National Semiconductor Linear Applications Handbook 1994

1287 Pages·2013·40.74 MB·English

by  National Semiconductor Corporation

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Linear
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LINEAR APPLICATIONS oO-
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HANDBOOK
Thepurposeofthishandbookisto provideafullyindexed Thetemperature rangeof lineardevices is indicated byei-
and cross-referenced collection of linear integrated circuit therthefirstdigitinthepartnumber,oraletterfollowingthe
applications using both monolithicand hybrid circuits from basepartnumber.
NationalSemiconductor.
SpecifiedTemperature
Individual application notes are normallywritten to explain Grade Range PartNumber
tvahreiooupsermaetitohnodasndofuascecoomfpolnisehipanrgtiacugliavrednefvuinccetioorn.tTohdeetoari-l Military -55°C ^TA^ +125°C LMIXXorLMXXXM
ganizationofthis handbooktakesadvantageofthisinnate Extended* -40°C <; TA^ +125°C LMXXXE
coherencebykeepingeachapplicationnoteintact, arrang- Industrial* -25°C ^ TA^ +85°C LM2XXorLMXXXI
ing them in numerical order, and providing adetailed Sub- Commercial 0°C ^ TA <: +70°C LM3XXorLMXXXC
jectIndex. *Someindustrialtemperaturerangedevicesmayberated
Manyoftheapplicationschematicscalloutthegenericfam- forthe extended(alsoknownasautomotive) temperature
ily,identifiedbyeitherthemilitarytemperaturerangeversion range. Otherextendedtemperaturerangedevicesmaynot
or commercial temperature range version of the device. includea temperaturerangedesignationintheirpartnum-
Generally, anydeviceinthe genericfamilywillwork inthe ber. Checkthedevicedatasheetforthespecifiedtempera-
circuit. For example, an amplifier indicated as an LM108 turerange(s).
referstothegeneric"108"family, anddoes notimplythat Becausecommercial partsarelessexpensivethan military
tonanerleyyd(mooirlnilitynadrubsyet-rgciraoalnd)esiaddneedvriepcdreiswmhweielelnlewctothrreikicrailtnigt(h"htAee"ra)pepgllericactdareticiaodlne.vliiMmciiletis-s oidnregsiitngodnu.dstertiealr,mitnheestehepmoionsttscsohsotu-lefdfebcetikveepatpipnromaicnhdtwohaengivtreyn-
orwidertemperaturerangewarrantstheiruse.
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TWX(910)339-9240
Nationaldoesnotassumeanyresponsibilityforuseofanycircuitrydescribed,nocircuitpatentlicensesareimplied,andNationalreservestheright,atanytime
withoutnotice,tochangesaidcircuitryorspecifications.
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Linear Applications Numerical List
Revision
ApplicationNotes
Date Date Page
AN-3 DriftCompensation—TechniquesforIntegratedDCAmplifiers 11/67 6/86 1
