Clifford D Ferris | Category: Engineering
Binding Type: Hard Binding
Book Details
ISBN: 9789386221155
YOP: 2017
Pages: 484
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Linear Network Theory presents the problems & issues of Linear Network analysis & synthesis. This book is an attempt to bridge the gap between undergraduates & graduates school courses in transient analysis & network synthesis. This text is compendium of various operational techniques for solving circuit problems from the linear system viewpoint. Emphasis is placed upon the use of operational techniques to find total solution including both transient & steady-state. The main theme of the book is solution of linear integrodifferential equations by a variety of techniques. Each technique has its own merit and the use of each depends upon the information described about system behaviour. The book has many illustrated examples most of them being related to electrical circuit problems. The book would be useful for students in electrical engineering and radio engineering helping them in extending the fundamental and theoretical knowledge.
1. The Linear System
2. Review of Mathematical Techniques
3. Introduction to Operational Techniques
4. Fourier Techniques and Frequency Analysis
5. The Laplace Transformation
6. Solution of Integro-differential Equations by the Laplace Transformation Technique
7. Small Signal Linear Analysis
8. Complete Solutions of Network Problems by Laplace Transformation
9. Signal Flow Analysis Techniques
10. Mechanical Analogies
11. An Introduction to Driving-Point
Linear Network Theory presents the problems & issues of Linear Network analysis & synthesis. This book is an attempt to bridge the gap between undergraduates & graduates school courses in transient analysis & network synthesis. This text is compendium of various operational techniques for solving circuit problems from the linear system viewpoint. Emphasis is placed upon the use of operational techniques to find total solution including both transient & steady-state. The main theme of the book is solution of linear integrodifferential equations by a variety of techniques. Each technique has its own merit and the use of each depends upon the information described about system behaviour. The book has many illustrated examples most of them being related to electrical circuit problems. The book would be useful for students in electrical engineering and radio engineering helping them in extending the fundamental and theoretical knowledge.
1. The Linear System
2. Review of Mathematical Techniques
3. Introduction to Operational Techniques
4. Fourier Techniques and Frequency Analysis
5. The Laplace Transformation
6. Solution of Integro-differential Equations by the Laplace Transformation Technique
7. Small Signal Linear Analysis
8. Complete Solutions of Network Problems by Laplace Transformation
9. Signal Flow Analysis Techniques
10. Mechanical Analogies
11. An Introduction to Driving-Point
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