Circuit Analysis

Circuit Analysis has been written for engineering students beginning a course in electrical and computer engineering. General physics and Calculus are considered as pre-requisite for this course. Nowadays, many universities are using two circuit analysis courses in their revised course curriculum to improve the student's fundamental knowledge. The main objectives of this book

- Easy and Clear Presentation of Each Article
- Interpretation of Basic Electrical Parameters in terms of Mathematical Equations
- Emphasis on Modern Engineering Techniques for Circuit Reduction
- Step-by-Step Problem Solving Procedures
- Inclusion of Worked Examples and Drill Problems
- Inclusion of Design-Oriented Problems
- Use of Pspice Software in Circuit Simulation
- A Large Number of Exercise Problems at the End of Each Chapter
- Answers of Drill and Exercise Problems

Table of Contents

• Preface
• Basic Concepts
• Basic Laws and Simple DC Circuits
• Methods of Analysis
• Circuit Theorems
• Basics of Capacitors and Inductors
• Basic Concepts of AC Circuits
• Concept of Phasors and AC Circuits
• Multiple Loop AC Circuits
• AC Circuits Analysis
• AC Power Analysis
• Poly Phase Circuits
• Fundamentals of Magnetic Circuits
• Frequency Response
• Two-port Networks
• Fundamentals of Pspice
• Basics of Transformer
• References
• Mathematical Relations
• Answers to Drill and Exercise Problems
• Index.