-500x500.jpg "Network Theory")
| Book Detail | |
| What's special / Useful in this book | This book ‘Network Theory’ has been designed after much consultation with the students preparing for Diploma examination and competitive examinations like SSC,JE,RRB and other State JE Examinations. The book will be a good resource for Students of Diploma, BE/B.Tech programmes in the Electronics Engineering, Electrical Engineering and Instrumentation Engineering branch also. |
| Publication Year | 2021 |
| ISBN-13 | 9788195207534 |
| ASIN | 8195207537 |
| Language | English |
| Edition | 1st (New) |
| Pages | 184 |
| Preface | |
| Preface | The field of Electrical and Electronic Engineering is vast and diverse. However, two topics hold the key to the entire field. They are 'Circuit Theory' or Network Theory. This topics provide a solid foundation for later learning, as well as for future professional activities. Thereby preparing the student-reader for a more detailed study of this important subject either concurrently or subsequently. The book contains 8 chapters wherein The first chapter is fundamental concepts of circuit elements and Network. The second chapter includes study of different theorems and uses in network to solve complex circuits. It covers both dependent and independent source. Laplace concepts, transients and application are covered in detail in 3,4 and 5 Chapters. Chapter 6 contains two port network where parameters Z,Y,ABCD and h parameters are covered in detail. Chapter 7 contains synthesis of passive networks are covered in detail. Chapter 8 contains filter of different types covered in level of diploma course of Electrical and Electronic Engineering. |
| Table of Contents | |
| Table of Contents | 1. Fundamental Concepts of Circuit Elements and Network 2. Study of Network Theorem in D.C. Circuits 3. Laplace Transform Fundamentals 4. Differential Equation Approach for Transient Response in Passive Circuits 5. Application of Laplace Transform for Solution of Transient Circuits 6. Two Port Network 7. Synthesis of Passive Networks 8. Filters |
Tags: Network Theory