Microwave Engineering 3rd Edition by Annapurna Das ISBN 978-9332902879 9332902879
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Product details:
ISBN 10: 9332902879
ISBN 13: 978-9332902879
Author: Annapurna Das
The third edition of Microwave Engineering by Das & Das stands out for its clarity, depth, and relevance—offering both theoretical rigor and practical insight into devices, circuits, systems, and measurements. Its modern updates and educator-friendly design make it a top pick for academic and professional development in microwave disciplines.
Table of contents:
1. Introduction
Introduction
Historical Resume
Microwave Integrated Circuits
References
2. Propagation Characteristics of Electromagnetic Waves
Introduction
Wave Impedance
Maxwell’s Equations
Wave Equation
Electromagnetic Energy and Power Flow
Poynting Theorem
EM Wave Solutions
Plane Waves in Unbounded Medium
Polarization of Waves
Boundary Conditions
Reflection and Transmission of a Plane-Wave Incidence at the Interface of Two Dielectric Media
Reflection From and Transmission through a Plane Interface between a Dielectric and Conducting Media
Reciprocity Theorem
Dispersion
Diffraction and Scattering
Cylindrical Wave Solutions
Spherical Wave Solutions
Propagation of Microwaves in Ferrite
Review Questions
References
3. RF and Microwave Transmission Lines
Introduction
Theory of Transmission Lines
General Analysis of Time Harmonic Waves on Transmission Lines
Transient Analysis of Transmission Lines
Coaxial Line
Equivalent Circuit Parameters of a Transmission Line
Planar Transmission Lines
Metal Waveguides
Review Questions
References
4. Microwave Integrated Circuit Design and Manufacturing
Introduction
Types of MICs and Their Technology
Hybrid MIC (HMIC) Technology
Monolithic Technology
MIC Lumped and Distributed Elements
Choices in Film Technology
Review Questions
References
5. Impedance Matching Transformers
Introduction
General Condition for Impedance Matching
Narrowband Matching
Broadband Matching
Tapered Transmission Lines
Review Questions
References
6. Microwave Network Theory and Passive Devices
Introduction
Properties of Z And Y Matrices for Reciprocal Networks
Scattering or S-Matrix Representation of Multiport Network
Microwave Passive Components
Review Questions
References
7. Microwave Resonators
Introduction
Coaxial Resonators
Waveguide Cavity Resonators
Cavity Excitation and Tuning
Q-Factor of Microwave Cavities
Loaded and External Q
Coupled Cavities
Re-entrant Cavity
Hole-and-Slot Cavity
Microstrip Resonators
Review Questions
References
8. Microwave Filters
Introduction
Filter Parameters
Mismatch Effects
Microwave Realization of the Filter Elements
Filter Design
Microwave Low-Pass Filters
Microwave High-Pass Filters
Microwave Bandpass Filters
Microwave Band-Stop Filters
Review Questions
References
9. Microwave Vacuum Tube Devices
Introduction
Klystrons
Travelling-Wave Tube Amplifier
Magnetron Oscillator
The Backward-Wave Oscillator (BWO)
Review Questions
References
10. Microwave Solid-State Devices and Circuits
Introduction
Diodes
Gunn Diodes (Transferred Electron Devices – TEDs)
Avalanche Transit-Time Devices (ATTD)
Tunnel Diodes
Varactor Diodes
Parametric Amplifier
Microwave Transistors and Circuits
Review Questions
References
11. Applications of Microwaves
Introduction
Microwave Radar Systems
Microwave Communication Systems
Industrial Application of Microwaves
Medical Applications
Review Questions
References
12. Microwave Radiation Hazards
Introduction
Hazards of Electromagnetic Radiation
Radiation Hazard Levels for Personnel
Radiation Hazard Limits
Radiation Protection
Review Questions
References
13. Microwave Measurements
Introduction
Tunable Detector
Slotted-Line Carriage
VSWR Meter
Spectrum Analyzer
Network Analyzer
Power Measurements
Insertion Loss and Attenuation Measurements
VSWR Measurements
Return-Loss Measurement by a Reflectometer
Impedance Measurement
Frequency Measurement
Measurement of Cavity
Dielectric Constant Measurement of a Solid
Measurements of Scattering Parameters of a Network
Microwave Antenna Measurements
Radar Cross Section (RCS) Measurements
Review Questions
References
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