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Computer Aided Design and Simulation
Course Code:	EE 322		Semester:	Spring 2013
Credit Hours:	1+1		Prerequisite:	Electronics II, Digital Logic Design
Instructor:	Dr. Awais M. Kamboh		Class:	BEE-2ABC
Office:	A-311		Telephone:	+92-51-9085-2119
Lecture Days:	Monday		E-mail:	awais.kamboh@seecs.edu.pk
Class Room:	IAEC Lec Hall, CR-17		Consulting Hours:	Monday 1500-1700 or by E-mail
Knowledge Group:		Electronics, Power and Controls	Updates on LMS:	Monday

Course Description:

The course gives an introduction to computed aided design and reliable simulations of electronic circuits for electrical engineers. The course uses software like Cadence Design Suite, PSpice, and Matlab to increase students’ exposure to industrial design practices. It covers all the fundamental and important aspects of the simulation. The students will gain knowledge of the practical issues associated with computer aided simulations of the electronic circuits and will understand the important issues related with them. This course is mainly lab and project oriented.

Course Outcomes/Objectives:
	On completion of the course, the students will be able to demonstrate the following: · Design Electronic Circuits using Schematics / PSpice · Analyze Transient and Frequency response of circuits · Achieve Mixed Signal design using Verilog-A and Verilog · Simulate circuits for reliability · Understand top-down design methodologies · Select appropriate components for PCB layouts

Books:
	Title	Authors	Edition	Year
Text Book:	Basic Operational Amplifiers and Linear Integrated Circuits	Floyd	1^st Edition	1999
Reference:	Analog Design Essentials	Willy Sansen

Main Topics to be Covered:
The course spans over a number of different topics as under:
	Introduction
	Frequency Domain Analysis
	Operational Amplifiers
	MOSFET Amplifiers
	Multi-Layer PCB Designing
	PSpice
	Matlab / Simulink / Cadence
	Mixed Signal Design
	Verilog-A / Verilog

Week	Topic	Description/ Lecture Breakdown
1	Introduction	Fundamentals and Basics
2	Operational Amplifiers	Basics of Operational Amplifier
3	Operational Amplifiers	Integrators and Differentiators
4	Frequency Domain Analysis	Phasors and Frequency Analysis
5	Laplace Transform	Laplace Transform and S-Domain Analysis
6	OHT-1, S-Domain Analysis	S-Domain Analysis using Matlab / Simulink
7	PSPICE	Text based circuit description
8	PCB Designing	Basics of Printed Circuit Board Designing – 1
9	PCB Designing	Multi-Layer PCB Designing
10	MOS Amplifiers	MOSFET-based Amplifiers
11	Differential Amplifiers	MOSFET based Differential Amplifiers
12	OHT-2 Parametric Analysis	Parametric Analysis using Cadence
13	Behavioral Modeling	Verilog and Verilog-A
14	Mixed Signal Design	Verilog / Verilog-A
15	System Level Design	System Level Design using Matlab
16	Filters	Building Blocks of Filters
17	Project	Project Presentations
18	Final Exam

Weightages:

Theory: 50%

Quizzes: 5%

Assignments: 5%

OHTs: 20%

Final Exam: 20%

Practical: 50%

Lab: 30%

Lab Exam: 20%

Grading Policy:
	OrCad PSpice, LT Spice, Proteus, Matlab / Simulink, Cadence, Xming

Last Updated 14^th August 2014.