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1.
GeneraldescriptionTheHITAGproductlineiswellknownandestablishedinthecontactlessidentificationmarket.
DuetotheopenmarketingstrategyofNXPSemiconductorstherearevariousmanufacturerswellestablishedforboththetransponders/cardsaswellastheRead/WriteDevices.
AllofthemsupportingHITAG1andHITAG2transponderIC's.
WiththenewHITAGSfamily,thisexistinginfrastructureisextendedwiththenextgenerationofIC'sbeingsubstantiallysmallerinmechanicalsize,lowerincost,offeringmoreoperationdistanceandspeed,butstillbeingoperatedwiththesamereaderinfrastructureandtranspondermanufacturingequipment.
OneProtocol-twomemoryoptions.
TheprotocolandcommandstructureforHITAGSisbasedonHITAG1,includinganticollisionalgorithm.
Twodifferentmemorysizesareofferedandcanbeoperatedusingexactlythesameprotocol.
HITAGS256with256bitTotalMemoryRead/WriteHITAGS2048with2048bitTotalMemoryRead/Write2.
Featuresandbenefits2.
1FeaturesIntegratedCircuitforContactlessIdentificationTranspondersandCardsIntegratedresonancecapacitorof210pFwith5%toleranceoverfullproductionFrequencyrange100kHzto150kHz.
2.
2ProtocolModulationRead/WriteDeviceTransponder:100%ASKandBinaryPulseLengthCodingModulationTransponderRead/WriteDevice:StrongASKmodulationwithAnticollision,ManchesterandBi-phaseCodingFastAnticollisionProtocolforinventorytracking:100Tagsin3.
2secondsCyclicRedundancyCheck(CRC)OptionalTransponderTalksFirstModeswithuserdefineddatalengthTemporaryswitchfromTransponderTalksFirstintoReaderTalksFirstModeHTSICH56;HTSICH48HITAGStransponderICRev.
3.
1—11December2014210331ProductshortdatasheetCOMPANYPUBLICHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103312of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICDataRateRead/WriteDevicetoTransponder:5.
2kBit/sDataRatesTranspondertoRead/WriteDevice:2kBit/s,4kBit/s,8kBit/s2.
3MemoryTwomemoryoptions(256bit,2048bit)Upto100000erase/writecycles10yearsnon-volatiledataretentionSecureMemoryLockfunctionality2.
4SupportedstandardsFullcomplianttoISO11784/85AnimalIDTargetedtooperatedonhardwareinfrastructureofnewupcomingstandardsISO14223(AnimalIDwithanticollisionandread/writefunctionality)ISO18000-2(AIDCTechniques-RFIDorItemManagement)SupportsGermanWasteManagementStandardandPigeonRaceStandard2.
5Securityfeatures32bitUniqueIdentificationNumber(UID)48bitsecretkeybasedencryptedauthentication2.
6DeliverytypesSawn,gold-bumped8"WaferSawn,gold-megabumped8"WaferContactlessChipCardModuleMOA4HVSON23.
ApplicationsAnimalIdentificationLaundryAutomationBeerkegandgascylinderlogisticPigeonRaceSportsBrandProtectionApplicationsHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103313of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC4.
Quickreferencedata[1]Typicalratingsarenotguaranteed.
Valuesareat25C.
[2]MeasuredwithQcoil=20,Lcoil=7.
5mH,optimaltunedtoresonancecircuit;VIN1-IN2=2V(RMS)5.
Orderinginformation[1]ThispackageisalsoknownasMOA4Table1.
QuickreferencedataSymbolParameterConditionsMinTyp[1]MaxUnitWaferEEPROMcharacteristicstretretentiontimeTamb55C10--yearNendu(W)writeendurance100000cycleInterfacecharacteristicsCiinputcapacitancebetweenIN1andIN2HTSICxxxxxEW/x7[2]199210221pFTable2.
OrderinginformationTypenumberPackageNameMemorysizeDescriptionVersionHTSICH5601EW/V7Wafer256bitAu-bumpeddieonsawnwafer,inkless-HTSICH4801EW/V7Wafer2048bitAu-bumpeddieonsawnwafer,inkless-HTSICC5601EW/C7Wafer256bitAu-megabumpeddieonsawnwafer,inkless-HTSICC4801EW/C7Wafer2048bitAu-megabumpeddieonsawnwafer,inkless-HTSMOH5602EVPLLMC[1]256bitplasticleadlessmodulecarrierpackage;35mmwidetapeSOT500-2HTSMOH4802EVPLLMC[1]2048bitplasticleadlessmodulecarrierpackage;35mmwidetapeSOT500-2HTSH5601ETKHVSON2256bitplasticthermalenhancedverythinsmalloutlinepackage;noleads;2terminals;body320.
85mmSOT899-1HTSH4801ETKHVSON22048bitplasticthermalenhancedverythinsmalloutlinepackage;noleads;2terminals;body320.
85mmSOT899-1HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103314of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC6.
BlockdiagramTheHITAGSTransponderrequiresnoexternalpowersupply.
ThecontactlessinterfacegeneratesthepowersupplyandthesystemclockviatheresonantcircuitrybyinductivecouplingtotheRead/WriteDevice(RWD).
TheinterfacealsodemodulatesdatatransmittedfromtheRWDtotheHITAGSTransponder,andmodulatesthemagneticfieldfordatatransmissionfromtheHITAGSTranspondertotheRWD.
Dataarestoredinanon-volatilememory(EEPROM).
TheEEPROMhasacapacityupto2048bitandisorganizedin64Pagesconsistingof4Byteseach(1Page=32Bits).
Fig1.
Blockdiagram001aak208CLKMODDEMODVREGVDDdataindataoutclockR/WANALOGUERFINTERFACEPADPADRECTCresDIGITALCONTROLTRANSPONDERANTICOLLISIONREAD/WRITECONTROLACCESSCONTROLEEPROMINTERFACECONTROLRFINTERFACECONTROLEEPROMSEQUENCERCHARGEPUMP256-bitor2048-bitHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103315of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
Functionaldescription7.
1MemoryorganizationTheEEPROMhasacapacityupto2048bitandisorganizedin16Blocks,consistingof4Pageseach,forcommandswithBlockaccess.
