Course Outline-Basic Electronic Engineering-Handout, Exercises of Basic Electronics

Giri Bhatt gave this handout for overview of Basic Electronic Engineering course at Shree Ram Swarup College of Engineering

Typology: Exercises

2011/2012

Uploaded on 07/13/2012

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Course Outline
EE-1223 Basic Electronic Engineering
Session: Spring 2012
1. Class Schedule:
Section 1: Wed 09:30 โ€“ 10:50 Fri 09:30 โ€“ 10:50
Section 2: Wed 13:00 โ€“ 14:20 Fri 11:00 โ€“ 12:20
Section 3: Tue 11:00 โ€“ 12:20 Thu 09:30 โ€“ 10:50
2. Contact information:
Umar Maqbool
Cabin# 109, FEAS Offices, 1st floor, A-Block
Office Hours: Mon 10:00 โ€“ 14:00 Tue, Thu 13:00 15:00
3. Course Aim
To provide students with the fundamentals of electronic circuits and an understanding of physical
electronics of a range of discrete semiconductor devices, including design, construction and testing
of experimental electronic circuits.
3. Course Content:
Week
Topics
1
Semiconductors, p-type materials n-type materials , diode models
2
Diode Rectifiers, Diode Limiters, Diode clampers, Voltage multipliers
3
Zener diodes, Zener diode applications
4
Bipolar Junction Transistors, Structure, Modes of Operation and Parameters
5
Transistor Bias Circuits
6
Small Signal Analysis of BJTs
7
BJT Amplifiers
8
MIDTERM EXAM
9
BJT Amplifiers
10
BJT Amplifiers
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Course Outline

EE-1223 Basic Electronic Engineering

Session: Spring 2012

1. Class Schedule:

Section 1: Wed 09:30 โ€“ 10:50 Fri 09:30 โ€“ 10:

Section 2: Wed 13:00 โ€“ 14:20 Fri 11:00 โ€“ 12:

Section 3: Tue 11:00 โ€“ 12:20 Thu 09:30 โ€“ 10:

2. Contact information:

Umar Maqbool

Cabin# 109, FEAS Offices, 1st^ floor, A-Block

[email protected]

Office Hours: Mon 10:00 โ€“ 14:00 Tue, Thu 13:00 15:

3. Course Aim

To provide students with the fundamentals of electronic circuits and an understanding of physical electronics of a range of discrete semiconductor devices, including design, construction and testing of experimental electronic circuits.

3. Course Content:

Week Topics

1 Semiconductors, p-type materials n-type materials , diode models

2 Diode Rectifiers, Diode Limiters, Diode clampers, Voltage multipliers

3 Zener diodes, Zener diode applications

4 Bipolar Junction Transistors, Structure, Modes of Operation and Parameters

5 Transistor Bias Circuits

6 Small Signal Analysis of BJTs

7 BJT Amplifiers

8 MIDTERM EXAM

9 BJT Amplifiers

10 BJT Amplifiers

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11 JFET Characteristics and Parameters

12 JFET Biasing

13 MOSFET Characteristics and Parameters

14 MOSFET Biasing

15 Common Source Amplifiers

16 Common Drain Amplifiers

17 Common Gate Amplifiers

18 FINAL EXAM

4. Marks Distribution:

Final Exam 40%

Mid-Term 30%

Assignment 15%

Quiz 15%

5. Resources:

Text Book :

Electronic Devices by Thomas L. Floyd, 7th^ Edition, Pearson Education

Reference Book :

Microelectronic Circuits by A.S. Sedra and K.C. Smith 5th^ Edition, Oxford University Press

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