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PowerSystem Analysis

EE-230 Special Network Applications

Textbooks:  Fundamentals of Electric Circuits, Alexander and Sadiku, Second Edition,  McGraw-Hill.
Instructor: Hadi Saadat

Catalog Data - Course Schedule
Course Policy and Examinations
Example on writing mesh equations in coupled circuits

Catalog Data

Special types of linear networks are analyzed using the circuit analysis techniques learned in EE-201. These special applications include three-phase balanced AC circuits, circuits containing coupled coils (including the linear and ideal transformer), operational amplifier circuits, and two-ports. Analysis techniques will include both classical methods and computer simulation using SPICE. (prerequisite: EE-201).

Course Schedule

W Day

Topics

Ch.
1 1 Review of real and reactive power; concept of complex power 11
  2 Steady-state power calculations continued 11
  3 Generation of three-phase voltages; line and phase relations for voltage and current in wye and delta connected systems  12
2 1 Analysis of balanced wye and delta connected loads 12
  2 Analysis of combined balanced delta and wye loads using equivalent single-phase circuits 12
  3 Continue  12
3 1 Power calculations in balanced three-phase circuits 12
  2 Power measurements  
  3 Concept of mutual inductance and coefficient of coupling 13
4 1 Polarity of mutually induced voltages, dot convention and energy calculations 13
  2 Linear transformer  13
  3 Test # 1  
5 1 Ideal transformer and impedance transformation 13
  2 Equivalent circuit for magnetically coupled coils, SPICE analysis of circuits with coupled coils  13
  3 Operational-Amplifier, terminal voltages and currents 5
6 1 Inverting- and noninverting-Amplifiers 5
  2 Summing- and difference-Amplifiers 5
  3 Integrating and differentiating amplifiers 6.6
7 1 Equivalent circuit of the operational Amplifier 5
  2 Practical model for the operational amplifier  5
  3 SPICE analysis of amplifier circuits 5
8 1 Review  
  2 Test # 2  
  3 Two-port parameters and reciprocal circuit examples; interrelationships between parameters 19
9 1 Analysis of terminated-two-port circuits 19
  2 Interconnected-two-port circuits 19
  3 Two-port circuit applications 19
10 1 Continue 19
  2 Introduction to transient analysis  
  3 Review  
11 Final

Course Policy and Examinations

Two, 1-hour examination will be given during the course of the term at dates shown below. A two-hour, comprehensive final examination will be given during final exam week.

Problem Assignments:
Students are required to solve all the assigned problems. You are expected to keep a neat record for the solution of these assignments

Exam. Schedule and Grading:
The course grade will be based on the following:

Test 1 Friday  January 9 25%
Test 2 Wednesday February 4 25%
Final Friday  February 27  (8:00-10:00) 30%
Problem Assignments and PSpice 20%
 


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