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Sedra A.S., Smith K.C. — Microelectronic circuits
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Íàçâàíèå: Microelectronic circuits
Àâòîðû: Sedra A.S., Smith K.C.
Àííîòàöèÿ: The book starts with an introduction to the basic concepts of electronics in Chapter 1. Signals, their frequency spectra, and their analog and digital forms are presented. Amplifiers are introduced as circuit building blocks and their various types and models are studied. The basic element of digital electronics, the digital logic inverter, is defined in terms of its voltage-transfer characteristic, and its various implementations using voltage and current switches are discussed. This chapter also establishes some of the terminology and conventions used throughout the text.
The next four chapters are devoted to the study of electronic devices and basic circuits and constitute the bulk of Part I of the text. Chapter 2 deals with operational amplifiers, their terminal characteristics, simple applications, and limitations. We have chosen to discuss the op amp as a circuit building block at this early stage simply because it is easy to deal with and because the student can experiment with op-amp circuits that perform nontrivial tasks with relative ease and with a sense of accomplishment. We have found this approach to be highly motivating to the student. We should point out. however, that pan or all of this chapter can be skipped and studied at a later stage (for instance in conjunction with Chapter 7, Chapter 8, and/or Chapter 9) with no loss of continuity.
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Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: 5th edition
Ãîä èçäàíèÿ: 2004
Êîëè÷åñòâî ñòðàíèö: 1368
Äîáàâëåíà â êàòàëîã: 08.02.2011
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
multipliers biasing 1246—1249
fixing 280—281
fixing 281—284
2—input NAND (not AND) gates see "Two-input NAND (not AND) gates"
2—input NOR (not OR) gates see "Two-input NOR (not OR) gates"
2—integrator loop technologies see "Two-integrator loop technologies"
2—port network parameters see "Two-port network parameters"
2—stage CMOS op amps see "Two-stage CMOS op amps"
3—dB bandwidth 326—327
555 timer circuits 1198—1203
741 op amp circuits 893—899 905—922 942—946
Absolute value circuits 1211
Absorption source theorems C3—C5
Abstractions 955
Ac amplifiers 39
ac circuits 53—54
Ac grounds 306
Ac voltage measurements 1209—1210
Acceptors 195—196
Access times 1030
Active filters 1084 1112—1125 1161—1162 1177—1179 1217—1219
Active loads 582—588 600—613 727—740 782—784
Active modes 379—386
Active RC filters 1084
ADCs (analog-to-digital converters) 12 930—932
Address decoders 1043—1045
Advanced digital circuits and memory 1013—1082 see
Aids, digital circuit design 955
Algorithms, filtering 922
All pass 1101 1111—1120
All pass, circuits 1118—1120
All pass, filters 1101
All pass, functions 1111—1112
All pole filters 1090
Amplifiers, ac amplifiers 39
Amplifiers, bandpass amplifiers 40
Amplifiers, bipolar op amps 758—766
Amplifiers, BJT amplifiers and switches 407—421
Amplifiers, bridge amplifiers 1265—1266
Amplifiers, buffer amplifiers 24
Amplifiers, cascaded amplifiers 25—27
Amplifiers, cascode amplifiers 613—629 1146—1147
Amplifiers, CB amplifiers 474—478 600—613
Amplifiers, CC amplifiers 478—483
Amplifiers, CC-CB amplifiers 646—648
Amplifiers, CC-CE amplifiers 641—646
Amplifiers, CD-CE amplifiers 641—646
Amplifiers, CD-CG amplifiers 646—648
Amplifiers, CD-CS amplifiers 641—646
Amplifiers, CE amplifiers 461—475 582—600
Amplifiers, CG amplifiers 311—315 600—613
Amplifiers, closed-loop amplifiers 91—94
Amplifiers, common drain (grounded drain) amplifiers 315—318
Amplifiers, CS amplifiers 306—311 326—336 372—374 582—600
Amplifiers, current amplifiers 28 799—801
Amplifiers, dc amplifiers 39 66 572
Amplifiers, differential amplifiers 65—66 81
Amplifiers, fixed gain amplifiers 1261—1265
Amplifiers, handpath amplifiers 40
Amplifiers, instrumentation amplifiers 85—89
Amplifiers, inverted op amps 68—77 124—128
Amplifiers, linear amplifiers 274—275
Amplifiers, LP amplifiers 39
Amplifiers, MOS amplifiers 299—320 370—372
Amplifiers, multistage amplifiers 749—767 786—789
Amplifiers, nonlinear amplifiers 1205—1206
Amplifiers, nonunilateral amplifiers 301 461
Amplifiers, overviews and summaries 13—31 55—61
Amplifiers, poles 836—845 869—870
