Resistor theory and technology:
Gespeichert in:
| Hauptverfasser: | , , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Park Ridge, NJ
SciTech Publ.
2001
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIII, 308 S. Ill., graph. Darst. |
| ISBN: | 189112112X |
Internformat
MARC
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| 100 | 1 | |a Zandman, Felix |d 1927-2011 |e Verfasser |0 (DE-588)121508803 |4 aut | |
| 245 | 1 | 0 | |a Resistor theory and technology |c Felix Zandman ; Paul-René Simon ; Joseph Szwarc |
| 264 | 1 | |a Park Ridge, NJ |b SciTech Publ. |c 2001 | |
| 300 | |a XIII, 308 S. |b Ill., graph. Darst. | ||
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| 650 | 4 | |a Electric conductors | |
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| 700 | 1 | |a Szwarc, Joseph |e Verfasser |4 aut | |
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Datensatz im Suchindex
| _version_ | 1804128261772410880 |
|---|---|
| adam_text | RESISTOR THEORY AND TECHNOLOGY FELIX ZANDMAN CHAIRMAN, SCIENTIFIC
DIRECTOR, AND CEO, VISHAY INTERTECHNOLOGY, INC. PAUL-RENE SIMON
CONSULTANT JOSEPH SZWARC CHIEF ENGINEER, VISHAY ISRAEL LTD SCITECH
DISTRIBUTED BY SCITECH PUBLISHING, INC. PUBLISHING; INC. CONTENTS
PREFACE XI INTRODUCTION 1 PART I: THEORY 5 1 OHM S LAW*RESISTANCE 5 1.
INTRODUCTION 5 2. ELECTROKINETICS 5 2.1 SOLIDS, 7 2.2 MAGNITUDE OF
ELECTRIC CURRENT, 7 2.3 CHARGE CONSERVATION, 8 3. STEADY-STATE OHM S LAW
9 3.1 CONDUCTIVITY, 9 3.2 ELECTROSTATIC EQUILIBRIUM OF A CONDUCTOR, 10
3.3 CONDUCTORS IN A STEADY-STATE ENVIRONMENT, 10 4. INTEGRAL FORM OF
OHM S LAW 11 5. ELEMENTARY THEORY OF CONDUCTIVITY (P. K. DRUDE MODEL) 12
5.7 CONDUCTION IN A SINUSOIDAL ENVIRONMENT, 15 5.2 SKIN EFFECT, 17 6.
JOULE S LAW 18 7. THE LIMITS OF VALIDITY OF OHM S LAW 19 8.
ELECTRODYNAMICS OF STEADY-STATE ENVIRONMENTS 20 9. CONCLUSION 21 III IV
CONTENTS 2 REVERSIBLE PHENOMENA ASSOCIATED WITH OHM S LAW 23 1.
INTRODUCTION 23 2. MATTHIESSEN S RULE 24 3. REVERSIBILITY ASSOCIATED
WITH CHANGES IN TEMPERATURE 25 4. REVERSIBILITY ASSOCIATED WITH CHANGES
IN ELECTRIC FIELD 27 5. REVERSIBILITY ASSOCIATED WITH THE MAGNETIC FIELD
29 6. REVERSIBILITY ASSOCIATED WITH MECHANICAL FORCES AND DEFORMATIONS
30 7. CONCLUSION 31 3 IRREVERSIBLE PHENOMENA ASSOCIATED WITH OHM S LAW
33 1. INTRODUCTION 33 2. TIME-TEMPERATURE EFFECTS 34 2.1 KINETICS AND
DIFFUSION PHENOMENA, 34 2.2 NATURE OF THE TRANSPORT FORCE, 35 2.3 STUDY
AND DETERMINATION OF THE DIFFUSION COEFFICIENT, 36 ^ 2.4 DIFFUSION
MECHANISMS, 41 2.5 PERMANENT CHANGES IN RESISTIVITY, 43 2.6 OXIDATION OF
A METAL OR ALLOY, 46 * 4 RESISTIVE MATERIALS 51 1. INTRODUCTION 51 2.
