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Basic electricity and electronics for control : fundamentals and applications /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Thompson, Lawrence M.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Research Triangle Park, NC : Instrument Society of America, ©2006.
Edición:3rd ed.
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Machine derived contents note: V
  • Table Of Contents
  • Preface To 3rd Edition Xiii
  • List Of Chapter Objectives Xv
  • 1 Electrical Basics 1
  • Energy 1
  • Potential 1
  • Charge And Current 3
  • The Complete Path 4
  • Electrical Units 5
  • Safety 8
  • Volts, Amps, And Ohms 9
  • Steady Voltage 9
  • Ohm 10
  • Conclusion 16
  • 2 Terminologies 17
  • Accuracy And Precision 17
  • Least Count 19
  • Digital Or Analog 20
  • Review Of Number Systems 25
  • Conclusion 33
  • 3 Measurement Errors 35
  • Error Types 35
  • More Definitions 36
  • Mean 37
  • Deviation 38
  • Standard Deviation 40
  • Calibration Curves 42
  • Measurement Uncertainty 45
  • Median And Mean 45
  • Uncertainty 46
  • Conclusion 48
  • Vi Table Of Contents
  • 4 Basic Electrical Measurement 51
  • Basic Setup 51
  • The Rules 52
  • Ohm¿S Law 55
  • Resistors 59
  • Standard Values 64
  • Conclusion 70
  • 5 Meter Movements 71
  • Meter Use Precautions 71
  • Analog Meters 72
  • Meter Accuracy 74
  • Ohm¿S Scale 76
  • Analog Meter Characteristics 76
  • Digital Meters 76
  • Led Display 77
  • Lcd Displays 78
  • El Displays 78
  • Conclusion 79
  • 6 Dc Voltage Measurement 81
  • The Dc Voltmeter 81
  • Extended-Range Voltmeter 83
  • Multi-Range Voltmeters 86
  • Meter Sensitivity 93
  • Calibrating Voltmeters 95
  • Meter Protection Circuits 96
  • Transit Lock 97
  • Analog Versus Digital Voltmeter 98
  • Accuracy Of Movement 98
  • Conclusion 103
  • 7 Dc Current Measurement 105
  • Dc Current Meters 105
  • Moving Coil Meters 105
  • Series Resistors 107
  • Parallel Current Paths 107
  • Assumed-Voltage Method 109
  • Proportional Method 110
  • Reciprocal Method 110
  • Combinational Circuits 111
  • Table Of Contents Vii
  • Extended Meter Ranges 111
  • Properties Of Dc Current Meters 112
  • Universal/Arytron Shunt 114
  • Multi-Range Current Meter Facts 115
  • Ammeter Calibration 116
  • Comparison Calibration 116
  • Voltmeter-Precision Resistor 117
  • Industrial Application 117
  • Review 119
  • Conclusion 123
  • 8 Dc Bridges 125
  • Wheatstone Bridge 125
  • Multiplier Resistors 130
  • Application 133
  • Conclusion 136
  • 9 Ac Fundamentals 137
  • Alternating Current Defined 137
  • Electromagnetism 139
  • Field Defined 139
  • Sinusoidal Wave Shape 140
  • Alternating Voltage And Current 142
  • Values Of Alternating Current 144
  • rms ENERGY 145
  • Power 146
  • Electromagnetic Radiations 147
  • Conclusion 150
  • 10 Ac Source Fundamentals 151
  • Signal-Function Generator 151
  • Conclusion 156
  • 11 The Oscilloscope 157
  • Cathode Ray Tube 157
  • Dual-Trace Oscilloscope 161
  • Other Features 162
  • Oscilloscope Applications 163
  • Oscilloscope Controls 164
  • Viii Table Of Contents
  • Determining Frequency With
  • Lissajous Patterns 168
  • Conclusion 173
  • 12 Reactive Components 175
  • Reactive Components 175
  • Capacitance 175
  • Inductance 193
  • Discharging The Magnetic Field 195
  • Inductive Phase Relationships 198
  • Rcl Circuits 200
  • Transformers 202
  • Conclusion 211
  • 13 Ac Measurment 213
  • Rectification 213
  • Rectification 215
  • Ac Meters 217
  • Half-Wave Meters 221
  • Digital Ac Meters 222
  • Considerations When Using Ac Meters 223
  • Conclusion 225
  • 14 Solid State: Principles 227
  • Pn Junction 227
  • Lead Identification 233
  • Amplifiers 234
  • Amplifier Troubleshooting 237
  • Application 238
  • Field-Effect Transistors 239
  • Conclusion 243
  • 15 Zener Diodes, Scrs, And Triacs 245
  • Zener Diodes 245
  • Voltage Regulation 247
  • Series Pass Regulator 247
  • Silicon-Controlled Devices 249
  • Sili.