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Baker R.C. — Linear Electronics in Control Systems
Baker R.C. — Linear Electronics in Control Systems



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Название: Linear Electronics in Control Systems

Автор: Baker R.C.

Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1988

Количество страниц: 240

Добавлена в каталог: 06.07.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
"Floating" oscilloscopes      92 191
AC      see "Alternating current"
AC amplification      36—40 71—83 123
AC analysis of cascaded amplifiers      59
AC analysis with oscilloscopes      88
AC-to-DC conversion      see "Rectification"
Acceptor atoms      3
Algebraic add      see "Oscilloscopes"
Alternating current, compared with direct current      101—103
Aluminum as conductor      1
Ambient temperature in transistors      81
Amplification      36
Amplifiers      see also "Power amplifiers"
Amplifiers, analyzing with equivalent circuits      39—44 59
Amplifiers, basic design of      40—41
Amplifiers, buffer      24 25 124—125 194 201
Amplifiers, common-emitter stages      41—45 57
Amplifiers, common-emitter stages, bypassed      57—59
Amplifiers, common-emitter stages, drawbacks of      45
Amplifiers, common-emitter stages, equivalent circuits of      42—44 58—60 66
Amplifiers, common-emitter stages, feedback in      47 50—51 57 59 74 77 119 120
Amplifiers, common-emitter stages, in class B power amplifiers      77
Amplifiers, common-emitter stages, inefficiency as power amplifiers      72
Amplifiers, common-emitter stages, resistors in      46—49
Amplifiers, common-emitter stages, similarity to differential amplifiers      114
Amplifiers, common-emitter stages, stabilization of      45—51
Amplifiers, common-emitter stages, thevenin equivalent circuit for      40
Amplifiers, common-emitter stages, voltage gain of      50 59 115 117 125
Amplifiers, differential      61 114—118 see
Amplifiers, efficiency in      71 72 75—76
Amplifiers, emitter-follower stages      45 51—53 57
Amplifiers, emitter-follower stages, gain of      59
Amplifiers, emitter-follower stages, popularity of      53
Amplifiers, emitter-follower stages, voltage gain in      52
Amplifiers, error      146 148 170—171
Amplifiers, error in single-direction motor speed control systems      190 192 201
Amplifiers, function of      71
Amplifiers, junction field-effect transistors as      66
Amplifiers, multi-stage      57
Amplifiers, multi-stage, limiting size of      57—58
Amplifiers, multi-stage, resistance in      41 58 117
Amplifiers, multi-stage, silicon integrated circuits as alternatives to      113
Amplifiers, multi-stage, transistor      36—38
Amplifiers, multi-stage, transistor, inverting      38 94
Amplifiers, multi-stage, vertical      88 91 96
Amplifiers, multi-stage, voltage gain in      37 47 67 88 125
Amplifiers, multi-stage, voltage gain in, determined by AC analysis      59
Amplifiers, multi-stage, voltage gain in, independence from beta value      50
Amplifiers, multi-stage, voltage gain in, influence of external resistors on      50 59
Armature current      196 197 206—207
Armature current, limiting      199
Arsenic as an atomic donor      3
atoms      1
Automatic shutdown in regulated power supplies      151
Avalanche breakdown      5 8 15
Avalanche breakdown and peak reverse voltage      7
Avalanche breakdown in transistors      33 99
Avalanche breakdown, usefulness of      15
Avalanche breakdown, zener diode's use of      15 60
Average forward current in diode ratings      7
Average power      175—178
Back diodes      see "Commutating diodes"
Base current in bipolar junction transistors      28 99
Base current in bipolar junction transistors, load voltage as a function of      31—32
Base current in bipolar junction transistors, relation to collector current      29 45
BIFET operational amplifiers      see "Operational Amplifiers"
Bilateral breakdown diodes      see "Diodes"
Bipolar field-effect transistor      see "Transistors"
Bipolar junction transistors      see "Transistors"
BJTs      see "Bipolar junction transistors"
Bleeder resistors in cascaded amplifiers      61
BNC connectors      91—92
Breakdown voltage in transistors      33 99
Breakdown voltage in zener diodes      15 16 25 56 98
Breakdown voltage in zener diodes, effect of temperature variation on      23 56
Breakdown voltage in zener diodes, manufacturer's tolerance on      17 60
Breakdown voltage in zener diodes, used for level shifting      60
Breakdown voltage in zener diodes, used for voltage limiting      26
Buffer amplifiers      24 25 124—125 129 194 201
Cad cells      142—144
Capacitance, junction      4
Capacitance, low-capacitance probes      90—91
Capacitive filters      11—14 147—148
Capacitive filters, drawbacks of      12—13
Capacitive filters, specifying transformers and diodes for      14
Capacitors in electronic power supplies      10—11
Capacitors in equivalent circuits of CE amplifiers      43
Capacitors in multi-stage amplifiers      57 114
Capacitors in multi-stage amplifiers, effect on sinusoidal output      58—59