METALS AND SOLID ALLOYS 52 2.1 COPPER-NICKEL AND COPPER-MANGANESE-
NICKEL ALLOYS, 52 2.2 NICKEL-CHROME ALLOYS, 53 2.3 CONDUCTION MECHANISM
IN MAGNETIC ALLOYS, 55 3. THIN FILMS 58 3.1 THIN FILMS IN USE:
DESCRIPTION AND ELECTRONIC PROPERTIES, 58 3.2 CONDUCTION MECHANISMS IN
THIN FILMS AND THE ORIGINS OF NONREVERSIBLE DRIFT, 60 3.3 SUBSTRATES, 63
4. THICK-AND THIN-FILM CERMETS 64 4.1 CONDUCTIVITY MECHANISM, 64 4.2
THICK-FILM GLASS-METAL CERMETS, 66 CONTENTS 4.3 THICK-FILM ORGANIC
CERMETS, 68 4.4 THIN-FILM CERMETS, 68 5. CONCLUSION 74 NOISE PHENOMENA
75 1. INTRODUCTION 75 2. ORIGINS OF NOISE 75 2.1 THERMAL NOISE, 76 2.2
EXCESS NOISE, CURRENT FLUCTUATIONS, 77 2.3 NOISE MEASUREMENTS, 80 3.
CONCLUSION 84 HEAT TRANSFER 85 1. INTRODUCTION 85 2. DESCRIPTION OF HEAT
TRANSFER MECHANISMS 86 2.1 CONDUCTION, 86 2.2 CONVECTION, 87 2.3
RADIATION, 88 2.4 HEAT EXCHANGE THROUGH PHASE CHANGES, 89 3. GENERAL
EQUATIONS FOR CONDUCTION 90 3.1 ENERGY BALANCE, 90 3.2 ANALYTICAL
EXPRESSIONS FOR THE HEAT EQUATION, 92 4. HEATING IN RESISTORS * 93 4.1
HEATING IN A CYLINDRICAL RESISTOR, 93 4.2 HEATING IN FLAT RESISTORS, 98
4.3 COMPONENTS AS SHOWN IN FIG. 3, 98 4.4 COMPONENTS AS SHOWN IN FIG. 4,
101 4.5 TRANSFER AT THE INTERFACES AND CONTACT RESISTANCES, 103 5.
CONCLUSION 106 PART II: TECHNOLOGY 107 INTRODUCTION 107 7 OVERVIEW OF
FIXED AND VARIABLE RESISTORS 109 1. FUNDAMENTAL PARAMETERS 109 1.1 OHMIC
VALUE, 109 1.2 NOMINAL OHMIC VALUE OF A RESISTOR, 110 1.3 DISSIPATION
AND NOMINAL TEMPERATURE, HI RI CONTENTS 1.4 CRITICAL RESISTANCE, 113 1.5
TEMPERATURE COEFFICIENT, 113 1.6 VOLTAGE COEFFICIENT, 114 2. RESISTORS
115 2.1 GENERAL, 115 2.2 WIREWOUND RESISTORS, 115 3. POTENTIOMETER
CHARACTERISTICS 117 3.1 TAPER AND CONFORMITY, 117 3.2 TOTAL MECHANICAL
AND ELECTRICAL TRAVEL, 118 3.3 CONTACT RESISTANCE, 119 3.4 SETTING
STABILITY, 120 4. PRECISION RESISTORS 120 8 RESISTIVE CIRCUITS 123 1.
INTRODUCTION 123 2. PARASITIC RESISTANCE, INSULATION, AND CONNECTIONS
123 2.1 INFLUENCE ON OHMIC VALUES, 123 3. RESISTOR ASSEMBLIES (RATIO,
DIVIDERS, BRIDGES, ETC.) 127 3.1 RATIO, 127 3.2 VOLTAGE DIVIDER
(POTENTIOMETER, HALF-BRIDGE, ETC.), 128 3.3 WHEAT STONE BRIDGE, 129 4.
