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1.
GeneraldescriptionThe74LVC1G123isasingleretriggerablemonostablemultivibratorwithSchmitttriggerinputs.
Outputpulsewidthiscontrolledbythreemethods:1.
Thebasicpulseisprogrammedbyselectionofanexternalresistor(REXT)andcapacitor(CEXT).
2.
Oncetriggered,thebasicoutputpulsewidthmaybeextendedbyretriggeringthegatedactiveLOW-goingedgeinput(A)ortheactiveHIGH-goingedgeinput(B).
Byrepeatingthisprocess,theoutputpulseperiod(Q=HIGH)canbemadeaslongasdesired.
AlternativelyanoutputdelaycanbeterminatedatanytimebyaLOW-goingedgeoninputCLR,whichalsoinhibitsthetriggering.
3.
AninternalconnectionfromCLRtotheinputgatesmakesitpossibletotriggerthecircuitbyaHIGH-goingsignalatinputCLR.
Inputscanbedrivenfromeither3.
3Vor5Vdevices.
Thisfeatureallowstheuseofthesedevicesastranslatorsinamixed3.
3Vand5Venvironment.
Schmitttriggerinputs,makesthecircuithighlytoleranttoslowerinputriseandfalltimes.
Thisdeviceisfullyspecifiedforpartialpower-downapplicationsusingIOFF.
TheIOFFcircuitrydisablestheoutput,preventingthedamagingbackflowcurrentthroughthedevicewhenitispowereddown.
2.
FeaturesandbenefitsWidesupplyvoltagerangefrom1.
65Vto5.
5VHighnoiseimmunity24mAoutputdrive(VCC=3.
0V)CMOSlowpowerconsumptionDCtriggeredfromactiveHIGHoractiveLOWinputsRetriggerableforverylongpulsesupto100%dutyfactorDirectresetterminatesoutputpulseSchmitttriggeronallinputsComplieswithJEDECstandard:JESD8-7(1.
65Vto1.
95V)JESD8-5(2.
3Vto2.
7V)JESD8-B/JESD36(2.
7Vto3.
6V)Power-on-resetonoutputsLatch-upperformanceexceeds100mADirectinterfacewithTTLlevels74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsRev.
4—27November2013Productdatasheet74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20132of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsInputsacceptvoltagesupto5.
5VESDprotection:HBMJESD22-A114Fexceeds2000VMMJESD22-A115-Aexceeds200VCDMJESD22-C101Eexceeds1000VMultiplepackageoptionsSpecifiedfrom40Cto+85Cand40Cto+125C3.
Orderinginformation4.
Marking[1]Thepin1indicatorislocatedonthelowerleftcornerofthedevice,belowthemarkingcode.
Table1.
OrderinginformationTypenumberPackageTemperaturerangeNameDescriptionVersion74LVC1G123DP40Cto+125CTSSOP8plasticthinshrinksmalloutlinepackage;8leads;bodywidth3mm;leadlength0.
5mmSOT505-274LVC1G123DC40Cto+125CVSSOP8plasticverythinshrinksmalloutlinepackage;8leads;bodywidth2.
3mmSOT765-174LVC1G123GT40Cto+125CXSON8plasticextremelythinsmalloutlinepackage;noleads;8terminals;body11.
950.
5mmSOT833-174LVC1G123GF40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
3510.
5mmSOT108974LVC1G123GD40Cto+125CXSON8plasticextremelythinsmalloutlinepackage;noleads;8terminals;body320.
5mmSOT996-274LVC1G123GN40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
21.
00.
35mmSOT111674LVC1G123GS40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
351.
00.
35mmSOT1203Table2.
MarkingcodesTypenumberMarkingcode[1]74LVC1G123DPY374LVC1G123DCY374LVC1G123GTY374LVC1G123GFY374LVC1G123GDY374LVC1G123GNY374LVC1G123GSY374LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20133of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs5.
FunctionaldiagramFig1.
LogicsymbolQREXT/CEXTCEXTQR6ABCLR75123aaa-001871Fig2.
Logicdiagramaaa-001872ARRCLCLVCCVCCCLBQVCCCLCLRRCLRREXT/CEXTCEXT74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20134of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs6.
Pinninginformation6.
1PinningFig3.
PinconfigurationSOT505-2andSOT765-1Fig4.
PinconfigurationSOT833-1,SOT1089,SOT1116andSOT120374LVC1G123AVCCBREXT/CEXTCLRCEXTGNDQaaa-0018731234658774LVC1G123CEXTREXT/CEXTVCCQCLRBAGNDaaa-00187436271845TransparenttopviewFig5.
PinconfigurationSOT996-2aaa-00187574LVC1G123Transparenttopview87651234ABCLRGNDVCCREXT/CEXTCEXTQ74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20135of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs6.
2Pindescription7.
Functionaldescription[1]H=HIGHvoltagelevel;L=LOWvoltagelevel;X=don'tcare;=LOW-to-HIGHtransition;=HIGH-to-LOWtransition;=oneHIGHleveloutputpulse;=oneLOWleveloutputpulse.
[2]Ifthemonostablewastriggeredbeforethisconditionwasestablished,thepulsecontinuesasprogrammed.
Table3.
PindescriptionSymbolPinDescriptionA1negative-edgetriggeredinputB2positive-edgetriggeredinputCLR3directresetLOWandpositive-edgetriggeredinputGND4ground(0V)Q5activeHIGHoutputCEXT6externalcapacitorconnectionREXT/CEXT7externalresistorandcapacitorconnectionVCC8supplyvoltageTable4.
Functiontable[1]InputOutputCLRABQLXXLXHXL[2]XXLL[2]HLHHLH74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20136of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs8.
Limitingvalues[1]Theinputandoutputvoltageratingsmaybeexceedediftheinputandoutputcurrentratingsareobserved.
[2]WhenVCC=0V(Power-downmode),theoutputvoltagecanbe5.
5Vinnormaloperation.
[3]ForTSSOP8package:above55CthevalueofPtotderateslinearlywith2.
5mW/K.
ForVSSOP8package:above110CthevalueofPtotderateslinearlywith8mW/K.
ForXSON8packages:above118CthevalueofPtotderateslinearlywith7.
8mW/K.
9.
RecommendedoperatingconditionsTable5.
LimitingvaluesInaccordancewiththeAbsoluteMaximumRatingSystem(IEC60134).
VoltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinMaxUnitVCCsupplyvoltage0.
5+6.
5VVIinputvoltage[1]0.
5+6.
5VVOoutputvoltageActivemode[1]0.
5VCC+0.
5VPower-downmode[1][2]0.
5+6.
5VIIKinputclampingcurrentVIVCC-50mAIOoutputcurrentVO=0VtoVCC-50mAICCsupplycurrent-100mAIGNDgroundcurrent100-mATstgstoragetemperature65+150CPtottotalpowerdissipationTamb=40Cto+125C[3]-300mWTable6.
OperatingconditionsSymbolParameterConditionsMinMaxUnitVCCsupplyvoltage1.
655.
5VVIinputvoltage05.
5VVOoutputvoltageActivemode0VCCVPower-downmode05.
5VTambambienttemperature40+125Ct/VinputtransitionriseandfallrateVCC=1.
65Vto5.
5V-1ms/V74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20137of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs10.
StaticcharacteristicsTable7.
StaticcharacteristicsAtrecommendedoperatingconditions;voltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinTypMaxUnitTamb=40Cto+85C[1]VOHHIGH-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5VVCC0.
1--VIO=4mA;VCC=1.
65V1.
2--VIO=8mA;VCC=2.
3V1.
9--VIO=12mA;VCC=2.
7V2.
2--VIO=24mA;VCC=3.
0V2.
4--VIO=32mA;VCC=4.
5V3.
8--VVOLLOW-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5V--0.
1VIO=4mA;VCC=1.
65V--0.
45VIO=8mA;VCC=2.
3V--0.
3VIO=12mA;VCC=2.
7V--0.
4VIO=24mA;VCC=3.
0V--0.
55VIO=32mA;VCC=4.
5V--0.
55VIIinputleakagecurrentVI=5.
5VorGND;VCC=0Vto5.
5V--2AIOFFpower-offleakagecurrentVIorVO=5.
5V;VCC=0V--2AICCsupplycurrentVI=5.
5VorGND;Quiescent;VCC=1.
65Vto5.
5V;IO=0A-0.
110AActivestate;REXT/CEXT=0.
5VCCVCC=1.
65V--80AVCC=2.
3V--130AVCC=3V--240AVCC=4.
5V--400AVCC=5.
5V--650ACIinputcapacitance-2.
0-pF74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20138of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]AlltypicalvaluesaremeasuredatTamb=25C.
Tamb=40Cto+125CVOHHIGH-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5VVCC0.
1--VIO=4mA;VCC=1.
65V1.
2--VIO=8mA;VCC=2.
3V1.
9--VIO=12mA;VCC=2.
7V2.
2--VIO=24mA;VCC=3.
0V2.
4--VIO=32mA;VCC=4.
5V3.
8--VVOLLOW-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5V--0.
1VIO=4mA;VCC=1.
65V--0.
45VIO=8mA;VCC=2.
3V--0.
3VIO=12mA;VCC=2.
7V--0.
4VIO=24mA;VCC=3.
0V--0.
55VIO=32mA;VCC=4.
5V--0.
55VIIinputleakagecurrentVI=5.
5VorGND;VCC=0Vto5.
5V--10AIOFFpower-offleakagecurrentVIorVO=5.
5V;VCC=0V--10AICCsupplycurrentVI=5.
5VorGND;Quiescent;VCC=1.
65Vto5.