AN-4 MonolithicOp-Amp TheUniversalLinearComponent 4/68 6/86 6
AN-13 ApplicationoftheLH0002CurrentAmplifier 9/68 6/86 16
AN-20 AnApplicationGuideforOpAmps 8/80 8/90 19
—
AN-23 TheLM105—AnImprovedPositiveRegulator 1/69 31
AN-24 ASimplifiedTestSetforOpAmpCharacterization 1/86 6/86 39
AN-29 ICOpAmpBeatsFETsonInputCurrent 12/69 3/91 49
AN-30 LogConverters 11/69 3/91 66
AN-31 OpAmpCircuitCollection 2/78 3/91 70
AN-32 FETCircuitApplications 2/70 6/86 94
AN-41 PrecisionICComparatorRunsfrom +5VLogicSupply 10/70 8—/90 107
AN-42 ICProvidesOn-CardRegulationforLogicCircuits 2/71 113
AN-46 ThePhaseLockedLoopICasaCommunicationsSystemBuildingBlock 6/71 8/90 119
—
AN-48 ApplicationsforaNewUltra-HighSpeedBuffer 8/71 133
—
AN-49 PinDiodeDrivers /75 140
—
AN-56 1.2VReference 12/71 146
—
AN-69 LM380PowerAudioAmplifier 12/72 150
—
AN-71 MicropowerCircuitsUsingtheLM4250ProgrammableOpAmp 7/72 157
AN-72 TheLM3900—ANewCurrent-DifferencingQuad + InputAmplifiers 9/72 6/86 166
—
AN-74 LM139/LM239/LM339—AQuadofIndependentlyFunctioningComparators 1/73 211
—
AN-79 ICPre-AmpChallengesChoppersonDrift 2/73 227
AN-82 LM125/LM126PrecisionDual-TrackingRegulators 8/80 6/86 235
AN-87 ComparingtheHighSpeedComparators 6/73 8/90 251
AN-88 CMOSLinearApplications 7/73 6/86 257
AN-97 VersatileTimerOperatesfromMicrosecondstoHours 12/73 10/90 260
—
AN-103 LM340SeriesThreeTerminalPositiveRegulators 8/80 272
AN-104 NoiseSpecsConfusing? 5/74 8/90 284
—
AN-110 FastICPowerTransistorwithThermalProtection 5/74 291
AN-116 UsetheLM158/258/358Dual,SingleSupplyOpAmp 8/80 3/91 298
—
AN-127 LM143MonolithicHighVoltageOperationAmplifierApplications 4/76 302
AN-146 FMRemoteSpeakerSystem 6/75 8/90 314
AN-154 1.3VICFlasher,Oscillator,TriggerorAlarm 12/75 3/91 318
AN-156 SpecifyingA/DandD/AConverters 2/76 6/86 333
—
AN-161 ICVoltageReferenceHas1 ppmperDegreeDrift 6/76 339
AN-162 LM2907Tachometer/SpeedSwitchBuildingBlockApplications 6/76 8/90 345
—
AN-173 ICZenerEasesReferenceDesign 11/76 — 362
AN-178 ApplicationsforanAdjustableICPowerRegulator 1/77 — 365
AN-181 3-TerminalRegulatorisAdjustable 3/77 369
—
AN-182 ImprovingPowerSupplyReliabilitywithICPowerRegulators 4/77 375
—
AN-184 ReferencesforA/DConverters 7/77 378
—
AANN--129030 SCiMngOlSeCAh/iDpDCoantvaeArctqeurisCihtiiposnSEayssitleymInStiemrpflaicfeietsoA8n0a8l0oAgMtoicDrigoiptraolcCeosnsvoerrSsiyosntem 73//7787 — 338825
AN-202 ADigitalMultimeterUsingADD3501 7/80 6/86 395
AN-210 NewPhase-LockedLoopsHaveAdvantageasFrequencytoVoltageConverters
(andmore) 4/7g 8/90 399
AN-211 NewOpAmpsIdeas 12/78 3/91 407
AN-222 SuperMatchedBipolarTransistorPairSetsNewStandardforDriftandNoise 7/79 8/90 433
1