Amplifiers, power amplifiers 14 1249—1282
Amplifiers, power amplifiers, BJT amplifiers 1249—1256 1279—1280
Amplifiers, power amplifiers, IC amplifiers 1261—1266 1281—1282
Amplifiers, power amplifiers, MOSFET amplifiers 1266—1270
Amplifiers, power amplifiers, overviews and summaries 14
Amplifiers, preamplifiers 14 797
Amplifiers, series-series feedback amplifiers 801—802 811—818 865—866
Amplifiers, series-shunt feedback amplifiers 802—810 863—865
Amplifiers, shunt-series feedback amplifiers 799—801 818—831 866—867
Amplifiers, shunt-shunt feedback amplifiers 802 818—831 866—867
Amplifiers, single amplifier biquadratic active filters 1125—1133 1162
Amplifiers, single difference amplifiers 81—86
Amplifiers, single-stage amplifiers 299—320 370—372 460—485 533—537 545—686
Amplifiers, source-follower amplifiers 315—318
Amplifiers, transconductance amplifiers 28 271 802—804
Amplifiers, transfer characteristics 14—15
Amplifiers, transmissions 32
Amplifiers, transresistance amplifiers 28 804
Amplifiers, tuned amplifiers 40 1083—1164 see
Amplifiers, two-stage CMOS op amps 749—757 872—883 941
Amplifiers, unilateral amplifiers 301 461
Amplifiers, unity-gain amplifiers 79—80 315
Amplifiers, voltage amplifiers 14 23—25 28
Amplitude 32 1168—1169
Amplitude, nonlinear controls 1168—1169
Amplitude, responses (magnitudes) 32
Analog and digital ICs (integrated circuits) 542—1008
Analog and digital ICs (integrated circuits), CMOS logic circuits 949—1008
Analog and digital ICs (integrated circuits), differential and multistage amplifiers 687—791
Analog and digital ICs (integrated circuits), feedback 791—870
Analog and digital ICs (integrated circuits), op amp and data-converter circuits 871—948
Analog and digital ICs (integrated circuits), overviews and summaries 543
Analog and digital ICs (integrated circuits), single stage IC amplifiers 545—686
analog signals 10—13 922—923
Analog signals vs. digital signals 10—13
Analog signals, sampling 922—923
Analyses, BJTs 415—419 457
Analyses, circuit analyses 53
Analyses, forward characteristics 154—155
Analyses, graphical analyses 415—419
Analyses, rapid analyses 155
Analyses, s domain analyses E1—E8
Analyses, small signal operations 457
AND logic functions 145
Anodes 141 187
Answers (problems), selected H1—H8
Antoniou inductance simulation circuits 1112—1114
Architectures and types, memory 1028—1031 1078—1079
Astable circuits 1022 1026—1027
Astable multivibrators 1192—1196
Attenuation functions 1084
Audio bands 9
Augmentations, early effects 457—458
Autotransformers 1144—1145
Avalanches 203 260
Avalanches, effects 203
Avalanches, weak 260
Backgates 296
Bandpath amplifiers 40
Bands, audio bands 9
Bands, bandwidth see "Bandwidth"
Bands, dead bands 1236
Bands, digital bands 10—11
Bands, frequency bands 326—327
Bands, high-frequency bands 326
Bands, low-frequency bands 326
Bands, midbands 326
Bands, narrow bands 1149
Bandwidth, 3—dB bandwidth 326—327
Bandwidth, CS amplifier frequency responses 326—327
Bandwidth, extensions 795—796
Bandwidth, full-power bandwidth 97—98
Bandwidth, functions 1108—1109
Bandwidth, GB products 91—93
Bandwidth, infinite bandwidth 66
Bandwidth, op-amp effects 89—94 134—135
Bandwidth, overviews and summaries 32—33
Bandwidth, unity-gain bandwidth 91 488
Barkhausen criterion 1167—1168
Barriers 198
Bases, base-charging (diffusion) capacitances 486
Bases, base-emitter junction capacitances 486
Bases, BJTs 379
Bases, CB amplifiers 474—478
Bases, CBJs 379
Bases, collector-base junction capacitances 487
Bases, collector-to-base feedback resistors 441—442
Bases, currents 445—446
Bases, EBJs 379
Bases, forward base-transit times 486
Bases, input resistances 445—446
Basic circuits and devices 2—542
Basic circuits and devices, BJTs 377—542
Basic circuits and devices, diodes 139—234
Basic circuits and devices, electronics overviews 5—62
Basic circuits and devices, MOSFETs 235—377
Basic circuits and devices, op amps 63—138
Basic circuits and devices, overviews and summaries 3
Battery-plus-resistance models 156—157 166
Bias and biasing 19—22
Bias and biasing, multipliers biasing 1246—1249
Bias and biasing, bias circuits 893—899
Bias and biasing, BJTs 436—443
Bias and biasing, class AB output stage 1244—1249
Bias and biasing, classical discrete circuit bias 436—441
Bias and biasing, dc biasing 19 271
Bias and biasing, forward bias 141—152 204—208
Bias and biasing, forward bias, diodes 141
Bias and biasing, forward bias, pn junctions 204—208
