Matsumoto Microwave Filters and Circuits

Advances in Microwaves, Vol. 1
1. Auflage 2013
ISBN: 978-1-4832-1558-7
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 364 Seiten, Web PDF

Microwave Filters and Circuits: Contributions from Japan covers ideas and novel circuits used to design microwave filter that have been developed in Japan, as well as network theory into the field of microwave transmission networks. The book discusses the general properties and synthesis of transmission-line networks; transmission-line filters on the image-parameter basis; and experimental results on a class of transmission-line filter constructed only with commensurate TEM lossless transmission lines. The text describes lines constants, approximation problems in transmission-line networks, as well as an analysis of coupled-line networks. The general treatment of multiwire networks and the rational or irrational basic sections in multiwire networks are also considered. The book further tackles data on resonator filters as well as miscellaneous multiwire networks. Microwave engineers and electrical engineers will find the book invaluable.

Autoren/Hrsg.

Matsumoto, Akio

Inhaltsverzeichnis

1;Front Cover;1
2;Microwave Filters and Circuits: Contributions from Japan
;4
3;Copyright Page;5
4;Table of Contents;12
5;Contributors;6
6;Foreword;8
7;Preface;10
8;CHAPTER I. Historical Review;18
8.1;1. DISCOVERY OF THE CUTOFF EFFECT;19
8.2;2. IMAGE PARAMETERS AND COMPOSITE FILTERS;19
8.3;3. DUPLEXING OF IMAGE IMPEDANCES;19
8.4;4. Q-FUNCTIONS
;20
8.5;5. CHEBYSHEV APPROXIMATION;20
8.6;6. TRANSMISSION-LINE NETWORKS;20
8.7;7. PARASITICS OF NETWORK ELEMENTS;21
8.8;8. MIZUHASHI–SMITH CHART;21
8.9;9. COMMENSURATE TRANSMISSION-LINE NETWORKS;21
8.10;10. COUPLED TRANSMISSION-LINE NETWORKS;22
8.11;11. HYBRID NETWORKS;23
8.12;12. WAVEGUIDE FILTERS;24
8.13;13. OTHER CONTRIBUTIONS;25
8.14;REFERENCES;25
9;CHAPTER II. General Properties and Synthesis of Transmission-Line Networks;30
9.1;NOTATION;30
9.2;1. INTRODUCTION;31
9.3;2. RICHARDS NETWORKS;33
9.4;3. RICHARDS' THEOREM;37
9.5;4. EQUIVALENCE OF TWO-PORTS;39
9.6;5. NORMAL NETWORKS;45
9.7;6. NORMAL REACTANCE TWO-PORTS;48
9.8;7. SYNTHESIS OF NORMAL REACTANCE TWO-PORTS;53
9.9;8. TREELIKE NETWORKS;56
9.10;9. MIDSERIES AND EXTENDED MIDSERIES NETWORKS;59
9.11;10. SYNTHESIS OF TREELIKE TWO-PORTS;64
9.12;11. PARALLEL REALIZATION;70
9.13;REFERENCES;76
10;CHAPTER III.
Transmission-Line Filters on the Image-Parameter Basis;78
10.1;NOTATION;78
10.2;1. CONDITIONS ON THE IMAGE PARAMETERS;79
10.3;2. IMAGE PARAMETERS;80
10.4;3. BASIC TRANSMISSION-LINE FILTERS;83
10.5;DESIGN FORMULAS AND RELATIONS AMONG PARAMETERS;83
10.6;REFERENCES;105
11;CHAPTER IV.
Data on Transmission-Line Filters;106
11.1;NOTATION;107
11.2;1. TREE-TYPE IMPEDANCE TRANSFORMER;108
11.3;2. COUPLED-LINE CASCADE-TYPE LOW-PASS FILTER;112
11.4;3. SHUNT-STUB-TYPE COMPOSITE LOW-PASS FILTER ON THE IMAGE-PARAMETER BASIS
