RF and microwave transistor oscillator design:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Chichester [u.a.]
Wiley
2007
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| Schlagworte: | |
| Online-Zugang: | Beschreibung für Leser Inhaltsverzeichnis Inhaltsverzeichnis |
| Beschreibung: | XIV, 441 S. graph. Darst. |
| ISBN: | 0470025352 |
Internformat
MARC
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Datensatz im Suchindex
| _version_ | 1805092324821172224 |
|---|---|
| adam_text |
RF AND MICROWAVE TRANSISTOR OSCILLATOR DESIGN ANDREI GREBENNIKOV
INFINEON TECHNOLOGIES AG, GERMANY ; L 8 0 7 I \ WILEY \ 1 2 0 0 7 L * I
LR BICINTINNIAL JOHN WILEY & SONS, LTD CONTENTS ABOUT THE AUTHOR IX
PREFACE XI ACKNOWLEDGEMENTS XV 1 NONLINEAR CIRCUIT DESIGN METHODS 1 1.1
SPECTRAL-DOMAIN ANALYSIS 1 1.1.1 TRIGONOMETRIE IDENTITIES 2 1.1.2
PIECEWISE-LINEAR APPROXIMATION 4 1.1.3 BESSEL FUNETIONS 8 1.2
TIME-DOMAIN ANALYSIS 9 1.3 NEWTON-RAPHSON ALGORITHM 12 1.4 QUASILINEAR
METHOD 15 1.5 VAN DER POL METHOD 20 1.6 COMPUTER-AIDED ANALYSIS AND
DESIGN 24 REFERENCES 28 2 OSCILLATOR OPERATION AND DESIGN PRINCIPLES 29
2.1 STEADY-STATE OPERATION MODE 29 2.2 START-UP CONDITIONS 31 2.3
OSCILLATOR CONFIGURATIONS AND HISTORICAL ASPECTS 36 2.4 SELF-BIAS
CONDITION 43 2.5 OSCILLATOR ANALYSIS USING MATRIX TECHNIQUES 50 2.5.1
PARALLEL FEEDBACK OSCILLATOR 50 2.5.2 SERIES FEEDBACK OSCILLATOR 53 2.6
DUAL TRANSISTOR OSCILLATORS 55 2.7 TRANSMISSION-LINE OSCILLATOR 60 2.8
PUSH-PUSH OSCILLATOR 65 2.9 TRIPLE-PUSH OSCILLATOR 72 2.10 OSCILLATOR
WITH DELAY LINE 75 REFERENCES 79 CONTENTS STABILITY OF SELF-OSCILLATIONS
83 3.1 NEGATIVE-RESISTANCE OSCILLATOR CIRCUITS 83 3.2 GENERAL
SINGLE-FREQUENCY STABILITY CONDITION 86 3.3 SINGLE-RESONANT CIRCUIT
OSCILLATORS 87 3.3.1 SERIES RESONANT CIRCUIT OSCILLATOR WITH CONSTANT
LOAD 87 3.3.2 PARALLEL RESONANT CIRCUIT OSCILLATOR WITH NONLINEAR LOAD
88 3.4 DOUBLE-RESONANT CIRCUIT OSCILLATOR 89 3.5 STABILITY OF
MULTI-RESONANT CIRCUITS 91 3.5.1 GENERAL MULTI-FREQUENCY STABILITY
CRITERION 91 3.5.2 TWO-FREQUENCY OSCILLATION MODE AND ITS STABILITY 93
3.5.3 SINGLE-FREQUENCY STABILITY OF OSCILLATOR WITH TWO COUPLED RESONANT
CIRCUITS 94 3.5.4 TRANSISTOR OSCILLATORS WITH TWO COUPLED RESONANT
CIRCUITS 96 3.6 PHASE PLANE METHOD 105 3.6.1 FREE-RUNNING OSCILLATIONS
IN LOSSLESS RESONANT LC CIRCUITS 106 3.6.2 OSCILLATIONS IN LOSSY
RESONANT LC CIRCUITS 108 3.6.3 APERIODIC PROCESS IN LOSSY RESONANT LC
CIRCUITS 110 3.6.4 TRANSFORMER-COUPLED MOSFET OSCILLATOR 112 3.7 NYQUIST
STABILITY CRITERION 113 3.8 START-UP AND STABILITY 118 REFERENCES 125
OPTIMUM DESIGN AND CIRCUIT TECHNIQUE 127 4.1 EMPIRICAL OPTIMUM DESIGN
