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Sedra A.S., Smith K.C. — Microelectronic circuits
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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Ðóáðèêà: Òåõíîëîãèÿ/

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
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Ïðåäìåòíûé óêàçàòåëü
Problems, bistable multivibrators      1223—1224
Problems, BJT amplifiers and switches      521—524
Problems, BJT differential pairs      777—780
Problems, BJT structures and operations      378—392 517—518
Problems, class A output stage      1277—1278
Problems, class AB output stage      1278—1281
Problems, class B output stage      1235—1241 1278
Problems, CMOS inverters      374—375
Problems, CMOS logic circuits      1002—1008
Problems, current voltage characteristics      518—519
Problems, data converter circuits      922—929 946—947
Problems, dc imperfections      135—136
Problems, differential amplifiers      781—786
Problems, digital circuit design      1002—1003
Problems, digital logic inverters      61—62 540—541
Problems, diodes      218—234
Problems, dynamic logic circuits      1008
Problems, ECL      1052—1067 1081—1082
Problems, electronics overviews      51—62
Problems, feedback      860—870
Problems, feedback structures      860
Problems, filter transfer functions      1159
Problems, filter transmissions, types, and specifications      1159
Problems, filters and tuned amplifiers      1159—1163
Problems, finite open loop gain effects      134—135
Problems, first-order and second-order (biquadratic) filter functions      1160—1161
Problems, folded cascade CMOS op amps      883—893 941—942
Problems, forward characteristics      223—227
Problems, frequency compensation      870
Problems, idea op amps      123—124
Problems, ideal diodes      218—221
Problems, integrators and differentiators      136—138
Problems, internal capacitances      320—325 372 537—538
Problems, inverted op amps      124—128
Problems, inverters      1003—1004
Problems, large signal operations      135
Problems, latches and flip-flops      1077—1078
Problems, LC and crystal oscillators      1222—1223
Problems, logic gate circuits      1004—1005
Problems, loop gain determinations      868—869
Problems, memory and advanced digital circuits      1077—1082
Problems, monostable multivibrators      1225
Problems, MOS differential pairs      775—776
Problems, MOS power transistors      1282—1283
Problems, multistage amplifiers      786—789
Problems, negative (degenerative) feedback properties      860—861
Problems, network theorems      C5—C6
Problems, nonlinear waveform shaping circuits      1225—1227
Problems, op amp-RC oscillator circuits      1220—1222
Problems, op amps      123—138
Problems, op-amp and data-converter circuits      941—947
Problems, overviews and summaries      129—133
Problems, power amplifiers      1281—1282
Problems, power BJTs      1279—1280
Problems, precision rectifier circuits      1227—1228
Problems, pseudo-NMOS logic circuits      1005—1006
Problems, PTL circuits      1006—1007
Problems, RAM memory cells      1079
Problems, ROMs      1080
Problems, s domain analyses      E6—E7
Problems, second-order active filters      1161—1162
Problems, second-order LCRs      1161
Problems, sensitivity      1162
Problems, series-shunt feedback amplifiers      863—865
Problems, shunt-series feedback amplifiers      866—867
Problems, shunt-shunt feedback amplifiers      866—867
Problems, signal generators and waveform-shaping circuits      1220—1228
Problems, signals      54—55
Problems, single-amplifier biquadratic active filters      1162
Problems, single-stage amplifiers      533—537
Problems, single-stage IC amplifiers      666—687
Problems, single-stage MOS amplifiers      370—372
Problems, sinusoidal oscillators      1120
Problems, square and triangular waveforms      1224—1225
Problems, STC circuits      D16—D17
Problems, switched capacitor filters      1162—1163
Problems, switches      366—367
Problems, terminal junction characteristics      222—223
Problems, theorems      C5—C6
Problems, tuned amplifiers      1163
Problems, two-port network parameters      B7
Problems, two-stage CMOS op amps      941
Products      91—93 342—343
Products, DP products      342—343
Products, GB products      91—93
PROMs (programmable ROMs)      1046—1051
Propagation delays      45—48 953 973—974
Pseudo-NMOS logic circuits      950—951 974—982 1005—1006
PTL (pass transistor logic) circuits      982—991 1006—1007
PU (pull up) switches      44—45
PU (pull up) transistors      963—966
Pull down transistors      963—966
Pulses      1196—1198 D12—D16
Pulses, responses      D12—D16
Pulses, standardized generation      1196—1198
Punch through      260
PUNs (pull-up networks)      963—966 968—969
Push pull operations      1236
Quadrature oscillators      1175—1177
Quantization, signals      10 924
Quasi-stable multivibrators      1021—1022
Quiescent points      19 162 274—275
R-2R ladders      926—928
Rail-to-rail operations      890—892
RAM (random access) memory cells      1028 1031—1038 1079
Rapid analyses, forward characteristics      155
Rated output voltage      94
Ratios      81—82 700—704 715—716 732—733 796—797
Ratios, CMRR      81—82 700—704 715—716 732—733
Ratios, signal-to-noise ratios      796—797
RC-op amp oscillator circuits      1171—1179 1220—1222
RD-op amp resonators      1114
Readings, reference      F1—F2
Recovery periods      1198
rectifiers      141—144 171—184 1207—1228
Rectifiers, bridge rectifiers      1212—1213