Linear Applications Numerical List (continued)
Revision
ApplicationNotes _ . Date Page
—
AN-225 ICTemperatureSensorProvidesThermocoupleCold-JunctionCompensation 4/79 443
AN-227 ApplicationsofWidebandBuffers 10/79 3—/91 449
AN-233 TheA/DEasilyAllowsManyUnusualApplications 1/80 465
AN-236 AnIntroductiontoSamplingTheorem 1/80 6/86 469
AN-237 Convolution:DigitalSignalProcessing 1/80 6/86 481
AN-240 Wide-RangeCurrent-to-FrequencyConverters 5/80 8/90 489
AN-241 WorkingwithHighImpedanceOpAmps 2/80 3/91 495
AN-242 ApplyingaNewPrecisionOpAmp 4/80 10/90 501
—
AN-245 ApplicationoftheADC-1210CMOSA/DConverter 6/86 523
AN-247 UsingtheADC0808/ADC08098-BitjuPCompatibleA/DConverterswith8-Channel
AnalogMultiplexer 9/80 6—/86 531
AN-253 LH0024andLH0032HighSpeedOpAmpApplications /80 — 547
AN-255 PowerSpectrumEstimation 11/80 — 558
AN-256 CircuitryforInexpensiveRelativeHumidityMeasurement 8/81 586
AN-258 DataAcquisitionUsingtheADC0816andADC08178-BitA/DConverterwithOn-Chip
16ChannelMultiplexer 1/81 6—/86 590
AN-260 A20-Bit(1 ppm)LinearSlope-IntegratingA/DConverter 1/81 612
AN-261 LowDistortionWidebandPowerOpAmp 7/81 8/90 618
AN-262 ApplyingDualandQuadFETOpAmps 5/81 6/86 627
AN-263 SineWaveGenerationTechniques 3/81 3/91 634
AN-265 AnElectronicWatt-WattHourMeter 2/84 6/86 646
AN-266 CircuitApplicationsofSample-HoldAmplifiers 1/81 6/86 651
AN-269 CircuitApplicationsofMultiplyingCMOSA/DConverters 9/81 6/86 659
AN-271 ApplyingtheNewCMOSMICRO-DAC 9/81 6/86 664
AN-272 OpAmpBoosterDesigns 9/81 6/86 674
AN-274 CMOSA/DConverterInterfacesEasilywithManyMicroprocessors 7/81 6—/86 681
AN-275 CMOSD/AConvertersMatchMostMicroprocessors 7/81 — 685
AN-276 ANewLow-CostSampledData10-BitCMOSA/DConverter 7/81 690
AN-277 TheNewMICRO-DACProductLineforMicroprocessorSystems 7/81 6/86 695
AN-278 DesigningwithaNewSuperFastDualNortonAmplifier 9/81 6—/86 701
AN-280 A/DConvertersEasilyInterfacewith70SeriesMicroprocessors 11/81 709
AN-281 DataAcquisitionUsingINS8048 11/81 6/86 715
AN-284 Single-SupplyApplicationsofCMOSMICRO-DACs 9/81 3/91 720
AN-285 AnAcousticTransformerPoweredSuper-HighIsolationAmplifier 10/81 6/86 724
AN-286 ApplicationsoftheLM392ComparatorOpAmpIC 9/81 6/86 728
AN-288 System-OrientedDC-DCConversionTechniques 4/82 6/86 734
AN-292 ApplicationsoftheLM3524Pulse-WidthModulator 8/82 6/86 739
AN-293 ControlApplicationsofCMOSDACs 3/82 6/86 744
AN-294 SpecialSampleandHoldTechniques 4/82 6/86 750
AN-295 AHighPerformanceIndustrialWeighingSystem 3/82 6/86 754
AN-298 IsolationTechniquesforSignalConditioning 5/82 6/86 758
AN-299 AudioApplicationsofLinearIntegratedCircuits 4/82 8—/90 765
AN-300 SimpleCircuitDetectsLossof4mA-20mASignal 5/82 — 770