APageconsistsof4Byteseach(1Page=32Bits)andisthesmallestaccessunit.
AddressingisdonePagebyPage(Page0to63)andaccessisgainedeitherPagebyPageorBlockbyBlockenteringtherespectivePagestartaddress.
IncaseofBlockRead/Writeaccess,thetransponderisprocessedfromthestartPageaddresswithinoneblocktotheendofthecorrespondingblock.
TwodifferenttypesofHITAGSIC'swithdifferentmemorysizesasshowninthefigureaboveareavailable.
Fig2.
Memoryorganization0x000x010x020x030x040x050x060x070x080x090x0A0x0B0x0C0x0D0x0E0x0F0x100x3B0x3C0x3D0x3E0x3Fpage0PageAddressBlock0Block1Block2Block3Block1532bitH56HITAGSTypeH48page1page2page3page4page5page6page7page8page9page10page11page12page13page14page15page16page59page60page61page62page63aaa-000830HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103316of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
2HITAGSplainmode7.
3HITAGSauthenticationmodeTable3.
MemorymapforHITAGSinplainmodeMSByteLSBytepageaddressMSBLSBMSBLSBMSBLSBMSBLSB0x00UID3UID2UID1UID00x01ReservedCON2CON1CON00x02Data3Data2Data1Data00x03Data3Data2Data1Data0Table4.
MemorymapforHITAGSinauthenticationmodeMSByteLSBytepageaddressMSBLSBMSBLSBMSBLSBMSBLSB0x00UID3UID2UID1UID00x01PWDH0CON2CON1CON00x02KEYH1KEYH0PWDL1PWDL00x03KEYL3KEYL2KEYL1KEYL00x04Data3Data2Data1Data00x05Data3Data2Data1Data0HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103317of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
4StateDiagram7.
4.
1GeneralDescriptionofStatesPowerOffThepoweringmagneticfieldisswitchedoffortheHITAGSTransponderisoutoffield.
ReadyAfterstartupphase,theHITAGSTransponderisreadytoreceivethefirstcommand.
InitTheHITAGSTransponderentersthisStateafterthefirstUIDREQUESTxxcommand.
InthisStatetheResponseProtocolMode(seeSection7.
5)maybechangedbyfurtherUIDREQUESTxxcommands.
IfthereareseveralHITAGSTranspondersinthefieldoftheRWDantennaatthesametime,theACSEQUENCEcanbestartedtodeterminetheUIDofeveryHITAGSTransponder.
AuthenticateTheHITAGSTransponderentersthisStateafteravalidSELECT(UID)commandwhenconfiguredinAuthenticationMode.
AfteranencryptedCHALLENGEAuthenticationtheHITAGSTransponderchangesintotheSelectedState.
SelectedTheHITAGSTransponderentersthisStateafteravalidSELECT(UID)commandwhenconfiguredinPlainModeoraSELECT(UID)andCHALLENGEsequencewhenconfiguredinAuthenticationMode.
OnlyoneHITAGSTransponderinthefieldoftheRWDantennacanbeSelectedatthesametime.
InthisState,ReadandWriteoperationsarepossible.
DataTransmissionisnotencryptedevenifconfiguredinAuthenticationMode.
QuietTheHITAGSTransponderentersthisStateafteraSELECT_QUIET(UID)commandinInitStateoraQUIETcommandinSelectedState.
InthisState,theHITAGSTransponderwillnotanswertoanycommand.
SwitchingoffthepoweringmagneticfieldormovingtheHITAGSTransponderoutoffieldentersitintothePowerOffState.
TransponderTalksFirst(TTF)TheHITAGSTransponderentersthisStatewhenconfiguredinTTFModeifnoUIDREQUESTxxcommandisreceivedwithintheModeswitchwindow.
OnceenteredthisState,theHITAGSTranspondercontinuouslytransmitsdatawithconfigurabledatacoding,datarateanddatalength.
HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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4.
2HITAGS256andHITAGS2048Remark:SwitchingoffthepoweringmagneticfieldormovingtheHITAGSTransponderoutoftheRWDantennafieldenterstheHITAGSTransponderintothePoweroffstateindependentlyofitsactualstate.
Fig3.
StatediagramHITAGS256andHITAGS2048PowerOffReadyTransponderTalksFirstAuthenticatelnitQUIETCHALLANGETransmissionerrorInFieldSELECT(UID)andAUT=0SELECT(UID)andAUT=1QuietSelectedSELECT_QUIET(UID)AnycommandAnycommandAnyothercommandortransmissionerrorAnyothercommand,transmissionerrororwrongkeysUIDREQUESTxxACSEQUENCESELECT(UID)commandwithwrongUIDSELECT_QUIET(UID)commandwithwrongUIDAnyothercommandREADPAGEREADBLOCKWRITEPAGEWRITEBLOCKBAA:TTFModeenabledandUIDREQUESTxxcommandnotsentwithinswitchwindowB:TTFModeenabled:UIDREQUESTxxcommandsentwithinswitchwindoworTTFModedisabled:UIDREQUESTxxBitAUT:Seechapter'Configuration'aaa-000831HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103319of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5Commandset7.
5.
1UIDREQUESTxx7.
5.
2ACSEQUENCEIfmorethanoneHITAGSTransponderisinthefieldoftheantennaaspecialdesignedRWDdetectsthefirstcollisionattheBitpositionN=koftheUIDresponse.
AsaresulttheRWDstartsanAnticollisionSequence(ACSEQUENCE).
Aftertransmittingthiscommand,allHITAGSTransponderswhichfirstkBitsoftheownUIDmatchwiththekreceivedUIDBits,answerwiththeSOFandtherestoftheirownUID.
IfacollisionoccursagainthedescribedcyclehastoberepeateduntilonevalidUIDofthetranspondersinthefieldisdetermined.
ThecompleteresponseoftheHITAGSTransponderistransmittedinAnticollisionCoding(AC).
Table5.
UIDrequestxxLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:UIDREQUESTxxEOFTransponder:twrespSOFUID0UID1UID2UID3N=1.
89.
.
.
.
.
k.
.
.
.
.
.
.
1617.
2425.
32Table6.
ACsequenceMSBLSB1.
kMSBLSBRWD:k4k3k3k1k0kBitsofUIDCRC8EOFTransponder:twrespSOF(32-k)bitstoUIDN=k+1.
32HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December201421033110of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
3SELECT(UID)ThecompleteresponseoftheHITAGSTransponderistransmittedinManchesterCoding(MC).
InPlainModetheMSByteofPage1isaReservedByte,inAuthenticationModethisBytecontainsthepasswordhighBytePWDH0.
AttheresponseonaSELECT(UID)commandofaHITAGSTransponderconfiguredinAuthenticationMode(BitAUT=1,keysandpasswordlocked),thisPWDH0Byteisdissolvedby'1'Bits.
Table7.
Select(UID)LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:00000UID0UID1UID2UID3CRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFCON0CON1CON2ReservedCRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December201421033111of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
4CHALLENGEBymeansoftheresponseoftheSELECT(UID)commandtheRWDdetectsthattheHITAGSTransponderisconfiguredinAuthenticationMode(BitAUT=1)andstartstheencryptedChallengesequence.
TheRead/WriteDevicesendsa32bitRandomNumber(RND)anda32bitsecretdatastreamtothetransponder.
Inordertoperformthesecretdatastream,asecurityco-processorisrequiredontheread/writeDevice.
IfthereceivedsecretdatastreamcorrespondswiththesecretdatastreamcalculatedbytheHITAGSTransponder,a32bitSecretResponse(secretdatastreamencryptingtheconfigurationbyteCON2,passwordhighbytePWDH0andpasswordlowBytesPWDL0andPWDL1)istransmittedaftertheSOF.
TheresponseoftheHITAGSTransponderistransmittedinManchesterCoding(MC).
Table8.
ChallengeMSBLSBMSBLSBRWD:32BitRND32BitSecretDataEOFMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFCON2PWDH0PWDL0PWDL1CRC832BitsecretresponseHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
5SELECT_QUITE(UID)WiththiscommandaHITAGSTransponderinInitStatecanbedirectlyenteredintothequietstate.
TheStartOfFrame(SOF)patternandtheacknowledge(ACK)istransmittedinManchesterCoding.
7.
5.
6READPAGEAfteraHITAGSTransponderwasselectedbythecorrespondingSELECT(UID)command(orSELECT(UID)andCHALLENGEforAuthenticationMode)areadoperationofdatastoredontheEEPROMcanbeperformed.
AftertransmittingtheREADPAGEcommand,thePageaddressPADR(8Bits)andthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFand32BitsdataofthecorrespondingPage.
ThehighestPageaddress(PADR)is0x3F,thereforethetwohighestBitsmustbe'0'.
Table9.
Select_quiet(UID)LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:00000UID0UID1UID2UID30CRC8EOFACKTransponder:twrespSOF01Table10.
ReadpageMSBLSBMSBLSBRWD:1100PADRCRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFDATA0DATA1DATA2DATA3CRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
7READBLOCKAftertransmittingtheREADBLOCKcommand,thePageaddressPADR(8Bits)withinablockandthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFand32upto128BitsofdatabeginningwiththeaddressedPagewithinaBlocktothelastPageofthecorrespondingBlock.
Table11.
ReadblockMSBLSBMSBLSBRWD:1101PADRCRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFDATA0DATA1DATA2DATA3DATA0DATA3CRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December201421033114of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
8WRITEPAGEAfteraHITAGSTransponderwasselectedbythecorrespondingSELECT(UID)command(orSELECT(UID)andCHALLENGEforAuthenticationMode)awriteoperationofdataontothememorycanbecarriedout.
LeastsignificantByteisalwaystransmittedfirst.
E.
g.
inordertochangetheconfigurationpagethebyteCON0wouldhavetobetransmittedfirst.
AftertransmittingtheWRITEPAGEcommand,thePageaddressPADR(8Bits)andthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFandanacknowledge(ACK)toconfirmthereceptionofacorrectWRITEPAGEcommand.
AfterthewaitingtimetwsctheRWDtransmitsthewritedatawithCRC8.
AftertheprogrammingtimetprogtheHITAGSTransponderrespondswithaSOFandanacknowledgetoconfirmcorrectprogramming.
Table12.
WritepageMSBLSBMSBLSBRWD:1000PADRCRC8EOFtwscACKTransponder:twrespSOF01Table13.
WritepageLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFACKTransponder:tprogSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December201421033115of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
9WRITEBLOCKAftertransmittingtheWRITEBLOCKcommand,thePageaddressPADR(8Bits)withinaBlockandthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFandanacknowledge(ACK)toconfirmthereceptionofacorrectWRITEBLOCKcommand.
AfterthewaitingtimetwsctheRWDtransmitsthewritedatawithCRC8PagebyPage(1to4PagesdependingonthePageaddressPADRwithinthecorrespondingblock).
AftertheprogrammingtimetprogtheHITAGSTransponderrespondswithaSOFandanacknowledgetoconfirmcorrectprogrammingofeachPage.
Table14.
WriteblockMSBLSBMSBLSBRWD:1001PADRCRC8EOFtwscACKTransponder:twrespSOF01Table15.
Writedataforpagewithpageaddress:PADRLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table16.
Writedataforpagewithpageaddress:PADR+1LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table17.
Writedataforpagewithpageaddress:PADR+2LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table18.
Writedataforpagewithpageaddress:PADR+3LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFACKTransponder:tprogSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
10QUITEWiththiscommandaSelectedHITAGSTranspondercanbeenteredintotheQuietState.
AvalidPageaddressPADR(8Bits)andCyclicRedundancyCheck(CRC8)mustbesentforcommandstructurereasonsonly.
Table19.
QuietMSBLSBMSBLSBRWD:0111PADRCRC8EOFACKTransponder:twrespSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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Limitingvalues[1]StressesabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetothedevice.
ThisisastressratingonlyandfunctionaloperationofthedeviceattheseoranyconditionsotherthanthosedescribedintheOperatingConditionsandElectricalCharacteristicssectionofthisspecificationisnotimplied.
[2]Thisproductincludescircuitryspecificallydesignedfortheprotectionofitsinternaldevicesfromthedamagingeffectsofexcessivestaticcharge.
Nonetheless,itissuggestedthatconventionalprecautionsshouldbetakentoavoidapplyingvaluesgreaterthantheratedmaxima9.