Rectifiers, full-wave rectifiers      1210—1212
Rectifiers, half-wave rectifiers      1207—1208
Rectifiers, overviews and summaries      141—144 171—184
Rectifiers, precision rectifiers      1206—1214 1227—1228
Rectifiers, superdiodes      1207—1208
Reductions      796—798
Reductions, noises      796—797
Reductions, nonlinear distortions      797—798
Reference bias currents      899
reference resources      F1—F2
Reflection resistance rule      472
Regenerative (positive) feedback      792
Regions, breakdown regions      152—153 203—204
Regions, carrier depletion regions (space charge regions)      197—199
Regions, cutoff regions      248
Regions, depletion regions      209
Regions, drain regions      236
Regions, pseudo-NMOS logic circuits      977—979
Regions, saturation regions      242—248
Regions, silicon regions      954
Regions, SOAs      1254—1255
Regions, subthreshold regions      248
Regions, triode regions      242 248
Regulators and regulations      163—169
Regulators and regulations, line regulations      169
Regulators and regulations, load regulations      169
Regulators and regulations, shunt regulators      168—169
Regulators and regulations, voltage regulations      163—165
Resensitivity      208
Resistances, battery-plus-resistance models      156—157 166
Resistances, emitter degeneration resistances      474
Resistances, incremental resistances      161—162 168
Resistances, input resistances      72—75 445—447 717—720
Resistances, input resistances, bases      445—446
Resistances, input resistances, common mode      717—720
Resistances, input resistances, emitters      446—447
Resistances, input resistances, vs. output resistances      72—75
Resistances, resistance reflection rule      472
Resistances, resistors      see "Resistors"
Resistances, standard values      G1—G2
Resistances, thermal resistances      1249—1250
Resistors, fabrication technologies      A8—A9
Resistors, feedback resistors      284—285 441—442
Resistors, feedback resistors, collector-to-base resistors      441—442
Resistors, feedback resistors, drain-to-gate resistors      284—285
Resistors, load resistors      273
Resistors, overviews and summaries      51
Resistors, p-base resistors      A11
Resistors, pinched base resistors      A11
Resistors, resistances      see "Resistances"
Resistors, VLSIs      A8—A9
Resonators      1106—1114
Resonators, natural mode resonators      1106—1107
Resonators, op amp-RD resonators      1114
Resonators, second-order LCRs      1108—1112
Responses      492—503 538—540 571—600 1085
Responses, brick wall responses      1085
Responses, frequency responses      492—503 538—540 571—600
Responses, frequency responses, CE frequency responses      538—540
Responses, frequency responses, high-frequency responses      492—497 571—582 588—600
Responses, frequency responses, low-frequency responses      497—503
Reverse active (inverse active) modes      379
Reverse bias and biasing      141 199—203
Reverse bias and biasing, diodes      141
Reverse bias and biasing, pn junctions      199—203
Reverse bias and biasing, RFCs (radio frequency chokes)      1146
Ring oscillators      1027
Ringing      1062
Ripples and ripple voltage      172
ROM (Read Only Memory)      1028 1046—1052 1080
Row decoders      1029—1030
s domain analyses      E1—E8
s domain analyses, bode plots      E3—E6
s domain analyses, conjugate pairs      E2
s domain analyses, first-order functions      E2—E3
s domain analyses, order of the network      E2
s domain analyses, overviews and summaries      E1—E2
s domain analyses, poles      E2
s domain analyses, poles, natural modes      E2
s domain analyses, poles, transfer function poles      E2
s domain analyses, problems      E6—E7
s domain analyses, stable circuits      E2
s domain analyses, zeros      E2
s domain analyses, zeros, transfer function zeros      E2
s domain analyses, zeros, transmission zeros      E2
S/H (sample-and-hold) circuits      923
Sampling      10 922—923
Sampling, analog signal sampling      922—923
Sampling, overviews and summaries      10
Saturations      94 149—152 209 248—256 379—392 505—507
Saturations vs. unsaturated circuits      505—507
Saturations, current saturations      149—152 209
Saturations, modes      379 390—392
Saturations, output voltage saturations      94
Saturations, regions      242—248
Saturations, resistance saturations      253—256
SBDs (Schotty barrier diodes)      212
Scale current      149
Schmidt triggers      1188
Schotty TTL (Schotty transistor-transistor logic) diodes      210
Second breakdown limits      1255
Second order (biquadratic) filters      1098—1106 1112—1125 1160—1162
Second order LCRs (liquid crystal resonators)      1108—1112
Second stage, 741 op amp circuits      895—896
Secondary windings      171—172 174
Self-limiting oscillators      1180
Semiconductors      190—196
Semiconductors, covalent bonds      191
Semiconductors, diffusion and drift mechanisms      192—194
Semiconductors, doped      194—196
Semiconductors, free electrons      191
Semiconductors, holes      191
Semiconductors, intrinsic silicon      190—192
Semiconductors, overviews and summaries      192
Semiconductors, pn junctions      190—199 see
Semiconductors, pn junctions, open circuits      196—199
Semiconductors, pn junctions, overviews and summaries      190
Semiconductors, recombination process      191—192
Sensitivity      1133—1136 1162
Separations, signals      448
Sequential vs. combinational circuits      1013—1014
Series-series feedback amplifiers      801—802 811—818 865—866