AN-301 SignalConditioningforSophisticatedTransducers 1/82 774
AN-307 IntroducingtheMF10:AVersatileMonolithicActiveFilterBuildingBlock 8/82 8/90 786
AN-31 TheoryandApplicationsofLogarithmicAmplifiers 7/82 4—/91 797
AN-336 UnderstandingIntegratedCircuitPackagePowerCapabilities 3/83 802
AN-343 LH1605SwitchingRegulator 9/83 6/86 807
AN-344 LF13006/LF13007PrecisionDigitalGainSetApplications 3/84 6/86 817
AN-346 High-PerformanceAudioApplicationsoftheLM833 8/85 8—/90 822
AN-384 AudioNoiseReductionandMasking 3/85 — 831
AN-386 ANon-ComplementaryAudioNoiseReductionSystem 3/85 — 837
AN-390 DNR®ApplicationsoftheLM1894 3/85 847
AN-391 TheLM1823:AHighQualityTVVideoI.F.AmplifierandSynchronousDetector
forCableReceivers 3/85 856
1
Linear Applications Numerical List (continued)
Revision
ApplicationNotes
Date Date Page
AN-402 LM2889R.F.Modulator 6/85 6/86 872
AN-435 LMC835DigitalControlledGraphicEqualizer 3/86 883
AN-446 A150WICOpAmpSimplifiesDesignofPowerCircuits 4/86 891
AN-447 ProtectionSchemesforBIFETAmplifiersandSwitches 4/86 8/90 905
AN-460 LM34/LM35PrecisionMonolithicTemperatureSensors 6/86 11/90 908
AN-656 UnderstandingtheOperationofCRTMonitor 11/89 917
AN-693 LM628ProgrammingGuide 4/90 4/91 923
AN-694 ADMOS3A,55VH-Bridge:TheLMD18200 6/90 943
AN-706 LM628/LM629UserGuide 8/90 952
AN-71 LM78S40SwitchingVoltageRegulatorApplications 11/90 974
AN-715 LM385FeedbackProvidesRegulatorIsolation 11/90 989
AN-769 DynamicSpecificationsforSamplingA/DConverters 5/91 990
AN-775 SpecificationsandArchitecturesofSample-and-HoldAmplifiers 7/92 9/93 996
AN-776 20WSimpleSwitcherForwardConverter 6/91 1002
AN-777 LM2577ThreeOutput,IsolatedFlybackRegulator 6/91 1006
AN-779 ABasicIntroductiontoFilters—Active,Passive,andSwitched-Capacitor 4/91 1008
AN-813 TopicsonUsingtheLM6181—ANewCurrentFeedbackAmplifier 3/92 1030
AN-828 IncreasingtheHighSpeedTorqueofBipolarStepperMotors 5/93 1040
AN-840 DevelopmentofanExtensiveSPICEMacromodelfor"CurrentFeedback"Amplifiers ... 11/93 1049
AN-856 ASPICECompatibleMacromodelforCMOSOperationalAmplifiers 11/93 1063
AN-861 GuidetoCRTDesign 1/93 1067
AN-867 DesigningtheVideoSectionof1600x1280-PixelCRTs 12/93 1082
AN-898 AudioAmplifiersUtilizing:SPIKEtmProtection 10/93 1093
AN-906 InterfacingtheLM12454/8DataAcquisitionSystemChipstoMicroprocessors
andMicrocontrollers 10/93 1102
AB-7 MultivibratorTimerCAD 3/86 8/90 1132
AB-10 FluidLevelControlSystem 11/83 1134
AB-11 High-EfficiencyRegulatorHasLowDrop-OutVoltage 9/83 6/86 1136
AB-12 WideAdjustableRangePNPVoltageRegulator 2/84 1137
AB-24 BenchTestingLM3900andLM359InputParameters 12/85 8/90 1138
AB-25 DitheringDisplayExpandsBarGraph'sResolution 8/81 1140
