madam Aini
DKP2
G3,G4,
G20
Miss Baya &
Madam Aini
EMT111-Electronic Devices
COURSE INFORMATION
Lab’s Time Table
DAY
WEDNESDAY
THURSDAY
TIME
ROOM
GROUP
LECTURER
11:00 PM 1:00 PM
MKG1
G3
Madam Dayang
3:00 PM 5.00 PM
MKG3
G4
Mr Shahmi
5:00 PM –
7.00 PM
MKG1
G20
Mr Shahmi
EMT111-Electronic Devices
COURSE INFORMATION
•
Lectures
- 3 hours/ week ( 3x14 weeks = 42 hours)
- Please bring your own lecture note. Print from portal.
www.portal.edu.my
- Read the related topics in text book before came
to the class.
•
Homework/ Assignment/ Quiz
•
Test
-
First test : Chapter 1,2 and 3 (Week 7)
-
Second test : Chapter 4,5 and 6 (Week 13)
EMT111-Electronic Devices
COURSE INFORMATION
•
•
•
•
Lab
- 2 hours / weeks ( 2 x 6 weeks = 12 hours)
- Total 6 experiments throughout the semester.
- You may be required to complete pre-lab assignments prior to
going into lab.
Tutorial
- Tutorial 1, 2, 3 and 4
Practical test
- 2 practical test during lab session
- Practical test 1: Week 5
- Practical test 2: Week 11
Final Exam
EMT111-Electronic Devices
LIST OF CHAPTERS
• CHAPTER 1 - Semiconductor Material
• CHAPTER 2 - The Diode Applications
• CHAPTER 3 - Special-Purpose Diodes
• CHAPTER 4 - Bipolar Junction Transistors (BJTs)
• CHAPTER 5 - Transistor Bias Circuits
• CHAPTER 6 - Field-Effect Transistors (FETs)
EMT111-Electronic Devices
LIST OF EXPERIMENTS
LAB 1 – Introduction to Basic Laboratory Equipment (1st Week)
LAB 2 – Introduction to Diode (2nd Week)
LAB 3 – Diode as Rectifiers (4th Week)
LAB 4 – Zener Diode and Voltage Regulation (7th Week)
LAB 5 – Current and Voltage Characteristics of BJT (8th Week)
LAB 6 – Voltage Divider Biasing (10th Week)
LAB 7 – JFET Characteristics (12th Week)
EMT111-Electronic Devices
ASSESMENT
(A) Coursework = 50%
(i) Theory Test
= 10% [Test 1 and Test 2]
(ii) Labs
= 15% [Lab 2 – 6]
(iii) Practical Tests = 15% [Test 1 and Test 2]
(iv) Quizzes/Assignments = 10%
(B) Final Exam = 50%
(c) Total Marks = 100%
EMT111-Electronic Devices
ASSESMENT
Lecture notes – portal UniMAP, under ‘Kejuruteraan Komputer
dan Perhubungan’, semester 1 sesi akademik 2009/2010, EMT
111: Electronic Devices’.
Text book:
Thomas L.Floyd, Electronic Devices Conventional Current Version,
8th edition, Prentice Hall (2007)
References and additional reading:
1.
Robert T. Paynter, Introductory Electronic Devices and Circuits, 6th
Edition, Prentice Hall
2.
Robert L. Boylestad, Louis Nashelsky, Electronic Devices and Circuit
Theory, 8th Edition, Prentice Hall
3.
Donald A. Neamen, Semiconductor Physics and Devices, 3th
Edition, McGraw-Hill