FREQUENCY RESPONSE OF RESISTORS POWER AND WIREWOUND RESISTORS L. 2. 3.
4. 5. 6. 7. INTRODUCTION LOW-POWER RESISTORS 2.1 ELECTRICAL AND
MECHANICAL CHARACTERISTICS, 140 HIGH-POWER RESISTORS LOW-OHMIC VALUE
POWER RESISTORS HIGH-POWER SURFACE-MOUNT RESISTORS MEASUREMENT OF HEAT
DISSIPATION DURING OPERATION CONCLUSION 130 135 135 136 144 147 149 151
153 10 PRECISION RESISTORS AND RESISTOR NETWORKS 155 1. INTRODUCTION 155
2. PRECISION WIREWOUND RESISTORS 156 3. FOIL RESISTORS 156 3.1 PHYSICAL
PRINCIPLES OF TCR CONTROL AND ADJUSTMENT, 160 CONTENTS VII 4. THICK-FILM
PRECISION RESISTORS 165 5. THIN-FILM PRECISION RESISTORS 171 6. HIGH
PRECISION LOW-OHMIC VALUE RESISTORS 176 7. THERMOELECTRIC EFFECT 178 8.
COMPARISON OF THE DIFFERENT TECHNOLOGIES 180 9. CONCLUSION 180 11
POTENTIOMETERS AND POTENTIOMETRIC POSITION SENSORS 183 1. INTRODUCTION
183 2. POTENTIOMETERS AND TRIMMERS 184 2.1 TRACK MATERIALS AND
CHARACTERISTICS, 185 2.2 WIPERS: CHARACTERISTICS AND MATERIALS, 185 3.
DISPLACEMENT TRANSDUCERS AND PRECISION POTENTIOMETERS 194 4. PRACTICAL
RESULTS 196 4.1 NATURE AND STRUCTURE OF THE TRACKS, 196 4.2 WIPERS, 198
4.3 ADJUSTMENT, 199 4.4 NONLINEAR LAWS, 199 5. CONCLUSION 205 12
MAGNETORESISTANCE AND ITS APPLICATIONS: ANISOTROPIC MAGNETORESISTANCE IN
FERROMAGNETIC ALLOYS 207 1. INTRODUCTION 207 2. DEFINITIONS 208 3.
STRUCTURE AND OPERATING PRINCIPLES 210 3.1 HYSTERESIS CYCLES, 210 4.
