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Millimeter-Wave Waveguides

  • Book
  • © 2003

Overview

Authors:
  1. Dmitri Lioubtchenko

    1. Helsinki University of Technology, Finland

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  2. Sergei Tretyakov

    1. Helsinki University of Technology, Finland

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  3. Sergey Dudorov

    1. Helsinki University of Technology, Finland

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Table of contents (9 chapters)

  1. Front Matter

    Pages i-ix
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  2. Introduction

    Pages 1-3

  3. General theory of waveguides

    Pages 5-37

  4. Theory of high-frequency resonators

    Pages 39-48

  5. Waves in crystals and anisotropic waveguides

    Pages 49-61

  6. Nonreciprocal media waves in ferrite waveguides

    Pages 63-77

  7. Dielectric waveguides: classical methods for propagation constant calculations

    Pages 79-101

  8. Fabrication and measurements

    Pages 103-113

  9. Excitation of millimeter-wave dielectric waveguides: computer simulations and experiments

    Pages 115-148

  10. Dielectric waveguide devices and integrated circuits

    Pages 149-180

  11. Back Matter

    Pages 181-191
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Keywords

About this book

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.

Authors and Affiliations

  • Helsinki University of Technology, Finland

    Dmitri Lioubtchenko, Sergei Tretyakov, Sergey Dudorov

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