5V;IO=0A--20AActivestate;REXT/CEXT=0.
5VCCVCC=1.
65V--80AVCC=2.
3V--130AVCC=3V--240AVCC=4.
5V--400AVCC=5.
5V--650ATable7.
Staticcharacteristics…continuedAtrecommendedoperatingconditions;voltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinTypMaxUnit74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20139of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]AlltypicalvaluesaremeasuredatTamb=25C10.
1WaveformtransfercharacteristicsTable8.
TransfercharacteristicsVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMaxVT+positive-goingthresholdvoltageA,BandCLRinput;seeFigure6VCC=1.
65Vto1.
95V0.
720.
981.
220.
711.
22VVCC=2.
3Vto2.
7V0.
971.
261.
520.
971.
52VVCC=3.
0Vto3.
6V1.
201.
581.
901.
201.
90VVCC=4.
5Vto5.
5V1.
742.
272.
751.
742.
78VVTnegative-goingthresholdvoltageA,BandCLRinput;seeFigure6VCC=1.
65Vto1.
95V0.
560.
811.
040.
561.
04VVCC=2.
3Vto2.
7V0.
831.
091.
330.
821.
33VVCC=3.
0Vto3.
6V1.
081.
401.
701.
081.
72VVCC=4.
5Vto5.
5V1.
612.
072.
531.
612.
57VVHhysteresisvoltageA,BandCLRinput;(VT+VT);seeFigure6VCC=1.
65Vto1.
95V6117029554295mVVCC=2.
3Vto2.
7V4117430441304mVVCC=3.
0Vto3.
6V4018331940319mVVCC=4.
5Vto5.
5V3219936326363mVVCC=3.
0V.
Fig6.
Typicaltransfercharacteristicsaaa-001877VI(V)03212134lCC(mA)074LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201310of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs11.
DynamiccharacteristicsTable9.
DynamiccharacteristicsVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMaxtpdpropagationdelayA,BtoQ;seeFigure7[2]CL=15pF;VCC=1.
65Vto1.
95V2.
57.
116.
32.
517.
6nsVCC=2.
3Vto2.
7V1.
9-10.
31.
911.
2nsVCC=2.
7V1.
9-8.
51.
99.
3nsVCC=3.
0Vto3.
6V1.
5-7.
61.
58.
3nsVCC=4.
5Vto5.
5V1.
2-5.
31.
25.
8nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V2.
97.
817.
62.
919.
0nsVCC=2.
3Vto2.
7V2.
2-11.
32.
212.
3nsVCC=2.
7V2.
7-10.
52.
711.
4nsVCC=3.
0Vto3.
6V2.
0-9.
52.
010.
3nsVCC=4.
5Vto5.
5V1.
5-6.
71.
57.
2nsCLRtoQ;seeFigure7CL=15pF;VCC=1.
65Vto1.
95V3.
06.
916.
23.
017.
4nsVCC=2.
3Vto2.
7V2.
2-9.
62.
210.
5nsVCC=2.
7V2.
2-8.
22.
28.
9nsVCC=3.
0Vto3.
6V2.
0-7.
32.
08.
0nsVCC=4.
5Vto5.
5V1.
5-5.
11.
55.
5nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V3.
37.
517.
23.
818.
6nsVCC=2.
3Vto2.
7V2.
5-10.
32.
011.
2nsVCC=2.
7V2.
8-9.
32.
810.
2nsVCC=3.
0Vto3.
6V1.
5-8.
41.
59.
2nsVCC=4.
5Vto5.
5V1.
5-6.
01.
56.
6ns74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201311of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputstpdpropagationdelayCLRtoQ(trigger);seeFigure7CL=15pF;VCC=1.
65Vto1.
95V2.
77.
617.
42.
718.
9nsVCC=2.
3Vto2.
7V2.
1-11.
02.
112.
0nsVCC=2.
7V2.
1-9.
22.
110.
0nsVCC=3.
0Vto3.
6V1.
7-8.
21.
78.
9nsVCC=4.
5Vto5.
5V1.
4-5.
91.
46.
4nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V3.
18.
318.
83.
320.
3nsVCC=2.
3Vto2.
7V2.
5-12.
02.
513.
1nsVCC=2.
7V2.
8-11.
12.
812.
1nsVCC=3.
0Vto3.
6V2.
0-10.
12.
011.
0nsVCC=4.
5Vto5.
5V1.
5-7.
11.
57.
7nstWpulsewidthinputALOW;BHIGH;seeFigure7andFigure8VCC=1.
65Vto1.
95V8.
0--8.
0-nsVCC=2.
3Vto2.
7V4.
0--4.
0-nsVCC=2.
7V3.
0--3.
0-nsVCC=3.
0Vto3.
6V3.
0--3.
0-nsVCC=4.
5Vto5.
5V2.
5--2.
5-nsinputCLRLOW;seeFigure7andFigure9VCC=1.
65Vto1.
95V8.
0--8.
0-nsVCC=2.
3Vto2.
7V4.
0--4.
0-nsVCC=2.
7V3.
0--3.
0-nsVCC=3.
0Vto3.
6V3.
0--3.
0-nsVCC=4.
5Vto5.
5V2.
5--2.
5-nsTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201312of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputstWpulsewidthoutputQHIGH;seeFigure7,Figure8andFigure9;REXT=10k[3]CEXT=100pFVCC=1.
65Vto1.
95V-1.
42.
2-2.
2sVCC=2.
3Vto2.
7V-1.
31.
8-1.
8sVCC=2.
7V-1.
21.
8-1.
8sVCC=3.
0Vto3.
6V-1.
21.
8-1.
8sVCC=4.
5Vto5.
5V-1.
21.
8-1.
8sCEXT=0.
01F[3]VCC=1.
65Vto1.
95V-100110-110sVCC=2.
3Vto2.
7V-100110-110sVCC=2.
7V-100110-110sVCC=3.
0Vto3.
6V-100110-110sVCC=4.
5Vto5.
5V-100110-110sCEXT=0.
1F[3]VCC=1.
65Vto1.
95V-1.
01.
05-1.
05msVCC=2.
7V-1.
01.
05-1.
05msVCC=3.
0Vto3.
6V-1.
01.
05-1.
05msVCC=3.
0Vto3.
6V-1.
01.
05-1.
05msVCC=4.
5Vto5.
5V-1.
01.
05-1.
05mstrtrigretriggertimeA,B;seeFigure8CEXT=100pF;REXT=5kVCC=1.
65Vto1.
95V-174---nsVCC=2.
3Vto2.
7V-59---nsCEXT=100pF;REXT=1kVCC=3.
0Vto3.
6V-32---nsVCC=4.
5Vto5.
5V-20---nsCEXT=100F;REXT=5kVCC=1.
65Vto1.
95V-14---msVCC=2.
3Vto2.
7V-10---msCEXT=100F;REXT=1kVCC=3.
0Vto3.
6V-10---msVCC=4.
5Vto5.
5V-8---msRextexternalresistanceseeFigure12,Figure13andFigure14VCC=2.
0V5----kVCC3.
0V1----kCextexternalcapacitanceVCC=5.
0V;seeFigure12,Figure13andFigure14pFTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201313of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]TypicalvaluesaremeasuredatTamb=25CandVCC=1.
8V,2.
5V,3.
3Vand5.
0Vrespectively.
[2]tpdisthesameastPHLandtPLH;ttisthesameastTHLandtTLH[3]ForotherREXTandCEXTcombinationsseeFigure12,Figure13andFigure14.
IfCEXT>10nF,thenextformulaisvalid.
tW=KREXTCEXT,where:tW=typicaloutputpulsewidthinns;REXT=externalresistorink;CEXT=externalcapacitorinpF;K=constant=1;seeFigure15fortypical"K"factorasfunctionofVCC.
CPDpowerdissipationcapacitanceVI=GNDtoVCC;CEXT=0pF;REXT=5kVCC=1.
8V-35---pFVCC=2.
5V-35---pFREXT=1kVCC=3.
3V-27---pFVCC=5.
0V-29---pFTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201314of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs12.
Waveforms,graphsandtestcircuitMeasurementpointsaregiveninTable10.
VOLandVOHaretypicalvoltageoutputlevelsthatoccurwiththeoutputload.
Fig7.
Propagationdelaysfrominputs(A,B,CLR)tooutput(Q)aaa-001878VMVMtWtPLHtWVMtWtPLHtWtWtPLHVMtPHL(reset)VOLQoutputVOHGNDGNDVIVICLRinputAinputBinputGNDVITable10.
MeasurementpointsSupplyvoltageInputOutputVCCVMVM1.
65Vto1.
95V0.
5VCC0.
5VCC2.
3Vto2.
7V0.
5VCC0.
5VCC2.
7V1.
5V1.
5V3.
0Vto3.
6V1.
5V1.
5V4.
5Vto5.
5V0.
5VCC0.
5VCC74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201315of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsCLR=HIGHFig8.
Outputpulsecontrolusingretriggerpulseaaa-001879tWtrtrigQoutputBinputAinputtWtWtWtWA=LOWFig9.
OutputpulsecontrolusingresetinputCLRQoutputBinputCLRinputtWtWtWaaa-00188074LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201316of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig10.
Inputandoutputtimingaaa-001881AinputREXT/CEXTCLRinputQoutputBinputtWtWtW+trtrigtrtrigFig11.
Timingcomponentconnectionsaaa-001882VCCREXTCEXTtoCEXT(pin6)toREXT/CEXT(pin7)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201317of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsVCC=1.
8V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5kVCC=3.
3V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5k(5)REXT=1kFig12.