Bias and biasing, forward bias, terminal junctions 148—152
Bias and biasing, input bias 102—105 725—726 899—901
Bias and biasing, input bias, currents 102—105
Bias and biasing, input bias, differential amplifiers 725—726
Bias and biasing, input bias, input state bias 899—901
Bias and biasing, MOSFETs 280—287 367—368
Bias and biasing, overviews and summaries 19—22 436
Bias and biasing, pre junctions 199—208
Bias and biasing, problems 528—530
Bias and biasing, reference bias currents 899
Bias and biasing, reverse bias 141 199—203
Bias and biasing, reverse bias, diodes 141
Bias and biasing, reverse bias, pn junctions 199—203
Bias and biasing, single-stage IC amplifiers 562—571
bibliographies F1—F2
BiCMOS digital circuits 628—629 952 1067—1076 1082 A9—A12
BiCMOS digital circuits, cascode 628—629
BiCMOS digital circuits, dynamic operations 1069—1070
BiCMOS digital circuits, inverters 1067—1069
BiCMOS digital circuits, logic gates 1070—1071
BiCMOS digital circuits, overviews and summaries 952
BiCMOS digital circuits, SiGe BiCMOS processes A11—A12
BiCMOS digital circuits, VLSIs A9—A10
Bilinear transfer functions 1098
Binary number systems 11
Bipolar circuits 951—952
Bipolar circuits, ECL circuits 951—952
Bipolar circuits, TTL circuits 951—952
Bipolar differential pairs 723—726 733—735
Bipolar mirrors 650—651
Bipolar op amps 758—766
Bipolar pairs 725—726
Biquadratic (second order) filter functions 1098—1106 1160—1161
Biquads 1120—1122
Bistable multivibrators 1185—1192 1223—1224
Bit lines 1029
BJTs (bipolar junction transistors) 377—542
BJTs (bipolar junction transistors), amplifiers and switches 407—421 521—524
BJTs (bipolar junction transistors), amplifiers and switches, CE circuits 410—412
BJTs (bipolar junction transistors), amplifiers and switches, EOS points 419
BJTs (bipolar junction transistors), amplifiers and switches, gain 412—414
BJTs (bipolar junction transistors), amplifiers and switches, graphical analyses 415—419
BJTs (bipolar junction transistors), amplifiers and switches, overviews and summaries 407—410
BJTs (bipolar junction transistors), amplifiers and switches, problems 521—524
BJTs (bipolar junction transistors), amplifiers and switches, switch operations 419—421
BJTs (bipolar junction transistors), amplifiers and switches, transfer characteristics 410—412
BJTs (bipolar junction transistors), bias and biasing 436—443 528—530
BJTs (bipolar junction transistors), bias and biasing, classical discrete circuit bias arrangements 436—441
BJTs (bipolar junction transistors), bias and biasing, collector-to-base feedback resistors 441—442
BJTs (bipolar junction transistors), bias and biasing, overviews and summaries 436
BJTs (bipolar junction transistors), bias and biasing, problems 528—530
BJTs (bipolar junction transistors), cascode 623—625
BJTs (bipolar junction transistors), CE frequency responses 538—540
BJTs (bipolar junction transistors), current-voltage characteristics 392—407 518—519
BJTs (bipolar junction transistors), current-voltage characteristics, CE characteristics 401—407
BJTs (bipolar junction transistors), current-voltage characteristics, circuit symbols and conventions 392—397
BJTs (bipolar junction transistors), current-voltage characteristics, overdrive factors 403
BJTs (bipolar junction transistors), current-voltage characteristics, overviews and summaries 407
BJTs (bipolar junction transistors), current-voltage characteristics, problems 518—519
BJTs (bipolar junction transistors), current-voltage characteristics, sustaining voltage 406
BJTs (bipolar junction transistors), current-voltage characteristics, transistor characteristics 397—401
BJTs (bipolar junction transistors), dc circuits 421—436 524—528
BJTs (bipolar junction transistors), dc circuits, overviews and summaries 421—436
BJTs (bipolar junction transistors), dc circuits, problems 524—528
BJTs (bipolar junction transistors), differential pairs 704—720 777—780
BJTs (bipolar junction transistors), digital logic inverters 503—507 540—541
BJTs (bipolar junction transistors), digital logic inverters, current-mode logic 506—507
BJTs (bipolar junction transistors), digital logic inverters, overviews and summaries 503—504
BJTs (bipolar junction transistors), digital logic inverters, problems 540—541
BJTs (bipolar junction transistors), digital logic inverters, saturated vs. unsaturated digital circuits 505—507
BJTs (bipolar junction transistors), digital logic inverters, TTL 505—506
