An Najah National University , Elect. Eng. Dept.
2nd- Semester 2009/2010 , Course : Electrical Circuits 2 ,
Text Book:Heyt, Kemmerly&Durbin "Engineering Circuit analysis"- 6th-Edition
Course No. 63212 , 3 Credit Hours, Exams: 1st-Exam: 20 Marks , 2nd-Exam: 20 Marks , Activity 10 marks, Final Exam:50 Marks
Course Goals: Building up of enough knowledge in the field of AC-circuits( single –and three phase) and the related power calculations. Understanding the Laplace transformation , the frequency response ,the parallel and series resonance and the two port networks
Instructor: Prof. Dr. Marwan Mahmoud
Chapter 10
Sinusoidal Steady-State Analysis
-Characteristics of Sinusoids
-Forced Response to Sinusoidal Functions
-The Complex Forcing Function
-The Phasor
-Phasor Relationships for R,L, and C
-Impedance
-Admittance
-Nodal and Mesh Analysis
-Superposition, Source Transformations, and Thevenin,s Theorem
-Phasor Diagrams
Chapter 11
AC Power Circuit Analysis
-Instantaneous Power
-Average Power
-Effective Values of Current and Voltage
-Apparent Power and Power Factor
-Complex Power
-Comparison of Power Terminology
Chapter 12
Polyphase Circuits
-Polyphase Systems
-Single-Phase Three-Wire Systems
-Three- Phase Y-Y Connection
-The Delta (Δ)Connection
-Power Measurement in Three-Phase System
Chapter 14
Complex Frequency and the Laplace Transform
-Complex Frequency
-The Damped Sinusoidal Forcing Function
-Definition of the Laplace Transform
-Laplace Transform of Simple Time Function
-Inverse Transform Techniques
-Basic Theorems for the Laplace Transform
-The Initial-Value and Final-Value Theorems
Chapter 15
Circuit Analysis in the s-Domain
-Z(s) and Y(s)
-Nodal and Mesh Analysis in the s-Domain
-Additional Circuit analysis Techniques
-Poles, Zeros and Transfer Functions
-Convolution
-The Complex- Frequency Plane
-Natural Response and the s-Plane
-A Technique for Synthesizing the Voltage Ratio H(s)= Vout/ Vin
Chapter 16
Frequency Response
-Parallel Resonance
-Series Resonance
-Bode Diagrams
-Filters
Chapter 17
Two-Port Networks
-One-Port Networks
-Admittance Parameters
-Impedance Parameters
-Hybrid Parameters
-Transmission Parameters