Capacitors in silicon-controlled rectifiers      155
Capacitors in time-base generators      88
Capacitors in zener-regulated power supplies      16 17—19
Capacitors, bypass      51 57—59
Capacitors, compensating      152
Capacitors, output      152
Capacitors, popularity as filters      11
Capacitors, problem with large size      12—13 57—58
Cascaded amplifiers      57—59 117
Cascaded amplifiers, AC analysis of      59
Cascaded amplifiers, DC analysis of      60—61
Cascaded amplifiers, field-effect transistors in      67 see
Case temperature      77—78 81 see
Cathode-ray tubes      87 88 91
CE circuits      see "Common-emitter circuits"
CE output characteristics      30
Center-tapped transformer circuits      9
Center-tapped transformer circuits in polyphase rectification      10
Charging pulse, current flow after      4
Class A stages      see "Common-emitter circuits"
Class B stages      72—75
Class B stages in operational amplifiers      116—117
Clipping      see "Voltage limiting"
CMOS      215—216
Collector current in bipolar junction transistors      28 58
Collector current in bipolar junction transistors, maximum      33—34
Collector current in bipolar junction transistors, relation to base current      29 45
Collector current in bipolar junction transistors, saturation      31 45
Collector dissipation      34 80
Collector dissipation in class B power amplifiers      76
Collector family of characteristic curves      see "CE output characteristics"
Collector layers in NPN bipolar junction transistors      27
Common-collectors      see "Emitter-follower stages"
Common-emitter amplifiers      29—30 36—38 41—51 77 114 see
Common-emitter amplifiers, calculating the Q point for      42—43 45
Common-emitter amplifiers, designing equivalent circuits for      42—43 58
Common-emitter amplifiers, drawbacks of      45—46 72
Common-emitter amplifiers, load line of      31
Common-emitter amplifiers, resistance in      41 58
Common-emitter mode      29 41—42
Common-mode rejection in differential amplifiers      116
Commutating diodes      see "Diodes"
Comparators      see "Voltage comparators"
Conducting elements      2
Conduction      1 137
Conduction angles      14 107 155
Conduction in power amplifiers      78
Conduction in zener diodes      17 20
Conductors      2
control systems      136—219
Control systems, principles of      145—146
Controls      see "Motor speed controls"
Conversion      see "Rectification"
Copper as conductor      1 2
Counter EMF      213
Covalent bonding      2 3
Crossover distortion in class B power amplifiers      73
Crossover distortion in class B power amplifiers, cure for      73—74
CRTs      see "Cathode-ray tubes"
Crystal lattices      2
Crystal lattices, effect of donor and acceptor atoms on      3
Crystalline material      2
CTR      see "Current transfer ratio"
Current feedback      196—197
Current in rectifiers      6 104
Current in semiconductors      3
Current limiting in operational amplifiers      117
Current limiting in regulated power supplies      150
Current limiting in single-direction motor speed control circuits      203
Current ratings of transistors      33 38
Current sources for charging capacitors      171 194
Current sources in differential amplifiers      114 117
Current sources in transistor equivalent circuits      42—45 49—53 66
Current sources in voltage references      24 55—56
Current sources, definition of      24 55
Current sources, elements of      55
Current transfer ratio      141
Current, viewing with oscilloscopes      95 186
Curve tracers for transistors      100
Cutoff in transistors      32
D'Arsonal meter movements      104—105
Dark current      139
Darlington drives      149 151
dc      see "Direct current"
DC analysis of cascaded amplifiers      60—61
Deflection plates in cathode-ray tubes      88
Depletion zones in bipolar junction transistors      28
Depletion zones in junction field-effect transistors      64
Depletion zones in phototransistors      139
Depletion zones in reverse-biased diodes      4 15 138
Derating curves of power transistors      81—82
Diacs      see "Bilateral breakdown diodes"
Diagnostics      87 93
Diff amps      see "Differential amplifiers"
Difference amplifiers      128—129 194 201
Difference amplifiers in error amplifiers      170 172—173 194
Differential amplifiers      61 114—118
Differential amplifiers in temperature controls      168
Differential amplifiers, noise in      116
Differential amplifiers, temperature stability in      116
Differential circuits      217
digital circuits      114
digital multimeters      105—110
Digital multimeters, recalibration of      108
Diode bridges with capacitive filters      11
Diodes in bridge configuration      11
Diodes in silicon integrated circuits      113
Diodes in single-capacitor filters      11
Diodes, "fast-recovery"      8
Diodes, bilateral breakdown      163
Diodes, commutating      183—184 186—187
Diodes, damage from heat      5
Diodes, derating of      14
Diodes, gallium arsenide phosphide      137—138
Diodes, germanium      5
Diodes, germanium, current range of      5
Diodes, P-N junction      4