Characteristics[1]Typicalratingsarenotguaranteed.
Valuesareat25C.
[2]MeasuredwithQcoil=20,Lcoil=7.
5mH,optimaltunedtoresonancecircuit;VIN1-IN2=2V(RMS)Table20.
Limitingvalues[1][2]InaccordancewiththeAbsoluteMaximumRatingSystem(IEC60134).
SymbolParameterConditionsMinMaxUnitVESDelectrostaticdischargevoltageJEDECJESD22-A114-ABHumanBodyModel2-kVIi(max)maximuminputcurrentIN1-IN2-20mATjjunctiontemperature25+85CTable21.
CharacteristicsSymbolParameterConditionsMinTyp[1]MaxUnitfiinputfrequency100125150kHzVIinputvoltageIN1-IN2read-3.
54.
5Vwrite-6.
37.
2VIIinputcurrentIN1-IN2--10mAInterfacecharacteristicsCiinputcapacitancebetweenIN1-IN2HTSICxxxxxEW/x7[2]199210221pFWaferEEPROMcharacteristicstretretentiontimeTamb55C10--yearNendu(W)writeendurance100000cycleHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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Abbreviations11.
RevisionhistoryTable22.
AbbreviationsAcronymDescriptionASKAmplitudeShiftKeyingCRCCyclicRedundancyCheckEEPROMElectricallyErasableProgrammableRead-OnlyMemoryICIntegratedCircuitRFRadioFrequencyRTFReaderTalksFirstRWDReadWriteDeviceTTFTransponderTalksFirstUIDUniqueIdentificationNumberTable23.
RevisionhistoryDocumentIDReleasedateDatasheetstatusChangenoticeSupersedesHTSICH56_48_SDSv.
3.
120141211Productshortdatasheet-HTSICH56_48_SDSv.
3.
0Modifications:Section12"Legalinformation":Licensestatement"ICswithHITAGfunctionality"removedSection2.
6"Deliverytypes":updatedSection5"Orderinginformation":updatedHTSICH56_48_SDSv.
3.
020111012Productshortdatasheet--HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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Legalinformation12.
1Datasheetstatus[1]Pleaseconsultthemostrecentlyissueddocumentbeforeinitiatingorcompletingadesign.
[2]Theterm'shortdatasheet'isexplainedinsection"Definitions".
[3]Theproductstatusofdevice(s)describedinthisdocumentmayhavechangedsincethisdocumentwaspublishedandmaydifferincaseofmultipledevices.
ThelatestproductstatusinformationisavailableontheInternetatURLhttp://www.
nxp.
com.
12.
2DefinitionsDraft—Thedocumentisadraftversiononly.
Thecontentisstillunderinternalreviewandsubjecttoformalapproval,whichmayresultinmodificationsoradditions.
NXPSemiconductorsdoesnotgiveanyrepresentationsorwarrantiesastotheaccuracyorcompletenessofinformationincludedhereinandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
Shortdatasheet—Ashortdatasheetisanextractfromafulldatasheetwiththesameproducttypenumber(s)andtitle.
Ashortdatasheetisintendedforquickreferenceonlyandshouldnotbereliedupontocontaindetailedandfullinformation.
Fordetailedandfullinformationseetherelevantfulldatasheet,whichisavailableonrequestviathelocalNXPSemiconductorssalesoffice.
Incaseofanyinconsistencyorconflictwiththeshortdatasheet,thefulldatasheetshallprevail.
Productspecification—TheinformationanddataprovidedinaProductdatasheetshalldefinethespecificationoftheproductasagreedbetweenNXPSemiconductorsanditscustomer,unlessNXPSemiconductorsandcustomerhaveexplicitlyagreedotherwiseinwriting.
Innoeventhowever,shallanagreementbevalidinwhichtheNXPSemiconductorsproductisdeemedtoofferfunctionsandqualitiesbeyondthosedescribedintheProductdatasheet.
12.
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.
HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December201421033120of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICExportcontrol—Thisdocumentaswellastheitem(s)describedhereinmaybesubjecttoexportcontrolregulations.
Exportmightrequireapriorauthorizationfromcompetentauthorities.
Quickreferencedata—TheQuickreferencedataisanextractoftheproductdatagivenintheLimitingvaluesandCharacteristicssectionsofthisdocument,andassuchisnotcomplete,exhaustiveorlegallybinding.
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.
Translations—Anon-English(translated)versionofadocumentisforreferenceonly.
TheEnglishversionshallprevailincaseofanydiscrepancybetweenthetranslatedandEnglishversions.
12.
4TrademarksNotice:Allreferencedbrands,productnames,servicenamesandtrademarksarethepropertyoftheirrespectiveowners.
HITAG—isatrademarkofNXPSemiconductorsN.
V.
13.
ContactinformationFormoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comNXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICNXPSemiconductorsN.
V.
2014.
Allrightsreserved.
Formoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comDateofrelease:11December2014210331Pleasebeawarethatimportantnoticesconcerningthisdocumentandtheproduct(s)describedherein,havebeenincludedinsection'Legalinformation'.
14.
Contents1Generaldescription12Featuresandbenefits12.
1Features12.
2Protocol12.
3Memory.
22.
4Supportedstandards22.
5Securityfeatures.
22.
6Deliverytypes23Applications24Quickreferencedata35Orderinginformation.
36Blockdiagram47Functionaldescription57.
1Memoryorganization57.
2HITAGSplainmode.
67.
3HITAGSauthenticationmode67.
4StateDiagram.
77.
4.
1GeneralDescriptionofStates.
77.
4.
2HITAGS256andHITAGS204887.
5Commandset97.
5.
1UIDREQUESTxx97.
5.
2ACSEQUENCE97.
5.
3SELECT(UID)107.
5.
4CHALLENGE117.
5.
5SELECT_QUITE(UID)127.
5.
6READPAGE.
127.
5.
7READBLOCK137.
5.
8WRITEPAGE147.
5.
9WRITEBLOCK.
157.
5.
10QUITE.
168Limitingvalues.
179Characteristics.
1710Abbreviations.
1811Revisionhistory.
1812Legalinformation.
1912.
1Datasheetstatus1912.
2Definitions.
1912.
3Disclaimers1912.
4Trademarks.
2013Contactinformation.