BJTs (bipolar junction transistors), digital logic inverters, VTCs 504—505
BJTs (bipolar junction transistors), high frequency models 485—491
BJTs (bipolar junction transistors), internal capacitances 485—491 537—538
BJTs (bipolar junction transistors), internal capacitances, base-charging (diffusion) capacitances 486
BJTs (bipolar junction transistors), internal capacitances, base-emitter junction capacitances 486
BJTs (bipolar junction transistors), internal capacitances, collector-base junction capacitances 487
BJTs (bipolar junction transistors), internal capacitances, cutoff frequencies 487—490
BJTs (bipolar junction transistors), internal capacitances, forward base-transit times 486
BJTs (bipolar junction transistors), internal capacitances, high-frequency hybrid-7t models 487
BJTs (bipolar junction transistors), internal capacitances, high-frequency responses 492—497
BJTs (bipolar junction transistors), internal capacitances, low-frequency responses 497—503
BJTs (bipolar junction transistors), internal capacitances, Miller effect 496
BJTs (bipolar junction transistors), internal capacitances, Miller multiplier 496
BJTs (bipolar junction transistors), internal capacitances, overviews and summaries 485—486 488—492
BJTs (bipolar junction transistors), internal capacitances, problems 537—538
BJTs (bipolar junction transistors), internal capacitances, small-signal diffusion capacitances 486
BJTs (bipolar junction transistors), internal capacitances, unity-gain bandwidth 488
BJTs (bipolar junction transistors), models 443—460
BJTs (bipolar junction transistors), overviews and summaries 377—378 516—517
BJTs (bipolar junction transistors), power amplifiers 1249—1256 1279—1280
BJTs (bipolar junction transistors), problems 517—541
BJTs (bipolar junction transistors), single-stage amplifiers 460—485 533—537
BJTs (bipolar junction transistors), single-stage amplifiers, bypass capacitors 467
BJTs (bipolar junction transistors), single-stage amplifiers, CB amplifiers 474—478
BJTs (bipolar junction transistors), single-stage amplifiers, CC amplifiers 478—483
BJTs (bipolar junction transistors), single-stage amplifiers, CE amplifiers 461—475
BJTs (bipolar junction transistors), single-stage amplifiers, characteristics 461—466
BJTs (bipolar junction transistors), single-stage amplifiers, coupling capacitors 468
BJTs (bipolar junction transistors), single-stage amplifiers, current buffers 477
BJTs (bipolar junction transistors), single-stage amplifiers, emitter degeneration resistances 474
BJTs (bipolar junction transistors), single-stage amplifiers, emitter followers 478—483
BJTs (bipolar junction transistors), single-stage amplifiers, nonunilateral amplifiers 461
BJTs (bipolar junction transistors), single-stage amplifiers, overviews and summaries 460 483—185
BJTs (bipolar junction transistors), single-stage amplifiers, problems 533—537
BJTs (bipolar junction transistors), single-stage amplifiers, resistance reflection rales 472
BJTs (bipolar junction transistors), single-stage amplifiers, structures 460—461
BJTs (bipolar junction transistors), single-stage amplifiers, unilateral amplifiers 461
BJTs (bipolar junction transistors), small-signal operations 443—460 530—533
BJTs (bipolar junction transistors), small-signal operations, analyses 457
BJTs (bipolar junction transistors), small-signal operations, base currents 445—446
BJTs (bipolar junction transistors), small-signal operations, collector currents 443—445
BJTs (bipolar junction transistors), small-signal operations, dc quantities 448
BJTs (bipolar junction transistors), small-signal operations, early effect augmentations 457—458
BJTs (bipolar junction transistors), small-signal operations, emitter currents 446—447
BJTs (bipolar junction transistors), small-signal operations, equivalent circuits 450—457
BJTs (bipolar junction transistors), small-signal operations, hybrid- models 448—449
BJTs (bipolar junction transistors), small-signal operations, input resistance at bases 445—446
BJTs (bipolar junction transistors), small-signal operations, input resistance at emitters 446—447
BJTs (bipolar junction transistors), small-signal operations, overviews and summaries 443 458—459
BJTs (bipolar junction transistors), small-signal operations, problems 530—533
BJTs (bipolar junction transistors), small-signal operations, signal separations 448
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