MM54HC133MM74HC13313-InputNANDGateJanuary1988
MM54HC133MM74HC13313-InputNANDGate
GeneralDescription
ThisNANDgateutilizesadvancedsilicon-gateCMOStech-nologytoachieveoperatingspeedssimilartoLS-TTLgateswiththelowpowerconsumptionofstandardCMOSinte-gratedcircuitsAllgateshavebufferedoutputsAlldeviceshavehighnoiseimmunityandtheabilitytodrive10LS-TTLloadsThe54HC74HClogicfamilyisfunctionallyaswellaspin-outcompatiblewiththestandard54LS74LSlogicfami-lyAllinputsareprotectedfromdamageduetostaticdis-chargebyinternaldiodeclampstoVCCandground
Features
YYYYY
Typicalpropagationdelay20nsWidepowersupplyrange2–6V
Lowquiescentcurrent20mAmaximum(74HCSeries)Lowinputcurrent1mAmaximumFanoutof10LS-TTLloads
ConnectionandLogicDiagrams
Dual-In-LinePackage
TLF5134–1
TopView
OrderNumberMM54HC133orMM74HC133
TLF5134–2
C1995NationalSemiconductorCorporationTLF5134RRD-B30M105PrintedinUSA
AbsoluteMaximumRatings(Notes12)
IfMilitaryAerospacespecifieddevicesarerequiredpleasecontacttheNationalSemiconductorSalesOfficeDistributorsforavailabilityandspecificationsSupplyVoltage(VCC)DCInputVoltage(VIN)DCOutputVoltage(VOUT)ClampDiodeCurrent(IIKIOK)DCOutputCurrentperpin(IOUT)DCVCCorGNDCurrentperpin(ICC)StorageTemperatureRange(TSTG)PowerDissipation(PD)(Note3)
SOPackageonlyLeadTemperature(TL)(Soldering10seconds)
b05toa70Vb15toVCCa15Vb05toVCCa05V
g20mAg25mAg50mA
OperatingConditions
SupplyVoltageVCCDCInputorOutputVoltageVINVOUT
OperatingTempRange(TA)MMHCMMHC
InputRiseorFallTimes
VCCeVtrtf
VCCeVVCCeV
Min
MaxVCC
UnitsVV
bbaaCC
nsnsns
b65Ctoa150C
600mW500mW260C
DCElectricalCharacteristics(Note4)
SymbolVIH
ParameterMinimumHighLevelInputVoltageMaximumLowLevelInputVoltageMinimumHighLevelOutputVoltage
VINeVIHorVILlIOUTlsmAConditions
VCCVVVVVVVVVVVVVVVVVV
TAe25CTyp
g
74HC
TAeb40to85C
g
54HC
TAeb55to125C
g
UnitsVVVVVVVVVVVVVVVVmAmA
GuaranteedLimits
VIL
VOH
VINeVIHorVILlIOUTlsmAlIOUTlsmA
VOL
MaximumLowLevelOutputVoltage
VINeVIH
lIOUTlsmA
VINeVIH
lIOUTlsmAlIOUTlsmA
IINICC
MaximumInputCurrent
MaximumQuiescentSupplyCurrent
VINeVCCorGNDVINeVCCorGNDIOUTemA
Note1AbsoluteMaximumRatingsarethosevaluesbeyondwhichdamagetothedevicemayoccurNote2Unlessotherwisespecifiedallvoltagesarereferencedtoground
Note3PowerDissipationtemperaturederatingplastic‘‘N’’packageb12mWCfrom65Cto85Cceramic‘‘J’’packageb12mWCfrom100Cto125CNote4Forapowersupplyof5Vg10%theworstcaseoutputvoltages(VOHandVOL)occurforHCat45VThusthe45VvaluesshouldbeusedwhendesigningwiththissupplyWorstcaseVIHandVILoccuratVCCe55Vand45Vrespectively(TheVIHvalueat55Vis385V)Theworstcaseleakagecurrent(IINICCandIOZ)occurforCMOSatthehighervoltageandsothe60Vvaluesshouldbeused
VILlimitsarecurrentlytestedat20%ofVCCTheaboveVILspecification(30%ofVCC)willbeimplementednolaterthanQ1CY’
2
ACElectricalCharacteristicsVCCe5VTAe25CCLe15pFtretfe6ns
SymboltPHLtPLH
Parameter
MaximumPropagationDelay
Conditions
Typ
Guaranteed
Limit
Unitsns
ACElectricalCharacteristicsVCCe20Vto60VCLe50pFtretfe6ns(unlessotherwisespecified)
SymboltPHLtPLHtTLHtTHLCPDCIN
Parameter
MaximumPropagationDelay
Maximum
OutputRiseandFallTime
PowerDissipationCapacitanceNoteMaximumInputCapacitance
Conditions
VCCVVVVVV
TAe25CTyp
74HC
TAeb40to85C
54HC
TAeb55to125C
UnitsnsnsnsnsnsnspFpF
GuaranteedLimits
Note5CPDdeterminesthenoloaddynamicpowerconsumptionPDeCPDVCC2faICCVCCandthenoloaddynamiccurrentconsumptionISeCPDVCCfaICC
PhysicalDimensionsinches(millimeters)
CeramicDual-In-LinePackage(J)
OrderNumberMM54HC133JorMM74HC133J
NSPackageNumberJ16A
3
MM54HC133MM74HC13313-InputNANDGatePhysicalDimensionsinches(millimeters)(Continued)
MoldedDual-In-LinePackage(N)OrderNumberMM74HC133NNSPackageNumberN16E
LIFESUPPORTPOLICY
NATIONAL’SPRODUCTSARENOTAUTHORIZEDFORUSEASCRITICALCOMPONENTSINLIFESUPPORTDEVICESORSYSTEMSWITHOUTTHEEXPRESSWRITTENAPPROVALOFTHEPRESIDENTOFNATIONALSEMICONDUCTORCORPORATIONAsusedherein1Lifesupportdevicesorsystemsaredevicesorsystemswhich(a)areintendedforsurgicalimplantintothebodyor(b)supportorsustainlifeandwhosefailuretoperformwhenproperlyusedinaccordancewithinstructionsforuseprovidedinthelabelingcanbereasonablyexpectedtoresultinasignificantinjurytotheuser
NationalSemiconductorCorporation1111WestBardinRoad2Acriticalcomponentisanycomponentofalifesupportdeviceorsystemwhosefailuretoperformcanbereasonablyexpectedtocausethefailureofthelifesupportdeviceorsystemortoaffectitssafetyoreffectiveness
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