TypicaloutputpulsewidthasafunctionoftheexternalcapacitorvalueFig13.
Typicaloutputpulsewidthasafunctionoftheexternalcapacitorvalue109tW(ns)10aaa-000298102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)109tW(ns)10aaa-000299102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)(5)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201318of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsVCC=5.
0V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5k(5)REXT=1kREXT=10k;Tamb=25C.
(1)CEXT=1000pF(2)CEXT=0.
01F(3)CEXT=0.
1FFig14.
TypicaloutputpulsewidthasafunctionoftheexternalcapacitorvalueFig15.
Typical'K'factorasfunctionofVCC109tW(ns)10aaa-000300102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)(5)aaa-000301(2)(3)VCC(V)06421.
00.
91.
11.
2'K'factor0.
8(1)Tamb=25C.
(1)CEXT=0.
01F(2)CEXT=1000pF(3)CEXT=100pF(4)CEXT=10pFFig16.
Minimumretriggertimeasfunctionofthesupplyvoltageaaa-001943VCC(V)1.
55.
54.
52.
53.
5(1)(2)(3)(4)110-110trtrig(s)10-210-374LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201319of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsREXT=10k;Tamb=25C.
(1)VCC=1.
8V(2)VCC=2.
5V(3)VCC=3.
3V(4)VCC=5.
0VFig17.
Typical'K'factorasfunctionofCEXTaaa-0003031.
151.
251.
051.
351.
45'K'factor0.
95CEXT(pF)102106105103104(1)(2)(3)(4)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201320of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsTestdataisgiveninTable11.
Definitionsfortestcircuit:RL=Loadresistance.
CL=Loadcapacitanceincludingjigandprobecapacitance.
RT=TerminationresistanceshouldbeequaltooutputimpedanceZoofthepulsegenerator.
VEXT=Testvoltageforswitchingtimes.
Fig18.
TestcircuitformeasuringswitchingtimesVEXTVCCVIVO001aae235DUTCLRTRLRLPULSEGENERATORVMVMtWtW10%90%0VVIVInegativepulsepositivepulse0VVMVM90%10%tftrtrtfTable11.
TestdataSupplyvoltageInputLoadVEXTVCCVItr,tfCLRLtPLH,tPHL1.
65Vto1.
95VVCC2.
0ns15pF1Mopen2.
3Vto2.
7VVCC2.
0ns15pF1Mopen2.
7V2.
7V2.
5ns15pF1Mopen3.
0Vto3.
6V2.
7V2.
5ns15pF1Mopen4.
5Vto5.
5VVCC2.
5ns15pF1Mopen1.
65Vto1.
95VVCC2.
0ns30pF1kopen2.
3Vto2.
7VVCC2.
0ns30pF500open2.
7V2.
7V2.
5ns50pF500open3.
0Vto3.
6V2.
7V2.
5ns50pF500open4.
5Vto5.
5VVCC2.
5ns50pF500open74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201321of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs13.
PackageoutlineFig19.
PackageoutlineSOT505-2(TSSOP8)UNITA1Amax.
A2A3bpLHELpwyvceD(1)E(1)Z(1)θREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITAmm0.
150.
000.
950.
750.
380.
220.
180.
083.
12.
93.
12.
90.
654.
13.
90.
700.
358°0°0.
130.
10.
20.
5DIMENSIONS(mmaretheoriginaldimensions)Note1.
Plasticormetalprotrusionsof0.
15mmmaximumpersidearenotincluded.
0.
470.
33SOT505-2---02-01-16wMbpDZe0.
251485θA2A1Lp(A3)detailXALHEEcvMAXAy2.
55mm0scaleTSSOP8:plasticthinshrinksmalloutlinepackage;8leads;bodywidth3mm;leadlength0.
5mmSOT505-21.
1pin1index74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201322of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig20.
PackageoutlineSOT765-1(VSSOP8)UNITA1Amax.
A2A3bpLHELpwyvceD(1)E(2)Z(1)θREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITAmm0.
150.
000.
850.
600.
270.
170.
230.
082.
11.
92.
42.
20.
53.
23.
00.
40.
18°0°0.
130.
10.
20.
4DIMENSIONS(mmaretheoriginaldimensions)Notes1.
Plasticormetalprotrusionsof0.
15mmmaximumpersidearenotincluded.
2.
Plasticormetalprotrusionsof0.
25mmmaximumpersidearenotincluded.
0.
400.
15Q0.
210.
19SOT765-1MO-18702-06-07wMbpDZe0.
121485θA2A1QLp(A3)detailXALHEEcvMAXAy2.
55mm0scaleVSSOP8:plasticverythinshrinksmalloutlinepackage;8leads;bodywidth2.
3mmSOT765-11pin1index74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201323of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig21.
PackageoutlineSOT833-1(XSON8)terminal1indexareaREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITASOT833-1---MO-252---SOT833-107-11-1407-12-07DIMENSIONS(mmaretheoriginaldimensions)XSON8:plasticextremelythinsmalloutlinepackage;noleads;8terminals;body1x1.
95x0.
5mmDEe1eA1bLL1e1e1012mmscaleNotes1.
Includingplatingthickness.
2.
Canbevisibleinsomemanufacturingprocesses.
UNITmm0.
250.
172.
01.
90.
350.
27A1maxbE1.
050.
95Dee1L0.
400.
32L10.
50.
6A(1)max0.
50.
04182736458*(2)4*(2)A74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
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2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201324of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig22.
PackageoutlineSOT1089(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1089MO-252sot1089_po10-04-0910-04-12Unitmmmaxnommin0.
50.
041.
401.
351.
301.
051.
000.
950.
550.
350.
350.
300.
27A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
35x1x0.
5mmSOT1089A1bL10.
400.
350.
320.
200.
150.
12DEee1L00.
51mmscaleterminal1indexareaEDdetailXAA1LL1be1eterminal1indexarea1485(4*)(2)(8*)(2)X74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201325of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig23.
PackageoutlineSOT996-2(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT996-2sot996-2_po07-12-2112-11-20Unit(1)mmmaxnommin0.
50.
050.
002.
11.
93.
12.
90.
50.
30.
150.
050.
60.
40.
51.
50.
05ADimensions(mmaretheoriginaldimensions)XSON8:plasticextremelythinsmalloutlinepackage;noleads;8terminals;body3x2x0.
5mmSOT996-2A1b0.
350.
15DEee1LL1L2v0.
1wy0.
05y10.
1012mmscaleCyCy1Xterminal1indexareaBADEdetailXAA1b1485e1eACBvCwL2L1L74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201326of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig24.
PackageoutlineSOT1116(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1116sot1116_po10-04-0210-04-07Unitmmmaxnommin0.
350.
041.
251.
201.
151.
051.
000.
950.
550.
30.
400.
350.
32A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
2x1.
0x0.
35mmSOT1116A1b0.
200.
150.
12DEee1L0.
350.
300.
27L100.
51mmscaleterminal1indexareaED(4*)(2)(8*)(2)A1Ae1e1e1eLL1b4321567874LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201327of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig25.
PackageoutlineSOT1203(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1203sot1203_po10-04-0210-04-06Unitmmmaxnommin0.
350.
041.
401.
351.
301.
051.
000.
950.
550.
350.
400.
350.
32A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
35x1.
0x0.
35mmSOT1203A1b0.
200.
150.
12DEee1L0.
350.
300.
27L100.
51mmscaleterminal1indexareaED(4*)(2)(8*)(2)AA1eLL1be1e1e11827364574LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201328of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs14.
Abbreviations15.
RevisionhistoryTable12.
AbbreviationsAcronymDescriptionCMOSComplementaryMetal-OxideSemiconductorDUTDeviceUnderTestESDElectroStaticDischargeHBMHumanBodyModelTTLTransistor-TransistorLogicTable13.
RevisionhistoryDocumentIDReleasedateDatasheetstatusChangenoticeSupersedes74LVC1G123v.
420131127Productdatasheet-74LVC1G123v.
3Modifications:74LVC1G123GM(XQFN8)removed.
74LVC1G123v.
320130329Productdatasheet-74LVC1G123v.
2Modifications:Fortypenumber74LVC1G123GDXSON8UhaschangedtoXSON8.
74LVC1G123v.
220120801Productdatasheet-74LVC1G123v.
1Modifications:VHYSconditionsandlimitscorrected(errata).
74LVC1G123v.
120120123Productdatasheet--74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
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Allrightsreserved.
ProductdatasheetRev.
4—27November201329of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs16.
Legalinformation16.
1Datasheetstatus[1]Pleaseconsultthemostrecentlyissueddocumentbeforeinitiatingorcompletingadesign.
[2]Theterm'shortdatasheet'isexplainedinsection"Definitions".
[3]Theproductstatusofdevice(s)describedinthisdocumentmayhavechangedsincethisdocumentwaspublishedandmaydifferincaseofmultipledevices.
ThelatestproductstatusinformationisavailableontheInternetatURLhttp://www.
nxp.
com.
16.
2DefinitionsDraft—Thedocumentisadraftversiononly.
Thecontentisstillunderinternalreviewandsubjecttoformalapproval,whichmayresultinmodificationsoradditions.
NXPSemiconductorsdoesnotgiveanyrepresentationsorwarrantiesastotheaccuracyorcompletenessofinformationincludedhereinandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
Shortdatasheet—Ashortdatasheetisanextractfromafulldatasheetwiththesameproducttypenumber(s)andtitle.
Ashortdatasheetisintendedforquickreferenceonlyandshouldnotbereliedupontocontaindetailedandfullinformation.