AB-30 RS-232LineDriverPowerSupply 6/86 8/90 1142
LB-1 InstrumentationAmplifier 3/69 1144
LB-2 FeedforwardCompensationSpeedsOpAmps 3/69 1146
LB-4 FastCompensationExtendsPowerBandwidth 4/69 1148
LB-5 HighQNotchFilter 3/69 1149
LB-6 FastVoltageComparatorswithLowInputCurrent 5/69 1150
LB-8 PrecisionAC/DCConverters 8/69 1153
LB-9 UniversalBalancingTechniques 8/69 1155
LB-11 TheLM110—AnImprovedICVoltageFollower 3/70 1157
LB-12 AnICVoltageComparatorforHighImpedanceCircuitry 1/70 1160
LB-14 SpeedUptheLM108withFeedforwardCompensation 11/70 1162
LB-15 HighStabilityRegulators 1/71 1164
LB-16 EasilyTunedSineWaveOscillators 3/71 1166
LB-17 LM118OpAmpSlews70V/ju,s 9/71 1168
LB-18 +5Vto -15VConverter 7/72 1170
LB-19 PredictingOpAmpSlewRateLimitedResponse 8/72 1172
LB-20 AFullyDifferentialInputVoltageAmplifier 12/72 1174
LB-21 InstrumentationalAmplifier 6/73 8/90 1176
LB-22 LowDriftAmplifier 3/86 1178
LB-23 PreciseTri-WaveGeneration 6/73 1179
LB-24 VersatileICPre-AmpMakesThermocoupleAmplifierwithColdJunction
—
Compensation 6/73 1180
—
LB-25 TruermsDetector 6/73 1182
—
LB-26 SpecifyingSelectedOpAmpsandComparators 10/73 — 1184
LB-27 MicropowerThermometer 1/74 1186
Linear Applications Numerical List (continued)
Revision
ApplicationNotes D t Da—te Page
LB-28 GeneralPurposePowerSupply 6/74 — 1188
LB-32 MicrovoltComparator 6/76 — 1190
LB-34 AMicropowerVoltageReference 6/76 — 1192
LB-35 Adjustable3-TerminalRegulatorforLow-CostBatteryChargingSystems 8/76 — 1193
LB-38 WideRangeTimer 2/77 — 1195
LB-39 CircuitTechniquesforAvoidingOscillationsinComparatorApplications 1/78 — 1196
LB-41 PrecisionReferenceUsesOnlyTenMicroamperes 6/78 — 1198
LB-42 GetFastStableResponsefromImprovedUnity-GainFollowers 8/78 — 1200
LB-44 GetMorePowerOutofDualorQuadOpAmps 4/79 1202
LB-45 Frequency-to-VoltageConverterUsesSample-and-HoldtoImproveResponse
andRipple 4/79 1204
LB-46 ANewProductionTechniqueforTrimmingVoltageRegulators 7/79 6/—86 1206
LB-47 HighVoltageAdjustablePowerSupplies 3/80 — 1208
LB-48 SimpleVoltmeterMonitorsTTLSupplies 2/80 1210
LB-49 ProgrammablePowerRegulatorsHelpCheckOutComputerSystemOperating
Margins 1/85 — 1212
LB-51 AddKelvinSensingandParallelCapabilityto3-TerminalRegulators 3/81 — 1214
LB-52 ALowNoisePrecisionOpAmp 12/80 1216
LB-53 /xPInterfaceforaFreeRunningA/DAllowsAsynchronousReads 7/81 6/86 1218
AppendixA TheMonolithicOperationalAmplifier:ATutorialStudy 12/84 6/86 1220
AppendixC V/FConverterIC'sHandleFrequency-to-VoltageNeeds — 8/80 6/86 1241
AppendixD VersatileMonolithicV/F'sCanComputeaswellasConvertwithHighAccuracy 8/80 6/—86 1247
AppendixH StandardResistanceValues 6/86 1254
gH
National
