Electromagnetic Fields Reference Books

Given below are the download links of two reference books we'll be following this semester (Spring 2015).

1. Electromagnetic Field Theory by U A Bakshi
Download book

2. Engineering Electromagnetics by William H. Hayt (6th Edition, including solution)
Download book


 Thanks everybody :)

Computer Networks: Necessary Materials

Dear Students, welcome to EEE Course Materials.

For the course titled 'Computer Networks', we are going to take help from the following two excellent books:

1. 640-802 CCNA Exam Prep written by Jeremy Cioara, David Minutella and Heather Stevenson (2nd Edition). 
2. Computer Networking: A Top-Down Approach written by James F. Kurose and Keith W. Ross (6th Edition).

Download Links:
1. 640-802 CCNA Exam Prep
2. Computer Networking: A Top-Down Approach

For Networking Lab, we will use a Network Simulation Tool (Packet Tracer 6.0.1). Given below is the download link of the software:

Download Packet Tracer

Thank you.

Basic CISCO Router Configuration Commands

PASSWORDS

 

1. Set Enable Password (User Mode to Exec Mode)

Router#configure terminal

Router(config)#enable password test

Sets enable password to test

 

2.Set Enable Secret Password (User Mode to Exec Mode)

Router(config)#enable secret Vinita

Sets enable secret password to Vinita

3.Set Console Password (To enter User Mode)

Router(config)#line console 0

Router(config-line)#password console1

Router(config-line)#login

Enters console line mode

Sets console line mode password to console1

Enables password checking at login

 

Signals Maths from Haykin's Book

Click on the pictures below and open in new tab to view them in large size. 

   
 

          

Solutions of Corcoran Chapter 02-09, 11, 14

Given below is the link to solution manuals of almost all the chapters of Corcoran.

Download Solution Manuals

Signals and Linear Systems PDFs

Download links of related course materials for the courses EEE-3111 and EEE-3112 are given below:

Reference Books
1. MATLAB Programming for Engineers 4th edition by Stephen J. Chapman


Class Notes
1. Basic Operations on Signals

SUGGESTIONS! (EEE-1213 & EEE-3111)

Disclaimer: This suggestion only outlines the most important topics. Those of you are targeting TOP marks, you will have to study far more. 

Electrical Circuits II (EEE-1213):

1. R, L, C branch
2. Basic Definitions
3. Average & RMS: Both theory & Maths. Calculations from given figure is must!
4. Maths related to Z calculation
5. Example of Chapter 8
6. Resonance
7. Phasor algebra & Leading-Lagging is must!!!

Signals & Linear Systems (EEE-3111):

1. Study all the questions of Midterm: Very Very Important
2. There will be 1 set (10 marks) from Z transform. Study the supplied sheet.
3. There will be 1 set (10 marks) from Fourier transform. Review the maths done in class. 

* At least 20 marks common from Midterm's question!

* Most maths will be unchanged (as done/shown in class)!

Signals and Linear Systems (EEE-3111): Special Suggestion for Midterm, Summer 2014

This suggestion does not guarantee A+, it just covers the most important questions.

Theory:

• Definitions: Signal, Systems, Classification of various signals, Basic system properties (Linearity, Causality etc.), Basic properties of LTI systems (Associative property, Distributive property etc.), PSD, Autocorrelation.
• Unit Step function and Unit Impulse function.
• Shifting property of unit impulse function.

Math:

• Shifting, Compressing a given signal (discussed in class in detail).
• Draw signals from given equations.
• Linearity, Time-invariance, Causality check of systems (examples and also exercises given in the last class).
• Power and Energy calculation of signals.
• Examples reviewed in class are VVI.

Thank you and good luck.

Electrical Circuits II (EEE-1213): Syllabus Overview for Midterm, Summer 2014

You'll have to answer 3 out of 4 questions.

Theory:

• Branches: R, L, C, RL (2 will come in the exam)
• Definitions: AC, Phasor, Period, Frequency, Angular Frequency, Phase, Phase Difference, Form Factor, Peak Factor etc.
• Calculation of Average & Effective value of a sinusoidal wave (discussed in last lecture)

Math:

• Phasor Algebra (at least 6 marks)
• Leading / Lagging (at least 5 marks)
• Impedance (Z) Calculation
• Determination of Period, Phase angle, Angular frequency etc. from a given wave

Thanks everyone. Good luck!

Download Link of Fundamentals of Electric Circuits (4E)

Click below to download Fundamentals of Electric Circuits by Charles K. Alexander, Matthew N.O. Sadiku (4th Edition).

Download Book