Fordetailedandfullinformationseetherelevantfulldatasheet,whichisavailableonrequestviathelocalNXPSemiconductorssalesoffice.
Incaseofanyinconsistencyorconflictwiththeshortdatasheet,thefulldatasheetshallprevail.
Productspecification—TheinformationanddataprovidedinaProductdatasheetshalldefinethespecificationoftheproductasagreedbetweenNXPSemiconductorsanditscustomer,unlessNXPSemiconductorsandcustomerhaveexplicitlyagreedotherwiseinwriting.
Innoeventhowever,shallanagreementbevalidinwhichtheNXPSemiconductorsproductisdeemedtoofferfunctionsandqualitiesbeyondthosedescribedintheProductdatasheet.
16.
3DisclaimersLimitedwarrantyandliability—Informationinthisdocumentisbelievedtobeaccurateandreliable.
However,NXPSemiconductorsdoesnotgiveanyrepresentationsorwarranties,expressedorimplied,astotheaccuracyorcompletenessofsuchinformationandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
NXPSemiconductorstakesnoresponsibilityforthecontentinthisdocumentifprovidedbyaninformationsourceoutsideofNXPSemiconductors.
InnoeventshallNXPSemiconductorsbeliableforanyindirect,incidental,punitive,specialorconsequentialdamages(including-withoutlimitation-lostprofits,lostsavings,businessinterruption,costsrelatedtotheremovalorreplacementofanyproductsorreworkcharges)whetherornotsuchdamagesarebasedontort(includingnegligence),warranty,breachofcontractoranyotherlegaltheory.
Notwithstandinganydamagesthatcustomermightincurforanyreasonwhatsoever,NXPSemiconductors'aggregateandcumulativeliabilitytowardscustomerfortheproductsdescribedhereinshallbelimitedinaccordancewiththeTermsandconditionsofcommercialsaleofNXPSemiconductors.
Righttomakechanges—NXPSemiconductorsreservestherighttomakechangestoinformationpublishedinthisdocument,includingwithoutlimitationspecificationsandproductdescriptions,atanytimeandwithoutnotice.
Thisdocumentsupersedesandreplacesallinformationsuppliedpriortothepublicationhereof.
Suitabilityforuse—NXPSemiconductorsproductsarenotdesigned,authorizedorwarrantedtobesuitableforuseinlifesupport,life-criticalorsafety-criticalsystemsorequipment,norinapplicationswherefailureormalfunctionofanNXPSemiconductorsproductcanreasonablybeexpectedtoresultinpersonalinjury,deathorseverepropertyorenvironmentaldamage.
NXPSemiconductorsanditssuppliersacceptnoliabilityforinclusionand/oruseofNXPSemiconductorsproductsinsuchequipmentorapplicationsandthereforesuchinclusionand/oruseisatthecustomer'sownrisk.
Applications—Applicationsthataredescribedhereinforanyoftheseproductsareforillustrativepurposesonly.
NXPSemiconductorsmakesnorepresentationorwarrantythatsuchapplicationswillbesuitableforthespecifiedusewithoutfurthertestingormodification.
CustomersareresponsibleforthedesignandoperationoftheirapplicationsandproductsusingNXPSemiconductorsproducts,andNXPSemiconductorsacceptsnoliabilityforanyassistancewithapplicationsorcustomerproductdesign.
Itiscustomer'ssoleresponsibilitytodeterminewhethertheNXPSemiconductorsproductissuitableandfitforthecustomer'sapplicationsandproductsplanned,aswellasfortheplannedapplicationanduseofcustomer'sthirdpartycustomer(s).
Customersshouldprovideappropriatedesignandoperatingsafeguardstominimizetherisksassociatedwiththeirapplicationsandproducts.
NXPSemiconductorsdoesnotacceptanyliabilityrelatedtoanydefault,damage,costsorproblemwhichisbasedonanyweaknessordefaultinthecustomer'sapplicationsorproducts,ortheapplicationorusebycustomer'sthirdpartycustomer(s).
Customerisresponsiblefordoingallnecessarytestingforthecustomer'sapplicationsandproductsusingNXPSemiconductorsproductsinordertoavoidadefaultoftheapplicationsandtheproductsoroftheapplicationorusebycustomer'sthirdpartycustomer(s).
NXPdoesnotacceptanyliabilityinthisrespect.
Limitingvalues—Stressaboveoneormorelimitingvalues(asdefinedintheAbsoluteMaximumRatingsSystemofIEC60134)willcausepermanentdamagetothedevice.
Limitingvaluesarestressratingsonlyand(proper)operationofthedeviceattheseoranyotherconditionsabovethosegivenintheRecommendedoperatingconditionssection(ifpresent)ortheCharacteristicssectionsofthisdocumentisnotwarranted.
Constantorrepeatedexposuretolimitingvalueswillpermanentlyandirreversiblyaffectthequalityandreliabilityofthedevice.
Termsandconditionsofcommercialsale—NXPSemiconductorsproductsaresoldsubjecttothegeneraltermsandconditionsofcommercialsale,aspublishedathttp://www.
nxp.
com/profile/terms,unlessotherwiseagreedinavalidwrittenindividualagreement.
Incaseanindividualagreementisconcludedonlythetermsandconditionsoftherespectiveagreementshallapply.
NXPSemiconductorsherebyexpresslyobjectstoapplyingthecustomer'sgeneraltermsandconditionswithregardtothepurchaseofNXPSemiconductorsproductsbycustomer.
Nooffertosellorlicense—Nothinginthisdocumentmaybeinterpretedorconstruedasanoffertosellproductsthatisopenforacceptanceorthegrant,conveyanceorimplicationofanylicenseunderanycopyrights,patentsorotherindustrialorintellectualpropertyrights.
Documentstatus[1][2]Productstatus[3]DefinitionObjective[short]datasheetDevelopmentThisdocumentcontainsdatafromtheobjectivespecificationforproductdevelopment.
Preliminary[short]datasheetQualificationThisdocumentcontainsdatafromthepreliminaryspecification.
Product[short]datasheetProductionThisdocumentcontainstheproductspecification.
74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
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ProductdatasheetRev.
4—27November201330of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsExportcontrol—Thisdocumentaswellastheitem(s)describedhereinmaybesubjecttoexportcontrolregulations.
Exportmightrequireapriorauthorizationfromcompetentauthorities.
Non-automotivequalifiedproducts—UnlessthisdatasheetexpresslystatesthatthisspecificNXPSemiconductorsproductisautomotivequalified,theproductisnotsuitableforautomotiveuse.
Itisneitherqualifiednortestedinaccordancewithautomotivetestingorapplicationrequirements.
NXPSemiconductorsacceptsnoliabilityforinclusionand/oruseofnon-automotivequalifiedproductsinautomotiveequipmentorapplications.
Intheeventthatcustomerusestheproductfordesign-inanduseinautomotiveapplicationstoautomotivespecificationsandstandards,customer(a)shallusetheproductwithoutNXPSemiconductors'warrantyoftheproductforsuchautomotiveapplications,useandspecifications,and(b)whenevercustomerusestheproductforautomotiveapplicationsbeyondNXPSemiconductors'specificationssuchuseshallbesolelyatcustomer'sownrisk,and(c)customerfullyindemnifiesNXPSemiconductorsforanyliability,damagesorfailedproductclaimsresultingfromcustomerdesignanduseoftheproductforautomotiveapplicationsbeyondNXPSemiconductors'standardwarrantyandNXPSemiconductors'productspecifications.
16.
4TrademarksNotice:Allreferencedbrands,productnames,servicenamesandtrademarksarethepropertyoftheirrespectiveowners.
17.
ContactinformationFormoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comNXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsNXPB.
V.
2013.
Allrightsreserved.
Formoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comDateofrelease:27November2013Documentidentifier:74LVC1G123Pleasebeawarethatimportantnoticesconcerningthisdocumentandtheproduct(s)describedherein,havebeenincludedinsection'Legalinformation'.
18.
Contents1Generaldescription12Featuresandbenefits13Orderinginformation.
24Marking25Functionaldiagram36Pinninginformation.
46.
1Pinning46.
2Pindescription57Functionaldescription58Limitingvalues.
69Recommendedoperatingconditions.
610Staticcharacteristics.
710.
1Waveformtransfercharacteristics911Dynamiccharacteristics1012Waveforms,graphsandtestcircuit.
1413Packageoutline2114Abbreviations.
2815Revisionhistory.
2816Legalinformation.
2916.
1Datasheetstatus2916.
2Definitions.
2916.
3Disclaimers2916.
4Trademarks.
3017Contactinformation.
3018Contents31MouserElectronicsAuthorizedDistributorClicktoViewPricing,Inventory,Delivery&LifecycleInformation:Nexperia:74LVC1G123GT,11574LVC1G123DC-Q100H74LVC1G123DP-Q100H74LVC1G123GN,11574LVC1G123GS,11574LVC1G123DP,12574LVC1G123GD,12574LVC1G123DC,12574LVC1G123GF,115
GeneraldescriptionThe74LVC1G123isasingleretriggerablemonostablemultivibratorwithSchmitttriggerinputs.
Outputpulsewidthiscontrolledbythreemethods:1.
Thebasicpulseisprogrammedbyselectionofanexternalresistor(REXT)andcapacitor(CEXT).
2.
Oncetriggered,thebasicoutputpulsewidthmaybeextendedbyretriggeringthegatedactiveLOW-goingedgeinput(A)ortheactiveHIGH-goingedgeinput(B).
Byrepeatingthisprocess,theoutputpulseperiod(Q=HIGH)canbemadeaslongasdesired.
