Microwave Transmission Design Data

By: Theodore Moreno

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Hardcover | 1 January 1989

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Hardcover
260 Pages

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22.9 x 15.2 x 1.9

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Preface	p. v
General Considerations for Microwave Transmission Lines
Microwaves	p. 1
The Nature of Transmission Lines	p. 1
Ordinary Transmission-line Theory	p. 2
Validity of Ordinary Line Theory	p. 5
The Effects of Below-cutoff Modes on a Transmission Line	p. 7
Attenuation, Impedance Matching, and Reflections on Transmission Lines
Attenuation in Transmission Lines	p. 11
Reflections and Standing Waves	p. 18
Power-carrying Capacity of Transmission Lines	p. 31
Impedance Relations on Transmission Lines
Characteristic Impedance	p. 33
Sending End Impedance of Transmission Lines	p. 35
Transmission Lines as Circuit Elements	p. 39
Impedance Diagrams for Transmission Lines	p. 41
Some Simple Impedance Transformers	p. 51
General Formulas for Coaxial Lines
Introduction	p. 59
Parameters of Coaxial Lines	p. 60
Propagation Characteristics	p. 62
Field Configuration	p. 65
Breakdown in a Coaxial Line	p. 66
Maximum Power That Can Be Carried by a Coaxial Line	p. 67
Impedance of Resonant Lines	p. 68
Higher Modes in Coaxial Lines	p. 69
Flexible Cables
General Information	p. 73
High-frequency Phenomena	p. 75
Coaxial Line Structures and Transformers
Miscellaneous Structures	p. 82
Impedance Transformers in Coaxial Line	p. 103
General Formulas for Wave Guides
General Discussion of Wave Guides	p. 111
Field Distribution in Wave Guides	p. 113
Cutoff in Wave Guides	p. 118
Wavelength in Wave Guides	p. 122
Power-carrying Capacity of Wave Guides	p. 123
Wave Guides without Metal Walls	p. 125
Commercially Available Wave Guides and Their Selection	p. 125
Attenuation in Wave Guides
Conductor Losses	p. 130
Dielectric Losses	p. 138
Attenuation Resulting from Both Conductor and Dielectric Losses	p. 140
Attenuation in a Wave Guide below Cutoff	p. 140
Obstacles, Discontinuities, and Junctions
General Discussion	p. 142
Metallic Windows	p. 143
Metallic Posts	p. 149
Resonant Structures in Wave Guides	p. 150
Tee Junctions	p. 157
Miscellaneous Wave-guide Structures
Changes of Direction and Polarization	p. 162
Wave-guide Connectors	p. 166
Pressurizing Windows for Wave Guides	p. 169
Flexible Wave Guides	p. 172
Shorting Plugs for Wave Guides	p. 173
Coupling through Holes in Wave Guides	p. 174
Coupling between Coaxial Lines and Wave Guides	p. 176
Wave-guide Bridge Circuits	p. 178
Tunable Wave-guide Impedance Transformers	p. 184
Wave Guides Filled with Dielectric Material
Wave Guides Completely Filled with Dielectric	p. 185
Reflections from Dielectric Plugs in Wave Guides	p. 187
Wave Guides Partially Filled with Dielectric	p. 190
Reflections from Tapered Sections of Dielectric	p. 196
Effect of a Dielectric Post in a Wave Guide	p. 197
Dielectric Materials
Summary of M. I. T. Reports	p. 198
Cavity Resonators
General Discussion	p. 210
Methods by Which Resonator Parameters Are Calculated	p. 213
Characteristics of Various Cavity Resonators	p. 217
Effect of Temperature and Humidity upon the Resonant Frequency of a Cavity	p. 230
Coupling between Resonators and Transmission Lines	p. 231
Resonant Cavities as Filters	p. 240
Index	p. 243
Table of Contents provided by Syndetics. All Rights Reserved.

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