Diodes, P-N junction, reverse bias of      15 138
Diodes, plotting I-V curves of      96—98
Diodes, ratings of      7 8 14
Diodes, ratings of, reduced      10
Diodes, silicon      6 137
Diodes, silicon in rectification      6
Diodes, silicon, avalanche breakdown in      15 97
Diodes, silicon, I-V characteristics of      6 96—97
Diodes, silicon, versus light-emitting diodes      138
Diodes, silicon, versus silicon bipolar transistors      27
Diodes, symbol for      5
Diodes, versus thyristors      153
DIPs      see "Dual-inline packages"
Direct Current      104
Direct current, compared with alternating current      102
Direct current, constant versus time-varying      104—105
Discharge time in zener diodes      17
Distortion, crossover      73
DMMs      see "Digital multimeters"
Donor atoms      3
Doping in low-voltage zeners      25
Doping of P-N junctions      15
Doping of P-N junctions in field-effect transistors      64
Doping of P-N junctions in NPN bipolar junction transistors      27
Doping of P-N junctions in unijunction transistors      156
Doping of semiconducting crystals      3
Doping of semiconducting crystals in manufacturing      3
Doping of semiconducting crystals, effect on resistance      3
Drain terminal in junction field-effect transistors      64
Driver stages in power amplifiers      76—77
Dual-inline packages      122
Dual-trace capability in oscilloscopes      see "Oscilloscopes"
Dynamic braking      see "Motor speed controls"
EF      see "Emitter-follower stages"
Effective current      102
Efficiency in amplifiers      71—72 75—76
Electrical imbalance in junction diodes      4
Electromotive force      1 3 4 206—208 211 213
Electromotive force in single-direction motor speed controls      184—187
Electromotive force, measuring with oscilloscopes      186
Electron guns in cathode-ray tubes      88
Elements, electrical properties of      1
emf      see "Electromotive force"
Emitter layer in NPN bipolar junction transistors      27
Emitter layer in NPN bipolar junction transistors, current in      28
Emitter-follower stages      see "Amplifiers"
Equivalent circuits      39 40—41
Equivalent circuits for bypassed common-emitter stages      58—60
Equivalent circuits for junction field-effect transistors      66
Error amplifiers      see "Amplifiers"
Error in feedback control systems      145 148
Exponential decay in power supply filters      11 13
Exponential decay in power supply filters, reduction of      12
Fast-recovery diodes      8
feedback control systems      149 164 181 184—187 189
Feedback control systems, on-off type      146
Feedback control systems, proportional-control type      146 see
Feedback in common-emitter stages      see "Amplifiers common
Feedback in common-emitter stages, negative      see "Negative feedback"
Feedback in control systems      145 182 189
FETs      see "Field-effect transistors"
Field-effect transistors      27 63
Field-effect transistors, dynamic output resistance of      66
Field-effect transistors, insulated gate      63 67—68
Field-effect transistors, insulated gate, N-channel      63 68
Field-effect transistors, insulated gate, N-channel, depletion mode      63
Field-effect transistors, insulated gate, N-channel, enhancement mode      63
Field-effect transistors, insulated gate, N-channel, glass as insulation for      68
Field-effect transistors, insulated gate, N-channel, I-V characteristics of      68
Field-effect transistors, insulated gate, N-channel, output characteristics of      68
Field-effect transistors, insulated gate, N-channel, pinch-off in      68
Field-effect transistors, insulated gate, P-channel      63
Field-effect transistors, insulated gate, small size of      68
Field-effect transistors, insulated gate, static voltage in      68
Field-effect transistors, junction      63 66—67 117 130
Field-effect transistors, junction, amplifier and its analysis      66
Field-effect transistors, junction, gate resistors for      69
Field-effect transistors, junction, maximum gate current of      69
Field-effect transistors, junction, N-channel      63—67
Field-effect transistors, junction, N-channel, depletion zone in      65
Field-effect transistors, junction, N-channel, I-V characteristics of      65—67 99—100
Field-effect transistors, junction, N-channel, pinch-off in      65
Field-effect transistors, junction, N-channel, popularity of      64
Field-effect transistors, junction, N-channel, transfer characteristics of      65 67
Field-effect transistors, junction, P-channel      63
Field-effect transistors, junction, P-channel in BIFET op amps      130
Field-effect transistors, junction, voltage-variable resistance in      66
Field-effect transistors, MOS      see "Insulated gate"
Field-effect transistors, terminals in      64
Field-effect transistors, transconductance in      65
Field-effect transistors, transconductance in, counterpart of beta BJT      65—66
Field-effect transistors, voltage gain in      67
Filtered power supplies      10—14 147
Filters in electronic power supplies      10 147
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