AlternativelyanoutputdelaycanbeterminatedatanytimebyaLOW-goingedgeoninputCLR,whichalsoinhibitsthetriggering.
3.
AninternalconnectionfromCLRtotheinputgatesmakesitpossibletotriggerthecircuitbyaHIGH-goingsignalatinputCLR.
Inputscanbedrivenfromeither3.
3Vor5Vdevices.
Thisfeatureallowstheuseofthesedevicesastranslatorsinamixed3.
3Vand5Venvironment.
Schmitttriggerinputs,makesthecircuithighlytoleranttoslowerinputriseandfalltimes.
Thisdeviceisfullyspecifiedforpartialpower-downapplicationsusingIOFF.
TheIOFFcircuitrydisablestheoutput,preventingthedamagingbackflowcurrentthroughthedevicewhenitispowereddown.
2.
FeaturesandbenefitsWidesupplyvoltagerangefrom1.
65Vto5.
5VHighnoiseimmunity24mAoutputdrive(VCC=3.
0V)CMOSlowpowerconsumptionDCtriggeredfromactiveHIGHoractiveLOWinputsRetriggerableforverylongpulsesupto100%dutyfactorDirectresetterminatesoutputpulseSchmitttriggeronallinputsComplieswithJEDECstandard:JESD8-7(1.
65Vto1.
95V)JESD8-5(2.
3Vto2.
7V)JESD8-B/JESD36(2.
7Vto3.
6V)Power-on-resetonoutputsLatch-upperformanceexceeds100mADirectinterfacewithTTLlevels74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsRev.
4—27November2013Productdatasheet74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November20132of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsInputsacceptvoltagesupto5.
5VESDprotection:HBMJESD22-A114Fexceeds2000VMMJESD22-A115-Aexceeds200VCDMJESD22-C101Eexceeds1000VMultiplepackageoptionsSpecifiedfrom40Cto+85Cand40Cto+125C3.
Orderinginformation4.
Marking[1]Thepin1indicatorislocatedonthelowerleftcornerofthedevice,belowthemarkingcode.
Table1.
OrderinginformationTypenumberPackageTemperaturerangeNameDescriptionVersion74LVC1G123DP40Cto+125CTSSOP8plasticthinshrinksmalloutlinepackage;8leads;bodywidth3mm;leadlength0.
5mmSOT505-274LVC1G123DC40Cto+125CVSSOP8plasticverythinshrinksmalloutlinepackage;8leads;bodywidth2.
3mmSOT765-174LVC1G123GT40Cto+125CXSON8plasticextremelythinsmalloutlinepackage;noleads;8terminals;body11.
950.
5mmSOT833-174LVC1G123GF40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
3510.
5mmSOT108974LVC1G123GD40Cto+125CXSON8plasticextremelythinsmalloutlinepackage;noleads;8terminals;body320.
5mmSOT996-274LVC1G123GN40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
21.
00.
35mmSOT111674LVC1G123GS40Cto+125CXSON8extremelythinsmalloutlinepackage;noleads;8terminals;body1.
351.
00.
35mmSOT1203Table2.
MarkingcodesTypenumberMarkingcode[1]74LVC1G123DPY374LVC1G123DCY374LVC1G123GTY374LVC1G123GFY374LVC1G123GDY374LVC1G123GNY374LVC1G123GSY374LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20133of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs5.
FunctionaldiagramFig1.
LogicsymbolQREXT/CEXTCEXTQR6ABCLR75123aaa-001871Fig2.
Logicdiagramaaa-001872ARRCLCLVCCVCCCLBQVCCCLCLRRCLRREXT/CEXTCEXT74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20134of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs6.
Pinninginformation6.
1PinningFig3.
PinconfigurationSOT505-2andSOT765-1Fig4.
PinconfigurationSOT833-1,SOT1089,SOT1116andSOT120374LVC1G123AVCCBREXT/CEXTCLRCEXTGNDQaaa-0018731234658774LVC1G123CEXTREXT/CEXTVCCQCLRBAGNDaaa-00187436271845TransparenttopviewFig5.
PinconfigurationSOT996-2aaa-00187574LVC1G123Transparenttopview87651234ABCLRGNDVCCREXT/CEXTCEXTQ74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November20135of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs6.
2Pindescription7.
Functionaldescription[1]H=HIGHvoltagelevel;L=LOWvoltagelevel;X=don'tcare;=LOW-to-HIGHtransition;=HIGH-to-LOWtransition;=oneHIGHleveloutputpulse;=oneLOWleveloutputpulse.
[2]Ifthemonostablewastriggeredbeforethisconditionwasestablished,thepulsecontinuesasprogrammed.
Table3.
PindescriptionSymbolPinDescriptionA1negative-edgetriggeredinputB2positive-edgetriggeredinputCLR3directresetLOWandpositive-edgetriggeredinputGND4ground(0V)Q5activeHIGHoutputCEXT6externalcapacitorconnectionREXT/CEXT7externalresistorandcapacitorconnectionVCC8supplyvoltageTable4.
Functiontable[1]InputOutputCLRABQLXXLXHXL[2]XXLL[2]HLHHLH74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November20136of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs8.
Limitingvalues[1]Theinputandoutputvoltageratingsmaybeexceedediftheinputandoutputcurrentratingsareobserved.
[2]WhenVCC=0V(Power-downmode),theoutputvoltagecanbe5.
5Vinnormaloperation.
[3]ForTSSOP8package:above55CthevalueofPtotderateslinearlywith2.
5mW/K.
ForVSSOP8package:above110CthevalueofPtotderateslinearlywith8mW/K.
ForXSON8packages:above118CthevalueofPtotderateslinearlywith7.
8mW/K.
9.
RecommendedoperatingconditionsTable5.
LimitingvaluesInaccordancewiththeAbsoluteMaximumRatingSystem(IEC60134).
VoltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinMaxUnitVCCsupplyvoltage0.
5+6.
5VVIinputvoltage[1]0.
5+6.
5VVOoutputvoltageActivemode[1]0.
5VCC+0.
5VPower-downmode[1][2]0.
5+6.
5VIIKinputclampingcurrentVIVCC-50mAIOoutputcurrentVO=0VtoVCC-50mAICCsupplycurrent-100mAIGNDgroundcurrent100-mATstgstoragetemperature65+150CPtottotalpowerdissipationTamb=40Cto+125C[3]-300mWTable6.
OperatingconditionsSymbolParameterConditionsMinMaxUnitVCCsupplyvoltage1.
655.
5VVIinputvoltage05.
5VVOoutputvoltageActivemode0VCCVPower-downmode05.
5VTambambienttemperature40+125Ct/VinputtransitionriseandfallrateVCC=1.
65Vto5.
5V-1ms/V74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November20137of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs10.
StaticcharacteristicsTable7.
StaticcharacteristicsAtrecommendedoperatingconditions;voltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinTypMaxUnitTamb=40Cto+85C[1]VOHHIGH-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5VVCC0.
1--VIO=4mA;VCC=1.
65V1.
2--VIO=8mA;VCC=2.
3V1.
9--VIO=12mA;VCC=2.
7V2.
2--VIO=24mA;VCC=3.
0V2.
4--VIO=32mA;VCC=4.
5V3.
8--VVOLLOW-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5V--0.
1VIO=4mA;VCC=1.
65V--0.
45VIO=8mA;VCC=2.
3V--0.
3VIO=12mA;VCC=2.
7V--0.
4VIO=24mA;VCC=3.
0V--0.
55VIO=32mA;VCC=4.
5V--0.
55VIIinputleakagecurrentVI=5.
5VorGND;VCC=0Vto5.
5V--2AIOFFpower-offleakagecurrentVIorVO=5.
5V;VCC=0V--2AICCsupplycurrentVI=5.
5VorGND;Quiescent;VCC=1.
65Vto5.
5V;IO=0A-0.
110AActivestate;REXT/CEXT=0.
5VCCVCC=1.
65V--80AVCC=2.
3V--130AVCC=3V--240AVCC=4.
5V--400AVCC=5.
5V--650ACIinputcapacitance-2.
0-pF74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November20138of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]AlltypicalvaluesaremeasuredatTamb=25C.
Tamb=40Cto+125CVOHHIGH-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5VVCC0.
1--VIO=4mA;VCC=1.
65V1.
2--VIO=8mA;VCC=2.
3V1.
9--VIO=12mA;VCC=2.
7V2.
2--VIO=24mA;VCC=3.
0V2.
4--VIO=32mA;VCC=4.
5V3.
8--VVOLLOW-leveloutputvoltageVI=VT+orVTIO=100A;VCC=1.
65Vto5.
5V--0.
1VIO=4mA;VCC=1.
65V--0.
45VIO=8mA;VCC=2.
3V--0.
3VIO=12mA;VCC=2.
7V--0.
4VIO=24mA;VCC=3.
0V--0.
55VIO=32mA;VCC=4.
5V--0.
55VIIinputleakagecurrentVI=5.
5VorGND;VCC=0Vto5.
5V--10AIOFFpower-offleakagecurrentVIorVO=5.
5V;VCC=0V--10AICCsupplycurrentVI=5.
5VorGND;Quiescent;VCC=1.
65Vto5.
5V;IO=0A--20AActivestate;REXT/CEXT=0.
5VCCVCC=1.
65V--80AVCC=2.
3V--130AVCC=3V--240AVCC=4.
5V--400AVCC=5.
5V--650ATable7.
Staticcharacteristics…continuedAtrecommendedoperatingconditions;voltagesarereferencedtoGND(ground=0V).
SymbolParameterConditionsMinTypMaxUnit74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November20139of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]AlltypicalvaluesaremeasuredatTamb=25C10.