APPROACH 128 4.2 ANALYTIC OPTIMUM DESIGN APPROACH 136 4.3 PARALLEL
FEEDBACK OSCILLATORS 138 4.3.1 OPTIMUM OSCILLATION CONDITION 138 4.3.2
OPTIMUM MOSFET OSCILLATOR 139 4.4 SERIES FEEDBACK BIPOLAR OSCILLATORS
142 4.4.1 OPTIMUM OSCILLATION CONDITION 142 4.4.2 OPTIMUM COMMON BASE
OSCILLATOR 143 4.4.3 QUASILINEAR APPROACH 146 4.4.4 COMPUTER-AIDED
DESIGN 150 4.5 SERIES FEEDBACK MESFET OSCILLATORS 152 4.5.1 OPTIMUM
COMMON GATE OSCILLATOR 152 4.5.2 QUASILINEAR APPROACH 154 4.5.3
COMPUTER-AIDED DESIGN 157 4.6 HIGH-EFFICIENCY DESIGN TECHNIQUE 162 4.6.1
CLASS C OPERATION MODE 162 4.6.2 CLASS E POWER OSCILLATORS 165 4.6.3
CLASS DE POWER OSCILLATORS 170 4.6.4 CLASS F MODE AND HARMONIC TUNING
172 4.7 PRACTICAL OSCILLATOR SCHEMATICS 177 REFERENCES 182 CONTENTS VII
5 NOISE IN OSCILLATORS 187 5.1 NOISE FIGURE 187 5.2 FLICKER NOISE 196
5.3 ACTIVE DEVICE NOISE MODELLING 198 5.3.1 MOSFET DEVICES 198 5.3.2
MESFET DEVICES 200 5.3.3 BIPOLAR TRANSISTORS 203 5.4 OSCILLATOR NOISE
SPECTRUM: LINEAR MODEL 205 5.4.1 PARALLEL FEEDBACK OSCILLATOR 205 5.4.2
NEGATIVE RESISTANCE OSCILLATOR 214 5.4.3 COLPITTS OSCILLATOR 216 5.5
OSCILLATOR NOISE SPECTRUM: NONLINEAR MODEL 219 5.5.1 KUROKAWA APPROACH
219 5.5.2 IMPULSE RESPONSE MODEL 224 5.6 LOADED QUALITY FACTOR 235 5.7
AMPLITUDE-TO-PHASE CONVERSION 239 5.8 OSCILLATOR PULLING FIGURE 241
REFERENCES 245 6 VARACTOR AND OSCILLATOR FREQUENCY TUNING 251 6.1
VARACTOR MODELLING 251 6.2 VARACTOR NONLINEARITY 255 6.3 FREQUENCY
MODULATION 258 6.4 ANTI-SERIES VARACTOR PAIR 262 6.5 TUNING LINEARITY
267 6.5.1 VCOS WITH LUMPED ELEMENTS 267 6.5.2 VCOS WITH TRANSMISSION
LINES 273 6.6 REACTANCE COMPENSATION TECHNIQUE 276 6.7 PRACTICAL VCO
SCHEMATICS 280 6.7.1 VCO IMPLEMENTATION TECHNIQUES 280 6.7.2
DIFFERENTIAL VCOS 286 6.7.3 PUSH-PUSH VCOS 292 REFERENCES 296 7 CMOS
VOLTAGE-CONTROLLED OSCILLATORS 299 7.1 MOS VARACTOR 299 7.2 PHASE NOISE
305 7.3 FLICKER NOISE 310 7.4 TANKINDUCTOR 313 7.5 CIRCUIT DESIGN
CONCEPTS AND TECHNIQUE 317 7.5.1 DEVICE OPERATION MODES 317 7.5.2
START-UP AND STEADY-STATE CONDITIONS 321 7.5.3 DIFFERENTIAL
CROSS-COUPLED OSCILLATORS 325 7.5.4 WIDEBAND TUNING TECHNIQUES 326 7.5.5
QUADRATURE VCOS 331 VIII CONTENTS 7.6 IMPLEMENTATION TECHNOLOGY ISSUES
333 7.7 PRACTICALSCHEMATICSOFCMOS VCOS 335 REFERENCES 342 8 WIDEBAND
VOLTAGE-CONTROLLED OSCILLATORS 347 8.1 MAIN REQUIREMENTS 347 8.2
SINGLE-RESONANT CIRCUITS WITH LUMPED ELEMENTS 351 8.2.1 SERIES RESONANT
CIRCUIT 351 8.2.2 PARALLEL RESONANT CIRCUIT 353 8.3 DOUBLE-RESONANT
CIRCUIT WITH LUMPED ELEMENTS 356 8.4 TRANSMISSION LINE CIRCUIT
REALIZATION 360 8.4.1 OSCILLATION SYSTEM WITH UNIFORM TRANSMISSION LINE
360 8.4.2 OSCILLATION SYSTEM WITH MULTI-SECTION TRANSMISSION LINE 365