2014Contents21
GeneraldescriptionTheHITAGproductlineiswellknownandestablishedinthecontactlessidentificationmarket.
DuetotheopenmarketingstrategyofNXPSemiconductorstherearevariousmanufacturerswellestablishedforboththetransponders/cardsaswellastheRead/WriteDevices.
AllofthemsupportingHITAG1andHITAG2transponderIC's.
WiththenewHITAGSfamily,thisexistinginfrastructureisextendedwiththenextgenerationofIC'sbeingsubstantiallysmallerinmechanicalsize,lowerincost,offeringmoreoperationdistanceandspeed,butstillbeingoperatedwiththesamereaderinfrastructureandtranspondermanufacturingequipment.
OneProtocol-twomemoryoptions.
TheprotocolandcommandstructureforHITAGSisbasedonHITAG1,includinganticollisionalgorithm.
Twodifferentmemorysizesareofferedandcanbeoperatedusingexactlythesameprotocol.
HITAGS256with256bitTotalMemoryRead/WriteHITAGS2048with2048bitTotalMemoryRead/Write2.
Featuresandbenefits2.
1FeaturesIntegratedCircuitforContactlessIdentificationTranspondersandCardsIntegratedresonancecapacitorof210pFwith5%toleranceoverfullproductionFrequencyrange100kHzto150kHz.
2.
2ProtocolModulationRead/WriteDeviceTransponder:100%ASKandBinaryPulseLengthCodingModulationTransponderRead/WriteDevice:StrongASKmodulationwithAnticollision,ManchesterandBi-phaseCodingFastAnticollisionProtocolforinventorytracking:100Tagsin3.
2secondsCyclicRedundancyCheck(CRC)OptionalTransponderTalksFirstModeswithuserdefineddatalengthTemporaryswitchfromTransponderTalksFirstintoReaderTalksFirstModeHTSICH56;HTSICH48HITAGStransponderICRev.
3.
1—11December2014210331ProductshortdatasheetCOMPANYPUBLICHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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3.
1—11December20142103312of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICDataRateRead/WriteDevicetoTransponder:5.
2kBit/sDataRatesTranspondertoRead/WriteDevice:2kBit/s,4kBit/s,8kBit/s2.
3MemoryTwomemoryoptions(256bit,2048bit)Upto100000erase/writecycles10yearsnon-volatiledataretentionSecureMemoryLockfunctionality2.
4SupportedstandardsFullcomplianttoISO11784/85AnimalIDTargetedtooperatedonhardwareinfrastructureofnewupcomingstandardsISO14223(AnimalIDwithanticollisionandread/writefunctionality)ISO18000-2(AIDCTechniques-RFIDorItemManagement)SupportsGermanWasteManagementStandardandPigeonRaceStandard2.
5Securityfeatures32bitUniqueIdentificationNumber(UID)48bitsecretkeybasedencryptedauthentication2.
6DeliverytypesSawn,gold-bumped8"WaferSawn,gold-megabumped8"WaferContactlessChipCardModuleMOA4HVSON23.
ApplicationsAnimalIdentificationLaundryAutomationBeerkegandgascylinderlogisticPigeonRaceSportsBrandProtectionApplicationsHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103313of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC4.
Quickreferencedata[1]Typicalratingsarenotguaranteed.
Valuesareat25C.
[2]MeasuredwithQcoil=20,Lcoil=7.
5mH,optimaltunedtoresonancecircuit;VIN1-IN2=2V(RMS)5.
Orderinginformation[1]ThispackageisalsoknownasMOA4Table1.
QuickreferencedataSymbolParameterConditionsMinTyp[1]MaxUnitWaferEEPROMcharacteristicstretretentiontimeTamb55C10--yearNendu(W)writeendurance100000cycleInterfacecharacteristicsCiinputcapacitancebetweenIN1andIN2HTSICxxxxxEW/x7[2]199210221pFTable2.
OrderinginformationTypenumberPackageNameMemorysizeDescriptionVersionHTSICH5601EW/V7Wafer256bitAu-bumpeddieonsawnwafer,inkless-HTSICH4801EW/V7Wafer2048bitAu-bumpeddieonsawnwafer,inkless-HTSICC5601EW/C7Wafer256bitAu-megabumpeddieonsawnwafer,inkless-HTSICC4801EW/C7Wafer2048bitAu-megabumpeddieonsawnwafer,inkless-HTSMOH5602EVPLLMC[1]256bitplasticleadlessmodulecarrierpackage;35mmwidetapeSOT500-2HTSMOH4802EVPLLMC[1]2048bitplasticleadlessmodulecarrierpackage;35mmwidetapeSOT500-2HTSH5601ETKHVSON2256bitplasticthermalenhancedverythinsmalloutlinepackage;noleads;2terminals;body320.
85mmSOT899-1HTSH4801ETKHVSON22048bitplasticthermalenhancedverythinsmalloutlinepackage;noleads;2terminals;body320.
85mmSOT899-1HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103314of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC6.
BlockdiagramTheHITAGSTransponderrequiresnoexternalpowersupply.
ThecontactlessinterfacegeneratesthepowersupplyandthesystemclockviatheresonantcircuitrybyinductivecouplingtotheRead/WriteDevice(RWD).
TheinterfacealsodemodulatesdatatransmittedfromtheRWDtotheHITAGSTransponder,andmodulatesthemagneticfieldfordatatransmissionfromtheHITAGSTranspondertotheRWD.
Dataarestoredinanon-volatilememory(EEPROM).
TheEEPROMhasacapacityupto2048bitandisorganizedin64Pagesconsistingof4Byteseach(1Page=32Bits).
Fig1.
Blockdiagram001aak208CLKMODDEMODVREGVDDdataindataoutclockR/WANALOGUERFINTERFACEPADPADRECTCresDIGITALCONTROLTRANSPONDERANTICOLLISIONREAD/WRITECONTROLACCESSCONTROLEEPROMINTERFACECONTROLRFINTERFACECONTROLEEPROMSEQUENCERCHARGEPUMP256-bitor2048-bitHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103315of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
Functionaldescription7.
1MemoryorganizationTheEEPROMhasacapacityupto2048bitandisorganizedin16Blocks,consistingof4Pageseach,forcommandswithBlockaccess.