1WaveformtransfercharacteristicsTable8.
TransfercharacteristicsVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMaxVT+positive-goingthresholdvoltageA,BandCLRinput;seeFigure6VCC=1.
65Vto1.
95V0.
720.
981.
220.
711.
22VVCC=2.
3Vto2.
7V0.
971.
261.
520.
971.
52VVCC=3.
0Vto3.
6V1.
201.
581.
901.
201.
90VVCC=4.
5Vto5.
5V1.
742.
272.
751.
742.
78VVTnegative-goingthresholdvoltageA,BandCLRinput;seeFigure6VCC=1.
65Vto1.
95V0.
560.
811.
040.
561.
04VVCC=2.
3Vto2.
7V0.
831.
091.
330.
821.
33VVCC=3.
0Vto3.
6V1.
081.
401.
701.
081.
72VVCC=4.
5Vto5.
5V1.
612.
072.
531.
612.
57VVHhysteresisvoltageA,BandCLRinput;(VT+VT);seeFigure6VCC=1.
65Vto1.
95V6117029554295mVVCC=2.
3Vto2.
7V4117430441304mVVCC=3.
0Vto3.
6V4018331940319mVVCC=4.
5Vto5.
5V3219936326363mVVCC=3.
0V.
Fig6.
Typicaltransfercharacteristicsaaa-001877VI(V)03212134lCC(mA)074LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201310of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs11.
DynamiccharacteristicsTable9.
DynamiccharacteristicsVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMaxtpdpropagationdelayA,BtoQ;seeFigure7[2]CL=15pF;VCC=1.
65Vto1.
95V2.
57.
116.
32.
517.
6nsVCC=2.
3Vto2.
7V1.
9-10.
31.
911.
2nsVCC=2.
7V1.
9-8.
51.
99.
3nsVCC=3.
0Vto3.
6V1.
5-7.
61.
58.
3nsVCC=4.
5Vto5.
5V1.
2-5.
31.
25.
8nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V2.
97.
817.
62.
919.
0nsVCC=2.
3Vto2.
7V2.
2-11.
32.
212.
3nsVCC=2.
7V2.
7-10.
52.
711.
4nsVCC=3.
0Vto3.
6V2.
0-9.
52.
010.
3nsVCC=4.
5Vto5.
5V1.
5-6.
71.
57.
2nsCLRtoQ;seeFigure7CL=15pF;VCC=1.
65Vto1.
95V3.
06.
916.
23.
017.
4nsVCC=2.
3Vto2.
7V2.
2-9.
62.
210.
5nsVCC=2.
7V2.
2-8.
22.
28.
9nsVCC=3.
0Vto3.
6V2.
0-7.
32.
08.
0nsVCC=4.
5Vto5.
5V1.
5-5.
11.
55.
5nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V3.
37.
517.
23.
818.
6nsVCC=2.
3Vto2.
7V2.
5-10.
32.
011.
2nsVCC=2.
7V2.
8-9.
32.
810.
2nsVCC=3.
0Vto3.
6V1.
5-8.
41.
59.
2nsVCC=4.
5Vto5.
5V1.
5-6.
01.
56.
6ns74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201311of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputstpdpropagationdelayCLRtoQ(trigger);seeFigure7CL=15pF;VCC=1.
65Vto1.
95V2.
77.
617.
42.
718.
9nsVCC=2.
3Vto2.
7V2.
1-11.
02.
112.
0nsVCC=2.
7V2.
1-9.
22.
110.
0nsVCC=3.
0Vto3.
6V1.
7-8.
21.
78.
9nsVCC=4.
5Vto5.
5V1.
4-5.
91.
46.
4nsCL=30pForCL=50pFVCC=1.
65Vto1.
95V3.
18.
318.
83.
320.
3nsVCC=2.
3Vto2.
7V2.
5-12.
02.
513.
1nsVCC=2.
7V2.
8-11.
12.
812.
1nsVCC=3.
0Vto3.
6V2.
0-10.
12.
011.
0nsVCC=4.
5Vto5.
5V1.
5-7.
11.
57.
7nstWpulsewidthinputALOW;BHIGH;seeFigure7andFigure8VCC=1.
65Vto1.
95V8.
0--8.
0-nsVCC=2.
3Vto2.
7V4.
0--4.
0-nsVCC=2.
7V3.
0--3.
0-nsVCC=3.
0Vto3.
6V3.
0--3.
0-nsVCC=4.
5Vto5.
5V2.
5--2.
5-nsinputCLRLOW;seeFigure7andFigure9VCC=1.
65Vto1.
95V8.
0--8.
0-nsVCC=2.
3Vto2.
7V4.
0--4.
0-nsVCC=2.
7V3.
0--3.
0-nsVCC=3.
0Vto3.
6V3.
0--3.
0-nsVCC=4.
5Vto5.
5V2.
5--2.
5-nsTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201312of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputstWpulsewidthoutputQHIGH;seeFigure7,Figure8andFigure9;REXT=10k[3]CEXT=100pFVCC=1.
65Vto1.
95V-1.
42.
2-2.
2sVCC=2.
3Vto2.
7V-1.
31.
8-1.
8sVCC=2.
7V-1.
21.
8-1.
8sVCC=3.
0Vto3.
6V-1.
21.
8-1.
8sVCC=4.
5Vto5.
5V-1.
21.
8-1.
8sCEXT=0.
01F[3]VCC=1.
65Vto1.
95V-100110-110sVCC=2.
3Vto2.
7V-100110-110sVCC=2.
7V-100110-110sVCC=3.
0Vto3.
6V-100110-110sVCC=4.
5Vto5.
5V-100110-110sCEXT=0.
1F[3]VCC=1.
65Vto1.
95V-1.
01.
05-1.
05msVCC=2.
7V-1.
01.
05-1.
05msVCC=3.
0Vto3.
6V-1.
01.
05-1.
05msVCC=3.
0Vto3.
6V-1.
01.
05-1.
05msVCC=4.
5Vto5.
5V-1.
01.
05-1.
05mstrtrigretriggertimeA,B;seeFigure8CEXT=100pF;REXT=5kVCC=1.
65Vto1.
95V-174---nsVCC=2.
3Vto2.
7V-59---nsCEXT=100pF;REXT=1kVCC=3.
0Vto3.
6V-32---nsVCC=4.
5Vto5.
5V-20---nsCEXT=100F;REXT=5kVCC=1.
65Vto1.
95V-14---msVCC=2.
3Vto2.
7V-10---msCEXT=100F;REXT=1kVCC=3.
0Vto3.
6V-10---msVCC=4.
5Vto5.
5V-8---msRextexternalresistanceseeFigure12,Figure13andFigure14VCC=2.
0V5----kVCC3.
0V1----kCextexternalcapacitanceVCC=5.
0V;seeFigure12,Figure13andFigure14pFTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201313of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs[1]TypicalvaluesaremeasuredatTamb=25CandVCC=1.
8V,2.
5V,3.
3Vand5.
0Vrespectively.
[2]tpdisthesameastPHLandtPLH;ttisthesameastTHLandtTLH[3]ForotherREXTandCEXTcombinationsseeFigure12,Figure13andFigure14.
IfCEXT>10nF,thenextformulaisvalid.
tW=KREXTCEXT,where:tW=typicaloutputpulsewidthinns;REXT=externalresistorink;CEXT=externalcapacitorinpF;K=constant=1;seeFigure15fortypical"K"factorasfunctionofVCC.
CPDpowerdissipationcapacitanceVI=GNDtoVCC;CEXT=0pF;REXT=5kVCC=1.
8V-35---pFVCC=2.
5V-35---pFREXT=1kVCC=3.
3V-27---pFVCC=5.
0V-29---pFTable9.
Dynamiccharacteristics…continuedVoltagesarereferencedtoGND(ground=0V);fortestcircuitseeFigure18.
SymbolParameterConditions40Cto+85C40Cto+125CUnitMinTyp[1]MaxMinMax74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4—27November201314of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs12.
Waveforms,graphsandtestcircuitMeasurementpointsaregiveninTable10.
VOLandVOHaretypicalvoltageoutputlevelsthatoccurwiththeoutputload.
Fig7.
Propagationdelaysfrominputs(A,B,CLR)tooutput(Q)aaa-001878VMVMtWtPLHtWVMtWtPLHtWtWtPLHVMtPHL(reset)VOLQoutputVOHGNDGNDVIVICLRinputAinputBinputGNDVITable10.
MeasurementpointsSupplyvoltageInputOutputVCCVMVM1.
65Vto1.
95V0.
5VCC0.
5VCC2.
3Vto2.
7V0.
5VCC0.
5VCC2.
7V1.
5V1.
5V3.
0Vto3.
6V1.
5V1.
5V4.
5Vto5.
5V0.
5VCC0.
5VCC74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201315of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsCLR=HIGHFig8.
Outputpulsecontrolusingretriggerpulseaaa-001879tWtrtrigQoutputBinputAinputtWtWtWtWA=LOWFig9.
OutputpulsecontrolusingresetinputCLRQoutputBinputCLRinputtWtWtWaaa-00188074LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201316of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig10.
Inputandoutputtimingaaa-001881AinputREXT/CEXTCLRinputQoutputBinputtWtWtW+trtrigtrtrigFig11.
Timingcomponentconnectionsaaa-001882VCCREXTCEXTtoCEXT(pin6)toREXT/CEXT(pin7)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201317of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsVCC=1.
8V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5kVCC=3.
3V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5k(5)REXT=1kFig12.
TypicaloutputpulsewidthasafunctionoftheexternalcapacitorvalueFig13.