8.5 VCO CIRCUIT DESIGN ASPECTS 369 8.5.1 COMMON GATE MOSFET AND MESFET
VCOS 369 8.5.2 COMMON COLLECTOR BIPOLAR VCO 373 8.5.3 COMMON BASE
BIPOLAR VCO 376 8.6 WIDEBAND NONLINEAR DESIGN 378 8.7 DUAL MODE VARACTOR
TUNING 381 8.8 PRACTICAL RF AND MICROWAVE WIDEBAND VCOS 387 8.8.1
WIRELESS AND SATELLITE TV APPLICATIONS 387 8.8.2 MICROWAVE MONOLITHIC
VCO DESIGN 391 8.8.3 PUSH-PUSH OSCILLATORS AND OSCIPLIERS 394 REFERENCES
396 9 NOISE REDUCTION TECHNIQUES 399 9.1 RESONANT CIRCUIT DESIGN
TECHNIQUE 399 9.1.1 OSCILLATION SYSTEMS WITH LUMPED ELEMENTS 400 9.1.2
OSCILLATION SYSTEMS WITH TRANSMISSION LINES 402 9.2 LOW-FREQUENCY
LOADING AND FEEDBACK OPTIMIZATION 410 9.3 FILTERING TECHNIQUE 416 9.4
NOISE-SHIFTING TECHNIQUE 423 9.5 IMPEDANCE NOISE MATCHING 426 9.6
NONLINEAR FEEDBACK LOOP NOISE SUPPRESSION 430 REFERENCES 433 INDEX |
| any_adam_object | 1 |
| author | Grebennikov, Andrei |
| author_facet | Grebennikov, Andrei |
| author_role | aut |
| author_sort | Grebennikov, Andrei |
| author_variant | a g ag |
| building | Verbundindex |
| bvnumber | BV023802052 |
| classification_rvk | ZN 5800 |
| ctrlnum | (OCoLC)255543329 (DE-599)BVBBV023802052 |
| dewey-full | 621.38133 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 621 - Applied physics |
| dewey-raw | 621.38133 |
| dewey-search | 621.38133 |
| dewey-sort | 3621.38133 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Elektrotechnik / Elektronik / Nachrichtentechnik |
| format | Book |
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| indexdate | 2024-07-20T10:09:48Z |
| institution | BVB |
| isbn | 0470025352 |
| language | English |
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| spellingShingle | Grebennikov, Andrei RF and microwave transistor oscillator design Hochfrequenzgenerator (DE-588)4135580-5 gnd Transistorschaltung (DE-588)4060647-8 gnd |
| subject_GND | (DE-588)4135580-5 (DE-588)4060647-8 |
| title | RF and microwave transistor oscillator design |
| title_auth | RF and microwave transistor oscillator design |
| title_exact_search | RF and microwave transistor oscillator design |
| title_full | RF and microwave transistor oscillator design Andrei Grebennikov |
| title_fullStr | RF and microwave transistor oscillator design Andrei Grebennikov |
| title_full_unstemmed | RF and microwave transistor oscillator design Andrei Grebennikov |
| title_short | RF and microwave transistor oscillator design |
| title_sort | rf and microwave transistor oscillator design |
| topic | Hochfrequenzgenerator (DE-588)4135580-5 gnd Transistorschaltung (DE-588)4060647-8 gnd |
| topic_facet | Hochfrequenzgenerator Transistorschaltung |
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