APageconsistsof4Byteseach(1Page=32Bits)andisthesmallestaccessunit.
AddressingisdonePagebyPage(Page0to63)andaccessisgainedeitherPagebyPageorBlockbyBlockenteringtherespectivePagestartaddress.
IncaseofBlockRead/Writeaccess,thetransponderisprocessedfromthestartPageaddresswithinoneblocktotheendofthecorrespondingblock.
TwodifferenttypesofHITAGSIC'swithdifferentmemorysizesasshowninthefigureaboveareavailable.
Fig2.
Memoryorganization0x000x010x020x030x040x050x060x070x080x090x0A0x0B0x0C0x0D0x0E0x0F0x100x3B0x3C0x3D0x3E0x3Fpage0PageAddressBlock0Block1Block2Block3Block1532bitH56HITAGSTypeH48page1page2page3page4page5page6page7page8page9page10page11page12page13page14page15page16page59page60page61page62page63aaa-000830HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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2HITAGSplainmode7.
3HITAGSauthenticationmodeTable3.
MemorymapforHITAGSinplainmodeMSByteLSBytepageaddressMSBLSBMSBLSBMSBLSBMSBLSB0x00UID3UID2UID1UID00x01ReservedCON2CON1CON00x02Data3Data2Data1Data00x03Data3Data2Data1Data0Table4.
MemorymapforHITAGSinauthenticationmodeMSByteLSBytepageaddressMSBLSBMSBLSBMSBLSBMSBLSB0x00UID3UID2UID1UID00x01PWDH0CON2CON1CON00x02KEYH1KEYH0PWDL1PWDL00x03KEYL3KEYL2KEYL1KEYL00x04Data3Data2Data1Data00x05Data3Data2Data1Data0HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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1—11December20142103317of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
4StateDiagram7.
4.
1GeneralDescriptionofStatesPowerOffThepoweringmagneticfieldisswitchedoffortheHITAGSTransponderisoutoffield.
ReadyAfterstartupphase,theHITAGSTransponderisreadytoreceivethefirstcommand.
InitTheHITAGSTransponderentersthisStateafterthefirstUIDREQUESTxxcommand.
InthisStatetheResponseProtocolMode(seeSection7.
5)maybechangedbyfurtherUIDREQUESTxxcommands.
IfthereareseveralHITAGSTranspondersinthefieldoftheRWDantennaatthesametime,theACSEQUENCEcanbestartedtodeterminetheUIDofeveryHITAGSTransponder.
AuthenticateTheHITAGSTransponderentersthisStateafteravalidSELECT(UID)commandwhenconfiguredinAuthenticationMode.
AfteranencryptedCHALLENGEAuthenticationtheHITAGSTransponderchangesintotheSelectedState.
SelectedTheHITAGSTransponderentersthisStateafteravalidSELECT(UID)commandwhenconfiguredinPlainModeoraSELECT(UID)andCHALLENGEsequencewhenconfiguredinAuthenticationMode.
OnlyoneHITAGSTransponderinthefieldoftheRWDantennacanbeSelectedatthesametime.
InthisState,ReadandWriteoperationsarepossible.
DataTransmissionisnotencryptedevenifconfiguredinAuthenticationMode.
QuietTheHITAGSTransponderentersthisStateafteraSELECT_QUIET(UID)commandinInitStateoraQUIETcommandinSelectedState.
InthisState,theHITAGSTransponderwillnotanswertoanycommand.
SwitchingoffthepoweringmagneticfieldormovingtheHITAGSTransponderoutoffieldentersitintothePowerOffState.
TransponderTalksFirst(TTF)TheHITAGSTransponderentersthisStatewhenconfiguredinTTFModeifnoUIDREQUESTxxcommandisreceivedwithintheModeswitchwindow.
OnceenteredthisState,theHITAGSTranspondercontinuouslytransmitsdatawithconfigurabledatacoding,datarateanddatalength.
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4.
2HITAGS256andHITAGS2048Remark:SwitchingoffthepoweringmagneticfieldormovingtheHITAGSTransponderoutoftheRWDantennafieldenterstheHITAGSTransponderintothePoweroffstateindependentlyofitsactualstate.
Fig3.
StatediagramHITAGS256andHITAGS2048PowerOffReadyTransponderTalksFirstAuthenticatelnitQUIETCHALLANGETransmissionerrorInFieldSELECT(UID)andAUT=0SELECT(UID)andAUT=1QuietSelectedSELECT_QUIET(UID)AnycommandAnycommandAnyothercommandortransmissionerrorAnyothercommand,transmissionerrororwrongkeysUIDREQUESTxxACSEQUENCESELECT(UID)commandwithwrongUIDSELECT_QUIET(UID)commandwithwrongUIDAnyothercommandREADPAGEREADBLOCKWRITEPAGEWRITEBLOCKBAA:TTFModeenabledandUIDREQUESTxxcommandnotsentwithinswitchwindowB:TTFModeenabled:UIDREQUESTxxcommandsentwithinswitchwindoworTTFModedisabled:UIDREQUESTxxBitAUT:Seechapter'Configuration'aaa-000831HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5Commandset7.
5.
1UIDREQUESTxx7.
5.
2ACSEQUENCEIfmorethanoneHITAGSTransponderisinthefieldoftheantennaaspecialdesignedRWDdetectsthefirstcollisionattheBitpositionN=koftheUIDresponse.
AsaresulttheRWDstartsanAnticollisionSequence(ACSEQUENCE).
Aftertransmittingthiscommand,allHITAGSTransponderswhichfirstkBitsoftheownUIDmatchwiththekreceivedUIDBits,answerwiththeSOFandtherestoftheirownUID.
IfacollisionoccursagainthedescribedcyclehastoberepeateduntilonevalidUIDofthetranspondersinthefieldisdetermined.
ThecompleteresponseoftheHITAGSTransponderistransmittedinAnticollisionCoding(AC).
Table5.
UIDrequestxxLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:UIDREQUESTxxEOFTransponder:twrespSOFUID0UID1UID2UID3N=1.
89.
.
.
.
.
k.
.
.
.
.
.
.
1617.
2425.
32Table6.
ACsequenceMSBLSB1.
kMSBLSBRWD:k4k3k3k1k0kBitsofUIDCRC8EOFTransponder:twrespSOF(32-k)bitstoUIDN=k+1.
32HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
3SELECT(UID)ThecompleteresponseoftheHITAGSTransponderistransmittedinManchesterCoding(MC).
InPlainModetheMSByteofPage1isaReservedByte,inAuthenticationModethisBytecontainsthepasswordhighBytePWDH0.
AttheresponseonaSELECT(UID)commandofaHITAGSTransponderconfiguredinAuthenticationMode(BitAUT=1,keysandpasswordlocked),thisPWDH0Byteisdissolvedby'1'Bits.
Table7.
Select(UID)LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:00000UID0UID1UID2UID3CRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFCON0CON1CON2ReservedCRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
4CHALLENGEBymeansoftheresponseoftheSELECT(UID)commandtheRWDdetectsthattheHITAGSTransponderisconfiguredinAuthenticationMode(BitAUT=1)andstartstheencryptedChallengesequence.
TheRead/WriteDevicesendsa32bitRandomNumber(RND)anda32bitsecretdatastreamtothetransponder.
Inordertoperformthesecretdatastream,asecurityco-processorisrequiredontheread/writeDevice.
IfthereceivedsecretdatastreamcorrespondswiththesecretdatastreamcalculatedbytheHITAGSTransponder,a32bitSecretResponse(secretdatastreamencryptingtheconfigurationbyteCON2,passwordhighbytePWDH0andpasswordlowBytesPWDL0andPWDL1)istransmittedaftertheSOF.
TheresponseoftheHITAGSTransponderistransmittedinManchesterCoding(MC).
Table8.
ChallengeMSBLSBMSBLSBRWD:32BitRND32BitSecretDataEOFMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFCON2PWDH0PWDL0PWDL1CRC832BitsecretresponseHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
5SELECT_QUITE(UID)WiththiscommandaHITAGSTransponderinInitStatecanbedirectlyenteredintothequietstate.
TheStartOfFrame(SOF)patternandtheacknowledge(ACK)istransmittedinManchesterCoding.
7.
5.
6READPAGEAfteraHITAGSTransponderwasselectedbythecorrespondingSELECT(UID)command(orSELECT(UID)andCHALLENGEforAuthenticationMode)areadoperationofdatastoredontheEEPROMcanbeperformed.
AftertransmittingtheREADPAGEcommand,thePageaddressPADR(8Bits)andthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFand32BitsdataofthecorrespondingPage.
ThehighestPageaddress(PADR)is0x3F,thereforethetwohighestBitsmustbe'0'.
Table9.
Select_quiet(UID)LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:00000UID0UID1UID2UID30CRC8EOFACKTransponder:twrespSOF01Table10.
ReadpageMSBLSBMSBLSBRWD:1100PADRCRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFDATA0DATA1DATA2DATA3CRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
7READBLOCKAftertransmittingtheREADBLOCKcommand,thePageaddressPADR(8Bits)withinablockandthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFand32upto128BitsofdatabeginningwiththeaddressedPagewithinaBlocktothelastPageofthecorrespondingBlock.
Table11.
ReadblockMSBLSBMSBLSBRWD:1101PADRCRC8EOFLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBTransponder:twrespSOFDATA0DATA1DATA2DATA3DATA0DATA3CRC8HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
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5.
8WRITEPAGEAfteraHITAGSTransponderwasselectedbythecorrespondingSELECT(UID)command(orSELECT(UID)andCHALLENGEforAuthenticationMode)awriteoperationofdataontothememorycanbecarriedout.
LeastsignificantByteisalwaystransmittedfirst.
E.
g.
inordertochangetheconfigurationpagethebyteCON0wouldhavetobetransmittedfirst.
AftertransmittingtheWRITEPAGEcommand,thePageaddressPADR(8Bits)andthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFandanacknowledge(ACK)toconfirmthereceptionofacorrectWRITEPAGEcommand.
AfterthewaitingtimetwsctheRWDtransmitsthewritedatawithCRC8.
AftertheprogrammingtimetprogtheHITAGSTransponderrespondswithaSOFandanacknowledgetoconfirmcorrectprogramming.
Table12.
WritepageMSBLSBMSBLSBRWD:1000PADRCRC8EOFtwscACKTransponder:twrespSOF01Table13.
WritepageLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFACKTransponder:tprogSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033115of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
9WRITEBLOCKAftertransmittingtheWRITEBLOCKcommand,thePageaddressPADR(8Bits)withinaBlockandthe8bitCyclicRedundancyCheck(CRC8),theHITAGSTransponderrespondswiththeSOFandanacknowledge(ACK)toconfirmthereceptionofacorrectWRITEBLOCKcommand.
AfterthewaitingtimetwsctheRWDtransmitsthewritedatawithCRC8PagebyPage(1to4PagesdependingonthePageaddressPADRwithinthecorrespondingblock).
AftertheprogrammingtimetprogtheHITAGSTransponderrespondswithaSOFandanacknowledgetoconfirmcorrectprogrammingofeachPage.
Table14.
WriteblockMSBLSBMSBLSBRWD:1001PADRCRC8EOFtwscACKTransponder:twrespSOF01Table15.
Writedataforpagewithpageaddress:PADRLSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table16.
Writedataforpagewithpageaddress:PADR+1LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table17.
Writedataforpagewithpageaddress:PADR+2LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFtwscACKTransponder:tprogSOF01Table18.
Writedataforpagewithpageaddress:PADR+3LSByteMSByteMSBLSBMSBLSBMSBLSBMSBLSBMSBLSBRWD:DATA0DATA1DATA2DATA3CRC8EOFACKTransponder:tprogSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033116of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC7.
5.
10QUITEWiththiscommandaSelectedHITAGSTranspondercanbeenteredintotheQuietState.
AvalidPageaddressPADR(8Bits)andCyclicRedundancyCheck(CRC8)mustbesentforcommandstructurereasonsonly.
Table19.
QuietMSBLSBMSBLSBRWD:0111PADRCRC8EOFACKTransponder:twrespSOF01HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033117of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC8.
Limitingvalues[1]StressesabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetothedevice.
ThisisastressratingonlyandfunctionaloperationofthedeviceattheseoranyconditionsotherthanthosedescribedintheOperatingConditionsandElectricalCharacteristicssectionofthisspecificationisnotimplied.