Typicaloutputpulsewidthasafunctionoftheexternalcapacitorvalue109tW(ns)10aaa-000298102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)109tW(ns)10aaa-000299102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)(5)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201318of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsVCC=5.
0V;Tamb=25C.
(1)REXT=200k(2)REXT=100k(3)REXT=10k(4)REXT=5k(5)REXT=1kREXT=10k;Tamb=25C.
(1)CEXT=1000pF(2)CEXT=0.
01F(3)CEXT=0.
1FFig14.
TypicaloutputpulsewidthasafunctionoftheexternalcapacitorvalueFig15.
Typical'K'factorasfunctionofVCC109tW(ns)10aaa-000300102103104105106107108CEXT(pF)110610510410103102(1)(2)(3)(4)(5)aaa-000301(2)(3)VCC(V)06421.
00.
91.
11.
2'K'factor0.
8(1)Tamb=25C.
(1)CEXT=0.
01F(2)CEXT=1000pF(3)CEXT=100pF(4)CEXT=10pFFig16.
Minimumretriggertimeasfunctionofthesupplyvoltageaaa-001943VCC(V)1.
55.
54.
52.
53.
5(1)(2)(3)(4)110-110trtrig(s)10-210-374LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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ProductdatasheetRev.
4—27November201319of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsREXT=10k;Tamb=25C.
(1)VCC=1.
8V(2)VCC=2.
5V(3)VCC=3.
3V(4)VCC=5.
0VFig17.
Typical'K'factorasfunctionofCEXTaaa-0003031.
151.
251.
051.
351.
45'K'factor0.
95CEXT(pF)102106105103104(1)(2)(3)(4)74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201320of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsTestdataisgiveninTable11.
Definitionsfortestcircuit:RL=Loadresistance.
CL=Loadcapacitanceincludingjigandprobecapacitance.
RT=TerminationresistanceshouldbeequaltooutputimpedanceZoofthepulsegenerator.
VEXT=Testvoltageforswitchingtimes.
Fig18.
TestcircuitformeasuringswitchingtimesVEXTVCCVIVO001aae235DUTCLRTRLRLPULSEGENERATORVMVMtWtW10%90%0VVIVInegativepulsepositivepulse0VVMVM90%10%tftrtrtfTable11.
TestdataSupplyvoltageInputLoadVEXTVCCVItr,tfCLRLtPLH,tPHL1.
65Vto1.
95VVCC2.
0ns15pF1Mopen2.
3Vto2.
7VVCC2.
0ns15pF1Mopen2.
7V2.
7V2.
5ns15pF1Mopen3.
0Vto3.
6V2.
7V2.
5ns15pF1Mopen4.
5Vto5.
5VVCC2.
5ns15pF1Mopen1.
65Vto1.
95VVCC2.
0ns30pF1kopen2.
3Vto2.
7VVCC2.
0ns30pF500open2.
7V2.
7V2.
5ns50pF500open3.
0Vto3.
6V2.
7V2.
5ns50pF500open4.
5Vto5.
5VVCC2.
5ns50pF500open74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201321of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs13.
PackageoutlineFig19.
PackageoutlineSOT505-2(TSSOP8)UNITA1Amax.
A2A3bpLHELpwyvceD(1)E(1)Z(1)θREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITAmm0.
150.
000.
950.
750.
380.
220.
180.
083.
12.
93.
12.
90.
654.
13.
90.
700.
358°0°0.
130.
10.
20.
5DIMENSIONS(mmaretheoriginaldimensions)Note1.
Plasticormetalprotrusionsof0.
15mmmaximumpersidearenotincluded.
0.
470.
33SOT505-2---02-01-16wMbpDZe0.
251485θA2A1Lp(A3)detailXALHEEcvMAXAy2.
55mm0scaleTSSOP8:plasticthinshrinksmalloutlinepackage;8leads;bodywidth3mm;leadlength0.
5mmSOT505-21.
1pin1index74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201322of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig20.
PackageoutlineSOT765-1(VSSOP8)UNITA1Amax.
A2A3bpLHELpwyvceD(1)E(2)Z(1)θREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITAmm0.
150.
000.
850.
600.
270.
170.
230.
082.
11.
92.
42.
20.
53.
23.
00.
40.
18°0°0.
130.
10.
20.
4DIMENSIONS(mmaretheoriginaldimensions)Notes1.
Plasticormetalprotrusionsof0.
15mmmaximumpersidearenotincluded.
2.
Plasticormetalprotrusionsof0.
25mmmaximumpersidearenotincluded.
0.
400.
15Q0.
210.
19SOT765-1MO-18702-06-07wMbpDZe0.
121485θA2A1QLp(A3)detailXALHEEcvMAXAy2.
55mm0scaleVSSOP8:plasticverythinshrinksmalloutlinepackage;8leads;bodywidth2.
3mmSOT765-11pin1index74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201323of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig21.
PackageoutlineSOT833-1(XSON8)terminal1indexareaREFERENCESOUTLINEVERSIONEUROPEANPROJECTIONISSUEDATEIECJEDECJEITASOT833-1---MO-252---SOT833-107-11-1407-12-07DIMENSIONS(mmaretheoriginaldimensions)XSON8:plasticextremelythinsmalloutlinepackage;noleads;8terminals;body1x1.
95x0.
5mmDEe1eA1bLL1e1e1012mmscaleNotes1.
Includingplatingthickness.
2.
Canbevisibleinsomemanufacturingprocesses.
UNITmm0.
250.
172.
01.
90.
350.
27A1maxbE1.
050.
95Dee1L0.
400.
32L10.
50.
6A(1)max0.
50.
04182736458*(2)4*(2)A74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201324of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig22.
PackageoutlineSOT1089(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1089MO-252sot1089_po10-04-0910-04-12Unitmmmaxnommin0.
50.
041.
401.
351.
301.
051.
000.
950.
550.
350.
350.
300.
27A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
35x1x0.
5mmSOT1089A1bL10.
400.
350.
320.
200.
150.
12DEee1L00.
51mmscaleterminal1indexareaEDdetailXAA1LL1be1eterminal1indexarea1485(4*)(2)(8*)(2)X74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201325of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig23.
PackageoutlineSOT996-2(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT996-2sot996-2_po07-12-2112-11-20Unit(1)mmmaxnommin0.
50.
050.
002.
11.
93.
12.
90.
50.
30.
150.
050.
60.
40.
51.
50.
05ADimensions(mmaretheoriginaldimensions)XSON8:plasticextremelythinsmalloutlinepackage;noleads;8terminals;body3x2x0.
5mmSOT996-2A1b0.
350.
15DEee1LL1L2v0.
1wy0.
05y10.
1012mmscaleCyCy1Xterminal1indexareaBADEdetailXAA1b1485e1eACBvCwL2L1L74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201326of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig24.
PackageoutlineSOT1116(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1116sot1116_po10-04-0210-04-07Unitmmmaxnommin0.
350.
041.
251.
201.
151.
051.
000.
950.
550.
30.
400.
350.
32A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
2x1.
0x0.
35mmSOT1116A1b0.
200.
150.
12DEee1L0.
350.
300.
27L100.
51mmscaleterminal1indexareaED(4*)(2)(8*)(2)A1Ae1e1e1eLL1b4321567874LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201327of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsFig25.
PackageoutlineSOT1203(XSON8)ReferencesOutlineversionEuropeanprojectionIssuedateIECJEDECJEITASOT1203sot1203_po10-04-0210-04-06Unitmmmaxnommin0.
350.
041.
401.
351.
301.
051.
000.
950.
550.
350.
400.
350.
32A(1)DimensionsNote1.
Includingplatingthickness.
2.
Visibledependinguponusedmanufacturingtechnology.
XSON8:extremelythinsmalloutlinepackage;noleads;8terminals;body1.
35x1.
0x0.
35mmSOT1203A1b0.
200.
150.
12DEee1L0.
350.
300.
27L100.
51mmscaleterminal1indexareaED(4*)(2)(8*)(2)AA1eLL1be1e1e11827364574LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201328of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs14.
Abbreviations15.
RevisionhistoryTable12.
AbbreviationsAcronymDescriptionCMOSComplementaryMetal-OxideSemiconductorDUTDeviceUnderTestESDElectroStaticDischargeHBMHumanBodyModelTTLTransistor-TransistorLogicTable13.
RevisionhistoryDocumentIDReleasedateDatasheetstatusChangenoticeSupersedes74LVC1G123v.
420131127Productdatasheet-74LVC1G123v.
3Modifications:74LVC1G123GM(XQFN8)removed.
74LVC1G123v.
320130329Productdatasheet-74LVC1G123v.
2Modifications:Fortypenumber74LVC1G123GDXSON8UhaschangedtoXSON8.
74LVC1G123v.
220120801Productdatasheet-74LVC1G123v.
1Modifications:VHYSconditionsandlimitscorrected(errata).
74LVC1G123v.
120120123Productdatasheet--74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201329of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;Schmitttriggerinputs16.
Legalinformation16.
1Datasheetstatus[1]Pleaseconsultthemostrecentlyissueddocumentbeforeinitiatingorcompletingadesign.
[2]Theterm'shortdatasheet'isexplainedinsection"Definitions".
[3]Theproductstatusofdevice(s)describedinthisdocumentmayhavechangedsincethisdocumentwaspublishedandmaydifferincaseofmultipledevices.
ThelatestproductstatusinformationisavailableontheInternetatURLhttp://www.
nxp.
com.
16.
2DefinitionsDraft—Thedocumentisadraftversiononly.
Thecontentisstillunderinternalreviewandsubjecttoformalapproval,whichmayresultinmodificationsoradditions.
