Millimeter-Wave Waveguides

By: Dmitri Lioubtchenko, Sergei Tretyakov, Sergey Dudorov

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Hardcover | 31 July 2003

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204 Pages

Dimensions(cm)
25.15 x 17.02 x 1.14

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Millimeter-Wave Waveguides is a monograph devoted to open waveguides for millimeter wave applications. In the first chapters, general waveguide theory is presented (with the emphasis on millimeter wave applications). Next, the book systematically describes the results of both theoretical and experimental studies of rectangular dielectric rod waveguides with high dielectric permittivities. Simple and accurate methods for propagation constant calculations for isotropic as well as anisotropic dielectric waveguides are described. Both analytical and numerical approaches are covered. Different types of transitions have been simulated in order to find optimal configurations as well as optimal dimensions of dielectric waveguides for the frequency band of 75-110 GHz. Simple and effective design is presented. The experimental studies of dielectric waveguides show that Sapphire waveguide can be utilized for this frequency band as a very low-loss waveguide. Design of antennas with low return loss based on dielectric waveguides is also described.

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Preface	p. v
Introduction	p. 1
General theory of waveguides	p. 5
Basic relations for regular waveguides	p. 6
Vector transmission-line equations	p. 7
Longitudinal and transverse fields	p. 8
Boundary conditions and waveguide modes in closed guides	p. 9
Dirichlet and Neumann boundary conditions	p. 9
TE and TM modes	p. 10
Lossy waveguide walls. Hybrid modes	p. 13
TEM mode	p. 13
Orthogonality of the modal fields	p. 15
The proof	p. 15
Fundamental properties of open waveguides	p. 18
Boundary conditions for open waveguides	p. 19
Eigenwaves in planar dielectric waveguides	p. 20
Inhomogeneities in waveguides	p. 24
Transmission-line theory applied to waveguides	p. 24
Equivalent circuits for basic inhomogeneities	p. 25
Periodically inhomogeneous waveguides	p. 33
Theory of high-frequency resonators	p. 39
Modes of closed and open resonators	p. 39
Eigensolutions	p. 39
Cylindrical resonators	p. 40
Mode orthogonality	p. 42
Losses in resonators. Quality factor	p. 43
Excitation of resonators	p. 44
Eigenfunction expansion	p. 44
Excitation of resonators as sections of waveguides	p. 46
Waves in crystals and anisotropic waveguides	p. 49
Electromagnetic properties of anisotropic crystals. Reciprocity	p. 49
Electromagnetic waves in nonmagnetic crystals	p. 51
Plane waves. Poynting vector	p. 52
Eigenwaves in uniaxial crystals	p. 53
Waveguides with anisotropic fillings	p. 57
Nonreciprocal media, waves in ferrite waveguides	p. 63
Properties of magnetized ferrites	p. 63
Longitudinal propagation. Faraday effect	p. 68
Transverse propagation	p. 72
Microsrip line on ferrite substrate. Isolator	p. 74
Dielectric waveguides: Classical methods for propagation constant calculations	p. 79
Marcatili's method	p. 80
Rectangular dielectric rod waveguide in air	p. 82
Some properties of rectangular dielectric waveguides	p. 83
How well does Marcatili's method work?	p. 84
Goell's method	p. 85
Open anisotropic waveguides	p. 87
Modification of Marcatili's method for the calculation of anisotropic rectangular dielectric waveguides	p. 87
Application of Goell's method for the calculation of anisotropic rectangular dielectric waveguides	p. 92
Comparison of modified Marcatili's and Goell's methods with experimental results	p. 95
Fabrication and measurements	p. 103
Methods for material testing	p. 103
Open Fabri-Perot resonators for material testing in the millimeter-wave region	p. 104
Classical theory and its extensions	p. 106
Materials for millimeter-wave dielectric waveguides	p. 110
Excitation of millimeter-wave dielectric waveguides: Computer simulations and experiments	p. 115
Computer simulations with Finite Element Method	p. 117
Tapers of the dielectric waveguide	p. 117
Field distribution near the taper section	p. 130
Experimental measurements of dielectric waveguides	p. 135
Waveguide samples and the experimental setup	p. 135
Sapphire dielectric rod waveguides	p. 136
GaAs dielectric waveguides	p. 140
Horn-like structure implementation	p. 144
Conclusions	p. 146
Some notes about metal waveguides	p. 146
Dielectric waveguide devices and integrated circuits	p. 149
Dielectric waveguides for integrated circuits	p. 149
Non-radiative dielectric waveguide	p. 150
Dielectric waveguide circuits on metal and dielectric substrates	p. 151
Passive devices	p. 154
Whispering gallery resonator	p. 154
Directional couplers	p. 155
Phase shifters and attenuators	p. 157
Isolators and circulators	p. 160
Active devices	p. 160
Theory of electromagnetic wave propagation in bulk negative resistance media	p. 161
Experimental observations of millimeter-wave amplification with active waveguides	p. 166
Slow electromagnetic wave amplification with drifting electrons in semiconductor waveguide structures	p. 168
Dielectric waveguide antennas	p. 170
Classification	p. 170
Dielectric rod antennas	p. 171
Leaky-wave antennas	p. 172
Dyadics	p. 181
Reciprocity theorem	p. 185
Description of Matlab programs	p. 187
Index	p. 189
Table of Contents provided by Ingram. All Rights Reserved.

Millimeter-Wave Waveguides

At a Glance

Hardcover

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How to return your order

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