Awais Mehmood Kamboh

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Electronics II
Course Code:	EE-221		Semester:	Spring 2011
Credit Hours:	3+1		Prerequisite Codes:	EE-216 Electronics I
Instructor:	Dr. Awais M. Kamboh		Discipline:
Office:	Room #214		Telephone:	+92 (0)51 9085 2119
Lecture Days:	Tu,W,Th (Labs M)		E-mail:	awais.kamboh@seecs.edu.pk
Class Room:	CR-1, Advanced Electronics Lab		Consulting Hours:	1000 to 1200 hrs or by Appt.
Knowledge Group:		Electronics	Updates on LMS:	Several Times a Week

Course Description:

This is the second course in the sequence of the two courses on microelectronic circuits. The objective of this course is to provide the students an insight into analysis and design of electronic circuits that find extensive application in such fields as computers, control systems, digital instrumentation, communications, radar etc. The course begins with an introduction to single-stage IC amplifiers and continues with differential and multistage amplifiers, in both their bipolar and MOSFET forms followed by various output stages. Frequency response of amplifiers is studied next. Feedback analysis with focus on practical circuit applications of negative feedback and stability problems in feedback amplifiers are also presented. The dc and small-signal analyses of the operational amplifier and output stages are also covered in the course.

The course will enable students to analyze and design analog circuits of practical importance. The course will also prepare students to undertake advanced microelectronics courses.

Course Outcomes/Objectives:

By the end of the course the students will be able to

· Describe behavior of BJT and MOS based complex circuits.

· Analyze the high frequency response of the circuits.

· Design high performance circuits based on several new concepts learned in this course

· Undertake graduate level courses in circuit design

· Use PSpice to simulate and design circuits

Books:

Text Book:

Microelectronic Circuits by Adel S.Sedra & Kenneth C.Smith 5^th Edition

Reference Books:

Fundamentals of Microelectronics by Behzad Razavi

Electronic Devices by Floyd, Sixth Edition.

	S/No.	Lecture Topics
	1	Introduction
	2	Electronics I Review
	3	Cascode Stages
	4	BJT Current Mirrors
	5	MOS Current Mirrors
	6	Differential Amplifiers
	7	BJT Differential Pair
	8	MOS Differential Pair
	9	Differential Pair with Active Load
	10	Frequency Response
	11	Association of Poles / Zeros
	12	Miller’s Theorem
	13	High Frequency model of BJT
	14	High Frequency model of MOS
	15	Common Emitter / Common Source
	16	Common Base / Common Gate
	17	Emitter Follower / Source Follower
	18	Feedback
	19	Properties of Negative Feedback
	20	Basic Feedback Topologies
	21	The Stability Problem
	22	Operational Amplifier
	23	Op Amp based Circuits
	24	The 741 Op Amp Circuit
	25	Output Stages
	26	Class A, B, AB Stages

	S/No.	Lab Topic
	1	Introduction to ORCAD PSpice
	2	Filters and BJT Common Emitter Frequency Response
	3	BJT Bias Circuit Design and Small Signal Common Emitter Amplifiers
	4	MOSFET Amplifier Design
	5	Multistage Amplifier Design
	6	Cascode Amplifier Design
	7	Differential Amplifier
	8	Feedback
	9	Op-Amp Amplifier and Filter Design

Grading Weightages:
Theory:	75%
Practical:	25%
Quizzes:	12% of 75= 9% of 100
Assignments:	08% of 75 = 6% of 100
Mid Semester Exams:	40% of 75 = 30% of 100
End Semester Exam:	40% of 75 = 30% of 100
Labs:	72% of 25 = 18% of 100
Final Project:	28% of 25 = 7% of 100

Last Updated 14^th November 2011.