;117
11.5;4. SHUNT-STUB-TYPE LOW-PASS FILTER ON THE INSERTION-LOSS BASIS;122
11.6;5. STEPPED COUPLED-LINE LOW-PASS FILTERS;127
11.7;6. COUPLED THREE-WIRE SYSTEM BAND-PASS FILTER;137
11.8;REFERENCES;138
12;CHAPTER V.
Line Constants;140
12.1;NOTATION;140
12.2;1. INTRODUCTION;141
12.3;2. METHODS OF ANALYSIS (1-9)
;142
12.4;3. OPEN LINES IN FREE SPACE;145
12.5;4. SHIELDED LINES;148
12.6;5. LINES WITH OTHER CONFIGURATIONS;170
12.7;6. HELICAL LINES;170
12.8;7. OTHER CONTRIBUTIONS;170
12.9;REFERENCES;171
13;CHAPTER VI.
Approximation Problems in Transmission-Line Networks;174
13.1;NOTATION;174
13.2;1. DETERMINATION OF .(.) FROM INSERTION LOSS;175
13.3;2. DETERMINATION OF S-MATRIX FROM INSERTION LOSS;178
13.4;3. APPROXIMATION BY FOURIER SERIES;181
13.5;4. APPROXIMATION BY POTENTIAL ANALOG;182
13.6;5. APPROXIMATIONS BY Q-FUNCTIONS
;186
13.7;6. RELATION BETWEEN POTENTIAL ANALOG AND Q-FUNCTION;189
13.8;7. SUCCESSIVE APPROXIMATIONS;191
13.9;8. FREQUENCY TRANSFORMATION;193
13.10;REFERENCES;194
14;CHAPTER VII.
Coupled-Line Filters;196
14.1;NOTATION;196
14.2;1. INTRODUCTION;197
14.3;2. MODE ANALYSIS IN MULTICONDUCTOR LINE TRANSMISSION;198
14.4;3. NETWORK ANALYSIS OF MULTICONDUCTOR LINE SECTIONS;207
14.5;4. INTERDIGITAL-LINE BAND-PASS FILTER;224
14.6;5. CASCADE SYNTHESIS OF A RATIONAL FUNCTION;224
14.7;6. RICHARDS' MATRIX THEOREM AND ITS APPLICATIONS;233
14.8;REFERENCES;238
15;CHAPTER VIII.
General Treatment of Multiwire Networks;242
15.1;NOTATION FOR CHAPTERS VIII, IX, AND X;242
15.2;1. PROPAGATION OF WAVES ALONG MULTIWIRE LINES {1–3);245
15.3;2. GENERAL PROPERTIES OF MULTIWIRE NETWORKS;255
15.4;3. IRRATIONAL NETWORKS (8);261
15.5;4. EXTRACTION OF MULTIWIRE LINE SECTIONS (9);262
15.6;5. NONUNIFORM TRANSMISSION LINES;264
15.7;REFERENCES;265
16;CHAPTER IX.
Basic Sections in Multiwire Networks;266
16.1;NOTATION;266
16.2;1. INTRODUCTION;266
16.3;2. COMPOSITE FOSTER SECTIONS (1–3);267
16.4;3. RATIONAL TWO-PORTS OF SECOND DEGREE (4, 5);283
16.5;4. COMPOSITE TYPE-C SECTIONS (6, 7);286
16.6;5. COMPOSITE BRUNE SECTIONS (7–9)
;290
16.7;6. LIMITING CASES OF COMPOSITE BRUNE SECTIONS (11)
;298
16.8;7. COMPOSITE HIGH-PASS LADDER SECTIONS (12);300
16.9;8. RATIONAL TWO-PORTS OF THIRD DEGREE (13)
;302
16.10;9. TYPE-D SECTION (14);305
16.11;REFERENCES;311
17;CHAPTER X.
Miscellaneous Multiwire Networks;312
17.1;NOTATION;312
17.2;1. IMPEDANCE TRANSFORMERS (1)
;312
17.3;2. BALANCE-TO-UNBALANCE TRANSFORMERS; BALUNS (2);316
17.4;3. DIRECTIONAL COUPLERS;323
17.5;4. HYBRID NETWORKS;326
17.6;4. HYBRID NETWORKS;326
17.7;5. OTHER CONTRIBUTIONS;332
17.8;REFERENCES;332
18;CHAPTER XI.
Data on Waveguide Filters;336
18.1;1. HARMONIC RESONATOR FILTERS (1);337
18.2;2. COMPOSITE BAND-PASS FILTER (3, 4)
;342
18.3;3. BRANCHING FILTERS FOR MICROWAVE RADIO RELAY SYSTEM (5, 6)
;346
18.4;4. WAVEGUIDE FILTERS FOR MILLIMETER WAVES;354
18.5;REFERENCES;356
19;Author Index;358
20;Subject Index;362