MATERIAL SELECTION 215 5. SENSOR DESIGN 216 6. APPLICATIONS 218 6.1
INCREMENTAL MAGNETIC ENCODERS, 218 6.2 ABSOLUTE MAGNETIC ENCODERS, 219
1. CONCLUSION V , 221 13 NONLINEAR RESISTORS 223 1. INTRODUCTION 223 2.
CONDUCTIVITY MECHANISMS IN CERAMICS AND OXIDES 224 2.1 ELECTRICAL
CONDUCTIVITY OF CERAMICS, 224 2.2 IONIC CONDUCTIVITY IN CERAMICS, 228
VIII 3. 4. 5. 6. 7. 8. 9. 10. NEGATIVE TEMPERATURE COEFFICIENT
THERMISTORS 3.1 PRODUCTION TECHNIQUES FOR CERAMIC AND FOR ELECTRODE
DEPOSITION, 233 3.2 THERMISTOR TYPES, 234 3.3 TYPICAL APPLICATIONS, 236
3.4 CURRENT-VOLTAGE CHARACTERISTICS, 237 3.5 TEMPERATURE SENSORS (LOW
HEAT DISSIPATION), 237 3.6 APPLICATIONS BASED ON THE NONLINEAR B-C
REGION, 238 3.7 APPLICATIONS BASED ON CURRENT-TIME RELATIONS, 239
POSITIVE TEMPERATURE COEFFICIENT THERMISTORS 4.1 CHEMICAL COMPOSITION
AND ELECTRICAL PROPERTIES, 240 PTC THERMISTOR TYPES APPLICATIONS
VARISTORS 7. 1 VARISTOR EFFECTS, 247 7.2 VARISTOR STRUCTURE AND
FABRICATION, 248 7.3 EQUIVALENT CIRCUIT, 251 7.4 APPLICATIONS, 252 7.5
VARISTOR TYPES, 253 7.6 AREAS OF APPLICATION, 253 GAS SENSORS TIME
CONSTANTS FOR TEMPERATURE MEASUREMENT CONCLUSION CONTENTS 230 239 244
244 247 254 256 257 APPENDIX I: A PRECISION FILM RESISTOR EXHIBITING
BULK PROPERTIES 259 259 260 261 263 269 / 269 273 273 APPENDIX II:
QUALITY ASSURANCE 275 APPENDIX III: MODEL FOR ACCELERATED LIFETIME
TESTING 277 A. 1 EXPONENTIAL DISTRIBUTION 277 A.2 NORMAL AND LOG-NORMAL
DISTRIBUTIONS 279 A.I A.2 A.3 A.4 A.5 A.6 A.7 A.8 INTRODUCTION DESIGN
CONCEPTS PRINCIPLES USED IN THE RESISTOR CONSTRUCTION AND MANUFACTURE
SOME STRAIN CONSIDERATIONS LIMITATIONS OTHER APPLICATIONS CONCLUSION
REFERENCES CONTENTS IX A.3 THE WEIBULL DISTRIBUTION 280 A.4 ACCELERATED
AGING AND THE ARRHENIUS MODEL 284 A.5 OTHER DEGRADATION MODELS 290
APPENDIX IV: THE RESISTANCE STRAIN GAGE 291 A.I INTRODUCTION 291 A.2
STRAIN GAGE CONSTRUCTION AND CONFIGURATIONS 292 A.3 SIGNIFICANT
CHARACTERISTICS AND PARAMETERS 295 A.4 CALIBRATION OF STRAIN GAGES 298
A.5 APPLICATIONS 300 INDEX 303
|
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| isbn | 189112112X |
| language | English |
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| spelling | Zandman, Felix 1927-2011 Verfasser (DE-588)121508803 aut Resistor theory and technology Felix Zandman ; Paul-René Simon ; Joseph Szwarc Park Ridge, NJ SciTech Publ. 2001 XIII, 308 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Electric conductors Electric resistors Electronic apparatus and appliances Electronics Materials Widerstand Elektrotechnik (DE-588)4128466-5 gnd rswk-swf Widerstand Elektrotechnik (DE-588)4128466-5 s DE-604 Simon, Paul-René Verfasser aut Szwarc, Joseph Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009194084&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Zandman, Felix 1927-2011 Simon, Paul-René Szwarc, Joseph Resistor theory and technology Electric conductors Electric resistors Electronic apparatus and appliances Electronics Materials Widerstand Elektrotechnik (DE-588)4128466-5 gnd |
| subject_GND | (DE-588)4128466-5 |
| title | Resistor theory and technology |
| title_auth | Resistor theory and technology |
| title_exact_search | Resistor theory and technology |
| title_full | Resistor theory and technology Felix Zandman ; Paul-René Simon ; Joseph Szwarc |
| title_fullStr | Resistor theory and technology Felix Zandman ; Paul-René Simon ; Joseph Szwarc |
| title_full_unstemmed | Resistor theory and technology Felix Zandman ; Paul-René Simon ; Joseph Szwarc |
| title_short | Resistor theory and technology |
| title_sort | resistor theory and technology |
| topic | Electric conductors Electric resistors Electronic apparatus and appliances Electronics Materials Widerstand Elektrotechnik (DE-588)4128466-5 gnd |
| topic_facet | Electric conductors Electric resistors Electronic apparatus and appliances Electronics Materials Widerstand Elektrotechnik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009194084&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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