Orient Blackswan

Imprint	Universities Press
Year of Publishing	2016
Number of pages	856
ISBN	9788173719899
Format	Paperback
Language	English
Dimensions	180 x 240 mm
Catalogue(s)	Engineering & Technology

Imprint	Universities Press
Year of Publishing	2016
ISBN	9789386235077
Format	eBook
Language	English
Catalogue(s)	Engineering & Technology

the Book
the Author(s)
Table of Contents

Microwave Engineering: Fundamentals, Design and Applications emphasises the basic concepts of microwave engineering, design techniques and applications of microwave engineering in a markedly different way. This inclusive approach covers the undergraduate syllabus of almost all Indian institutions where microwave engineering is taught and to some extent a part of the postgraduate curriculum too. The student-friendly nature of the book is strengthened by:

• CAD solutions with standard simulators used for optimal design of matching networks and filters,

• an exclusive chapter on Waveguides and Resonators,

• simulation based design of microwave oscillators and amplifiers,

• basics of microwave measurement techniques and fundamentals of spectrum analyser and network analyser,

• a chapter on Radar Principle and Systems,

• concise coverage of EMI-EMC and microwave antennae,

• Electronic Design Automation (EDA) tools and 3D electromagnetic field simulators used to solve a number of design problems,

• use of MATLAB in generating characteristic curves and solving problems,

• coverage of an emerging topic of microwave engineering—metamaterials,

• review questions that help in self-assessment, and

• ‘recapitulation’ that serves to reinforce the fundamentals contained in the chapter. For additional material, please visit http://www.universitiespress.com/subalkar/mwe

+ Read more

Subal Kar is Professor and Ex-Head of the Institute of Radio Physics and Electronics, University of Calcutta. His fields of specialisation cover microwave and millimetre-wave devices and circuits, metamaterials, THz imaging, optical communication and high energy physics. He has published a large number of research papers in international journals and has three patents to his credit. Dr Kar received the Young Scientist Award of URSI and IEEE MTT as well as the Fulbright Award of the US Government. He is a Fulbright Fellow, Senior Member of IEEE, Fellow of IETE, and Fellow VEDA Society.

+ Read more

Foreword

Preface

Chapter 1 Introduction

Chapter 2 Electromagnetics Revisited

Chapter 3 High Frequency Behaviour of Transmission Lines

Chapter 4 Guided Structures: Waveguides and Cavity Resonators

Chapter 5 Microwave Network and Scattering Matrix

Chapter 6 Microwave Passive Circuit Components

Chapter 7 Impedance Matching in Transmission Lines and Waveguides

Chapter 8 Microwave Filters

Chapter 9 Microwave Active Devices: Oscillators, Amplifiers and Power Combiners

Chapter 10 Microwave Antennae and Wave Propagation

Chapter 11 Radar Principle and Systems

Chapter 12 Microwave Measurement Techniques

Chapter 13 Microwave Integrated Circuit

Chapter 14 Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC)

Chapter 15 An Emerging Topic of Microwave Engineering: Metamaterials/Left-Handed Material (LHM)

Chapter 16 Applications of Microwave Engineering

Appendix I Z, Y, ABCD and S-parameters and their Interrelations

Appendix II Ferrites and Electromagnetic Wave Propagation in Magnetised Ferrite Medium

Appendix III MATLAB Programs

Appendix IV Computational Electromagnetics (CEM) and Simulators

Appendix V Useful Formulae and Tables for Microwave Engineering

Bibliography

Further Reading

Index

+ Read more

the Book
the Author(s)
Table of Contents

• CAD solutions with standard simulators used for optimal design of matching networks and filters,

• an exclusive chapter on Waveguides and Resonators,

• simulation based design of microwave oscillators and amplifiers,

• basics of microwave measurement techniques and fundamentals of spectrum analyser and network analyser,

• a chapter on Radar Principle and Systems,

• concise coverage of EMI-EMC and microwave antennae,

• Electronic Design Automation (EDA) tools and 3D electromagnetic field simulators used to solve a number of design problems,

• use of MATLAB in generating characteristic curves and solving problems,

• coverage of an emerging topic of microwave engineering—metamaterials,

• review questions that help in self-assessment, and

• ‘recapitulation’ that serves to reinforce the fundamentals contained in the chapter. For additional material, please visit http://www.universitiespress.com/subalkar/mwe

+ Read more

Foreword

Preface

Chapter 1 Introduction

Chapter 2 Electromagnetics Revisited

Chapter 3 High Frequency Behaviour of Transmission Lines

Chapter 4 Guided Structures: Waveguides and Cavity Resonators

Chapter 5 Microwave Network and Scattering Matrix

Chapter 6 Microwave Passive Circuit Components

Chapter 7 Impedance Matching in Transmission Lines and Waveguides

Chapter 8 Microwave Filters

Chapter 9 Microwave Active Devices: Oscillators, Amplifiers and Power Combiners

Chapter 10 Microwave Antennae and Wave Propagation

Chapter 11 Radar Principle and Systems

Chapter 12 Microwave Measurement Techniques

Chapter 13 Microwave Integrated Circuit

Chapter 14 Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC)

Chapter 15 An Emerging Topic of Microwave Engineering: Metamaterials/Left-Handed Material (LHM)

Chapter 16 Applications of Microwave Engineering

Appendix I Z, Y, ABCD and S-parameters and their Interrelations

Appendix II Ferrites and Electromagnetic Wave Propagation in Magnetised Ferrite Medium

Appendix III MATLAB Programs

Appendix IV Computational Electromagnetics (CEM) and Simulators

Appendix V Useful Formulae and Tables for Microwave Engineering

Bibliography

Further Reading

Index

+ Read more

Microwave Engineering

Fundamentals, Design and Applications

Subal Kar

View details

View details

Cookie Settings