Series-shunt feedback amplifiers      802—810 863—865
Shapers, sine wave      1203
Sharing, charges      994—995
Short circuits      69 616—895 741
Short circuits, op amp circuits      895
Short circuits, transconductances      616
Short circuits, virtual short circuits      69
Shunt regulators      168—169
Shunt-series feedback amplifiers      799—801 818—831 866—867
Shunt-shunt feedback amplifiers      802 818—831 866—867
Shutdowns, thermal      1260
SiGe BiCMOS processes      A15—A16
Signal generators and waveform shaping circuits      1165—1228
Signal generators and waveform shaping circuits, astable multivibrators      1192—1196
Signal generators and waveform shaping circuits, bistable multivibrators      1185—1192 1223—1224
Signal generators and waveform shaping circuits, bistable multivibrators, comparators      1189—1191
Signal generators and waveform shaping circuits, bistable multivibrators, feedback loops      1185—1186
Signal generators and waveform shaping circuits, bistable multivibrators, memory elements      1188
Signal generators and waveform shaping circuits, bistable multivibrators, metastable states (unequal equilibrium)      1185—1186
Signal generators and waveform shaping circuits, bistable multivibrators, noninverting transfer characteristics      1188—1189
Signal generators and waveform shaping circuits, bistable multivibrators, output level precision      1191
Signal generators and waveform shaping circuits, bistable multivibrators, overviews and summaries      1185
Signal generators and waveform shaping circuits, bistable multivibrators, problems      1223—1224
Signal generators and waveform shaping circuits, bistable multivibrators, Schmidt triggers      1188
Signal generators and waveform shaping circuits, bistable multivibrators, transfer characteristics      1186—1187
Signal generators and waveform shaping circuits, bistable multivibrators, trigger signals and triggering      1185—1188
Signal generators and waveform shaping circuits, frequency selective networks      1166
Signal generators and waveform shaping circuits, IC timers      1198—1203
Signal generators and waveform shaping circuits, IC timers, 555 timer circuits      1198—1203
Signal generators and waveform shaping circuits, IC timers, overviews and summaries      1198
Signal generators and waveform shaping circuits, LC and crystal oscillators      1177—1185 1222—1223
Signal generators and waveform shaping circuits, LC and crystal oscillators, Colpitts oscillators      1179—1180
Signal generators and waveform shaping circuits, LC and crystal oscillators, crystal oscillators      1182—1184
Signal generators and waveform shaping circuits, LC and crystal oscillators, Hartley oscillators      1179—1180
Signal generators and waveform shaping circuits, LC and crystal oscillators, LC tuned oscillators      1177—1182
Signal generators and waveform shaping circuits, LC and crystal oscillators, overviews and summaries      1177
Signal generators and waveform shaping circuits, LC and crystal oscillators, panel tuned (tank) circuits      1179—1180
Signal generators and waveform shaping circuits, LC and crystal oscillators, problems      1222—1223
Signal generators and waveform shaping circuits, LC and crystal oscillators, self-limiting oscillators      1180
Signal generators and waveform shaping circuits, linear oscillators      1120 1166—1171
Signal generators and waveform shaping circuits, monostable multivibrators      1196—1198 1225
Signal generators and waveform shaping circuits, monostable multivibrators, overviews and summaries      1196—1198
Signal generators and waveform shaping circuits, monostable multivibrators, problems      1225
Signal generators and waveform shaping circuits, monostable multivibrators, recovery periods      1198
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits      1203—1206 1225—1227
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, breakpoint methods      1203—1205
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, nonlinear amplification methods      1205—1206
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, overviews and summaries      1203
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, problems      1225—1227
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, sine wave shapers      1203
Signal generators and waveform shaping circuits, nonlinear waveform shaping circuits, waveform shaping      1203
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits      1171—1179 1220—1222
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, active filter tuned oscillators      1177—1179 1217—1219
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, overviews and summaries      1171
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, phase shift oscillators      1174—1175
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, problems      1220—1222
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, quadrature oscillators      1175—1177
Signal generators and waveform shaping circuits, op amp-RC oscillator circuits, Wien-bridge oscillators      1171—1174 1215—1217
Signal generators and waveform shaping circuits, overviews and summaries      1165—1166 1219—1220
Signal generators and waveform shaping circuits, positive feedback loops      1166
Signal generators and waveform shaping circuits, precision rectifier circuits      1206—1214 1227—1228
Signal generators and waveform shaping circuits, precision rectifier circuits, absolute value circuits      1211
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