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Device/Application Literature Cross-Reference
DeviceNumber ApplicationLiterature
ADCXXXX AN-156
ADC80 AN-360
ADC0801 AN-233,AN-271,AN-274,AN-280,AN-281,AN-294,LB-53
ADC0802 AN-233,AN-274,AN-280,AN-281 LB-53
,
ADC0803 AN-233,AN-274,AN-280,AN-281 LB-53
,
ADC08031 AN-460
ADC0804 AN-233,AN-274,AN-276,AN-280,AN-281,AN-301,AN-460,LB-53
ADC0805 AN-233,AN-274,AN-280,AN-281 LB-53
,
ADC0808 AN-247,AN-280,AN-281
ADC0809 AN-247,AN-280
ADC0816 AN-193,AN-247,AN-258,AN-280
ADC0817 AN-247,AN-258,AN-280
ADC0820 AN-237
ADC0831 AN-280,AN-281
ADC0832 AN-280,AN-281
ADC0833 AN-280,AN-281
ADC0834 AN-280,AN-281
ADC0838 AN-280,AN-281
ADC1001 AN-276,AN-280,AN-281
ADC1005 AN-280
ADC10461 AN-769
ADC10462 AN-769
ADC10464 AN-769
ADC10662 AN-769
ADC10664 AN-769
ADC1210 AN-245
ADC12441 AN-769
ADC12451 AN-769
ADC3501 AN-200,AN-202
ADC3511 AN-200
ADC3701 AN-200
ADC3711 AN-200
CD4016 AB-10
DACXXXX AN-156
DAC0800 AN-693
DAC0830 AN-284
DAC0831 AN-271,AN-284
DAC0832 AN-271 AN-284
,
DAC1000 AN-271,AN-275,AN-277,AN-284
DAC1001 AN-271,AN-275,AN-277,AN-284
DAC1002 AN-271 AN-275,AN-277,AN-284
,
DAC1006 AN-271,AN-275,AN-277,AN-284
DAC1007 AN-271,AN-275,AN-277,AN-284
111
Device/Application Literature Cross-Reference (continued)
DeviceNumber ApplicationLiterature
DAC1008 AN-271,AN-275,AN-277,AN-284
DAC1020 AN-263,AN-269,AN-2293,AN-294,AN-299
DAC1021 AN-269
DAC1022 AN-269
DAC1208 AN-271,AN-284
DAC1209 AN-271,AN-284
DAC1210 AN-271,AN-284
DAC1218 AN-293
DAC1219 AN-693
DAC1220 AN-253,AN-269
DAC1221 AN-269
DAC1222 AN-269
DAC1230 AN-284
DAC1231 AN-271 AN-284
,
DAC1232 AN-271,AN-284
DAC1280 AN-261,AN-263
DH0034 AN-253
DH0035 AN-49
INS8070 AN-260
LF11 LB-39
LF155 AN-263,AN-447
LF198 AN-245,AN-294
LF311 AN-301
LF347 AN-256,AN-262,AN-263,AN-265,AN-266,AN-301 AN-344,AN-447,LB-44
,
LF351 AN-242,AN-263,AN-266,AN-271,AN-275,AN-293,AN-447,AppendixC
LF351A AN-240
LF351B AppendixD
LF353 AN-256,AN-258,AN-262,AN-263,AN-266,AN-271,AN-285,AN-293,AN-447,LB-44,AppendixD
LF356 AN-253,AN-258,AN-260,AN-263,AN-266,AN-271,AN-272,
AN-275,AN-293,AN-294,AN-295,AN-301 AN-447,AN-693
,
LF357 AN-263,AN-447,LB-42
LF398 AN-247,AN-258,AN-266,AN-294,AN-298,LB-45
LF41 AN-294,AN-301 AN-344,AN-447
,
LF412 AN-272,AN-299,AN-301,AN-344,AN-447
LF441 AN-301,AN-447
LF13006 AN-344
LF13007 AN-344
LF13331 AN-294,AN-447
LH0002 AN-13,AN-227,AN-263,AN-272,AN-301
LH0024 AN-253
LH0032 AN-242,AN-253
LH0033 AN-48,AN-227,AN-253
LH0063 AN-227
LH0070 AN-301
LH0071 AN-245
LH0094 AN-301
LH0101 AN-261
LH1605 AN-343
LH2424 AN-867
LM10 AN-211,AN-247,AN-258,AN-271,AN-288,AN-299,AN-300,AN-460,AN-693
LM1 AN-241,AN-242,AN-260,AN-266,AN-271