NXPSemiconductorsdoesnotgiveanyrepresentationsorwarrantiesastotheaccuracyorcompletenessofinformationincludedhereinandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
Shortdatasheet—Ashortdatasheetisanextractfromafulldatasheetwiththesameproducttypenumber(s)andtitle.
Ashortdatasheetisintendedforquickreferenceonlyandshouldnotbereliedupontocontaindetailedandfullinformation.
Fordetailedandfullinformationseetherelevantfulldatasheet,whichisavailableonrequestviathelocalNXPSemiconductorssalesoffice.
Incaseofanyinconsistencyorconflictwiththeshortdatasheet,thefulldatasheetshallprevail.
Productspecification—TheinformationanddataprovidedinaProductdatasheetshalldefinethespecificationoftheproductasagreedbetweenNXPSemiconductorsanditscustomer,unlessNXPSemiconductorsandcustomerhaveexplicitlyagreedotherwiseinwriting.
Innoeventhowever,shallanagreementbevalidinwhichtheNXPSemiconductorsproductisdeemedtoofferfunctionsandqualitiesbeyondthosedescribedintheProductdatasheet.
16.
3DisclaimersLimitedwarrantyandliability—Informationinthisdocumentisbelievedtobeaccurateandreliable.
However,NXPSemiconductorsdoesnotgiveanyrepresentationsorwarranties,expressedorimplied,astotheaccuracyorcompletenessofsuchinformationandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
NXPSemiconductorstakesnoresponsibilityforthecontentinthisdocumentifprovidedbyaninformationsourceoutsideofNXPSemiconductors.
InnoeventshallNXPSemiconductorsbeliableforanyindirect,incidental,punitive,specialorconsequentialdamages(including-withoutlimitation-lostprofits,lostsavings,businessinterruption,costsrelatedtotheremovalorreplacementofanyproductsorreworkcharges)whetherornotsuchdamagesarebasedontort(includingnegligence),warranty,breachofcontractoranyotherlegaltheory.
Notwithstandinganydamagesthatcustomermightincurforanyreasonwhatsoever,NXPSemiconductors'aggregateandcumulativeliabilitytowardscustomerfortheproductsdescribedhereinshallbelimitedinaccordancewiththeTermsandconditionsofcommercialsaleofNXPSemiconductors.
Righttomakechanges—NXPSemiconductorsreservestherighttomakechangestoinformationpublishedinthisdocument,includingwithoutlimitationspecificationsandproductdescriptions,atanytimeandwithoutnotice.
Thisdocumentsupersedesandreplacesallinformationsuppliedpriortothepublicationhereof.
Suitabilityforuse—NXPSemiconductorsproductsarenotdesigned,authorizedorwarrantedtobesuitableforuseinlifesupport,life-criticalorsafety-criticalsystemsorequipment,norinapplicationswherefailureormalfunctionofanNXPSemiconductorsproductcanreasonablybeexpectedtoresultinpersonalinjury,deathorseverepropertyorenvironmentaldamage.
NXPSemiconductorsanditssuppliersacceptnoliabilityforinclusionand/oruseofNXPSemiconductorsproductsinsuchequipmentorapplicationsandthereforesuchinclusionand/oruseisatthecustomer'sownrisk.
Applications—Applicationsthataredescribedhereinforanyoftheseproductsareforillustrativepurposesonly.
NXPSemiconductorsmakesnorepresentationorwarrantythatsuchapplicationswillbesuitableforthespecifiedusewithoutfurthertestingormodification.
CustomersareresponsibleforthedesignandoperationoftheirapplicationsandproductsusingNXPSemiconductorsproducts,andNXPSemiconductorsacceptsnoliabilityforanyassistancewithapplicationsorcustomerproductdesign.
Itiscustomer'ssoleresponsibilitytodeterminewhethertheNXPSemiconductorsproductissuitableandfitforthecustomer'sapplicationsandproductsplanned,aswellasfortheplannedapplicationanduseofcustomer'sthirdpartycustomer(s).
Customersshouldprovideappropriatedesignandoperatingsafeguardstominimizetherisksassociatedwiththeirapplicationsandproducts.
NXPSemiconductorsdoesnotacceptanyliabilityrelatedtoanydefault,damage,costsorproblemwhichisbasedonanyweaknessordefaultinthecustomer'sapplicationsorproducts,ortheapplicationorusebycustomer'sthirdpartycustomer(s).
Customerisresponsiblefordoingallnecessarytestingforthecustomer'sapplicationsandproductsusingNXPSemiconductorsproductsinordertoavoidadefaultoftheapplicationsandtheproductsoroftheapplicationorusebycustomer'sthirdpartycustomer(s).
NXPdoesnotacceptanyliabilityinthisrespect.
Limitingvalues—Stressaboveoneormorelimitingvalues(asdefinedintheAbsoluteMaximumRatingsSystemofIEC60134)willcausepermanentdamagetothedevice.
Limitingvaluesarestressratingsonlyand(proper)operationofthedeviceattheseoranyotherconditionsabovethosegivenintheRecommendedoperatingconditionssection(ifpresent)ortheCharacteristicssectionsofthisdocumentisnotwarranted.
Constantorrepeatedexposuretolimitingvalueswillpermanentlyandirreversiblyaffectthequalityandreliabilityofthedevice.
Termsandconditionsofcommercialsale—NXPSemiconductorsproductsaresoldsubjecttothegeneraltermsandconditionsofcommercialsale,aspublishedathttp://www.
nxp.
com/profile/terms,unlessotherwiseagreedinavalidwrittenindividualagreement.
Incaseanindividualagreementisconcludedonlythetermsandconditionsoftherespectiveagreementshallapply.
NXPSemiconductorsherebyexpresslyobjectstoapplyingthecustomer'sgeneraltermsandconditionswithregardtothepurchaseofNXPSemiconductorsproductsbycustomer.
Nooffertosellorlicense—Nothinginthisdocumentmaybeinterpretedorconstruedasanoffertosellproductsthatisopenforacceptanceorthegrant,conveyanceorimplicationofanylicenseunderanycopyrights,patentsorotherindustrialorintellectualpropertyrights.
Documentstatus[1][2]Productstatus[3]DefinitionObjective[short]datasheetDevelopmentThisdocumentcontainsdatafromtheobjectivespecificationforproductdevelopment.
Preliminary[short]datasheetQualificationThisdocumentcontainsdatafromthepreliminaryspecification.
Product[short]datasheetProductionThisdocumentcontainstheproductspecification.
74LVC1G123Allinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPB.
V.
2013.
Allrightsreserved.
ProductdatasheetRev.
4—27November201330of31NXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsExportcontrol—Thisdocumentaswellastheitem(s)describedhereinmaybesubjecttoexportcontrolregulations.
Exportmightrequireapriorauthorizationfromcompetentauthorities.
Non-automotivequalifiedproducts—UnlessthisdatasheetexpresslystatesthatthisspecificNXPSemiconductorsproductisautomotivequalified,theproductisnotsuitableforautomotiveuse.
Itisneitherqualifiednortestedinaccordancewithautomotivetestingorapplicationrequirements.
NXPSemiconductorsacceptsnoliabilityforinclusionand/oruseofnon-automotivequalifiedproductsinautomotiveequipmentorapplications.
Intheeventthatcustomerusestheproductfordesign-inanduseinautomotiveapplicationstoautomotivespecificationsandstandards,customer(a)shallusetheproductwithoutNXPSemiconductors'warrantyoftheproductforsuchautomotiveapplications,useandspecifications,and(b)whenevercustomerusestheproductforautomotiveapplicationsbeyondNXPSemiconductors'specificationssuchuseshallbesolelyatcustomer'sownrisk,and(c)customerfullyindemnifiesNXPSemiconductorsforanyliability,damagesorfailedproductclaimsresultingfromcustomerdesignanduseoftheproductforautomotiveapplicationsbeyondNXPSemiconductors'standardwarrantyandNXPSemiconductors'productspecifications.
16.
4TrademarksNotice:Allreferencedbrands,productnames,servicenamesandtrademarksarethepropertyoftheirrespectiveowners.
17.
ContactinformationFormoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comNXPSemiconductors74LVC1G123Singleretriggerablemonostablemultivibrator;SchmitttriggerinputsNXPB.
V.
2013.
Allrightsreserved.
Formoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comDateofrelease:27November2013Documentidentifier:74LVC1G123Pleasebeawarethatimportantnoticesconcerningthisdocumentandtheproduct(s)describedherein,havebeenincludedinsection'Legalinformation'.
18.
Contents1Generaldescription12Featuresandbenefits13Orderinginformation.
24Marking25Functionaldiagram36Pinninginformation.
46.
1Pinning46.
2Pindescription57Functionaldescription58Limitingvalues.
69Recommendedoperatingconditions.
610Staticcharacteristics.
710.
1Waveformtransfercharacteristics911Dynamiccharacteristics1012Waveforms,graphsandtestcircuit.
1413Packageoutline2114Abbreviations.
2815Revisionhistory.
2816Legalinformation.
2916.
1Datasheetstatus2916.
2Definitions.
2916.
3Disclaimers2916.
4Trademarks.
3017Contactinformation.
3018Contents31MouserElectronicsAuthorizedDistributorClicktoViewPricing,Inventory,Delivery&LifecycleInformation:Nexperia:74LVC1G123GT,11574LVC1G123DC-Q100H74LVC1G123DP-Q100H74LVC1G123GN,11574LVC1G123GS,11574LVC1G123DP,12574LVC1G123GD,12574LVC1G123DC,12574LVC1G123GF,115
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