[2]Thisproductincludescircuitryspecificallydesignedfortheprotectionofitsinternaldevicesfromthedamagingeffectsofexcessivestaticcharge.
Nonetheless,itissuggestedthatconventionalprecautionsshouldbetakentoavoidapplyingvaluesgreaterthantheratedmaxima9.
Characteristics[1]Typicalratingsarenotguaranteed.
Valuesareat25C.
[2]MeasuredwithQcoil=20,Lcoil=7.
5mH,optimaltunedtoresonancecircuit;VIN1-IN2=2V(RMS)Table20.
Limitingvalues[1][2]InaccordancewiththeAbsoluteMaximumRatingSystem(IEC60134).
SymbolParameterConditionsMinMaxUnitVESDelectrostaticdischargevoltageJEDECJESD22-A114-ABHumanBodyModel2-kVIi(max)maximuminputcurrentIN1-IN2-20mATjjunctiontemperature25+85CTable21.
CharacteristicsSymbolParameterConditionsMinTyp[1]MaxUnitfiinputfrequency100125150kHzVIinputvoltageIN1-IN2read-3.
54.
5Vwrite-6.
37.
2VIIinputcurrentIN1-IN2--10mAInterfacecharacteristicsCiinputcapacitancebetweenIN1-IN2HTSICxxxxxEW/x7[2]199210221pFWaferEEPROMcharacteristicstretretentiontimeTamb55C10--yearNendu(W)writeendurance100000cycleHTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033118of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC10.
Abbreviations11.
RevisionhistoryTable22.
AbbreviationsAcronymDescriptionASKAmplitudeShiftKeyingCRCCyclicRedundancyCheckEEPROMElectricallyErasableProgrammableRead-OnlyMemoryICIntegratedCircuitRFRadioFrequencyRTFReaderTalksFirstRWDReadWriteDeviceTTFTransponderTalksFirstUIDUniqueIdentificationNumberTable23.
RevisionhistoryDocumentIDReleasedateDatasheetstatusChangenoticeSupersedesHTSICH56_48_SDSv.
3.
120141211Productshortdatasheet-HTSICH56_48_SDSv.
3.
0Modifications:Section12"Legalinformation":Licensestatement"ICswithHITAGfunctionality"removedSection2.
6"Deliverytypes":updatedSection5"Orderinginformation":updatedHTSICH56_48_SDSv.
3.
020111012Productshortdatasheet--HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033119of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderIC12.
Legalinformation12.
1Datasheetstatus[1]Pleaseconsultthemostrecentlyissueddocumentbeforeinitiatingorcompletingadesign.
[2]Theterm'shortdatasheet'isexplainedinsection"Definitions".
[3]Theproductstatusofdevice(s)describedinthisdocumentmayhavechangedsincethisdocumentwaspublishedandmaydifferincaseofmultipledevices.
ThelatestproductstatusinformationisavailableontheInternetatURLhttp://www.
nxp.
com.
12.
2DefinitionsDraft—Thedocumentisadraftversiononly.
Thecontentisstillunderinternalreviewandsubjecttoformalapproval,whichmayresultinmodificationsoradditions.
NXPSemiconductorsdoesnotgiveanyrepresentationsorwarrantiesastotheaccuracyorcompletenessofinformationincludedhereinandshallhavenoliabilityfortheconsequencesofuseofsuchinformation.
Shortdatasheet—Ashortdatasheetisanextractfromafulldatasheetwiththesameproducttypenumber(s)andtitle.
Ashortdatasheetisintendedforquickreferenceonlyandshouldnotbereliedupontocontaindetailedandfullinformation.
Fordetailedandfullinformationseetherelevantfulldatasheet,whichisavailableonrequestviathelocalNXPSemiconductorssalesoffice.
Incaseofanyinconsistencyorconflictwiththeshortdatasheet,thefulldatasheetshallprevail.
Productspecification—TheinformationanddataprovidedinaProductdatasheetshalldefinethespecificationoftheproductasagreedbetweenNXPSemiconductorsanditscustomer,unlessNXPSemiconductorsandcustomerhaveexplicitlyagreedotherwiseinwriting.
Innoeventhowever,shallanagreementbevalidinwhichtheNXPSemiconductorsproductisdeemedtoofferfunctionsandqualitiesbeyondthosedescribedintheProductdatasheet.
12.
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.
HTSICH56_48_SDSAllinformationprovidedinthisdocumentissubjecttolegaldisclaimers.
NXPSemiconductorsN.
V.
2014.
Allrightsreserved.
ProductshortdatasheetCOMPANYPUBLICRev.
3.
1—11December201421033120of21NXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICExportcontrol—Thisdocumentaswellastheitem(s)describedhereinmaybesubjecttoexportcontrolregulations.
Exportmightrequireapriorauthorizationfromcompetentauthorities.
Quickreferencedata—TheQuickreferencedataisanextractoftheproductdatagivenintheLimitingvaluesandCharacteristicssectionsofthisdocument,andassuchisnotcomplete,exhaustiveorlegallybinding.
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.
Translations—Anon-English(translated)versionofadocumentisforreferenceonly.
TheEnglishversionshallprevailincaseofanydiscrepancybetweenthetranslatedandEnglishversions.
12.
4TrademarksNotice:Allreferencedbrands,productnames,servicenamesandtrademarksarethepropertyoftheirrespectiveowners.
HITAG—isatrademarkofNXPSemiconductorsN.
V.
13.
ContactinformationFormoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comNXPSemiconductorsHTSICH56;HTSICH48HITAGStransponderICNXPSemiconductorsN.
V.
2014.
Allrightsreserved.
Formoreinformation,pleasevisit:http://www.
nxp.
comForsalesofficeaddresses,pleasesendanemailto:salesaddresses@nxp.
comDateofrelease:11December2014210331Pleasebeawarethatimportantnoticesconcerningthisdocumentandtheproduct(s)describedherein,havebeenincludedinsection'Legalinformation'.
14.
Contents1Generaldescription12Featuresandbenefits12.
1Features12.
2Protocol12.
3Memory.
22.
4Supportedstandards22.
5Securityfeatures.
22.
6Deliverytypes23Applications24Quickreferencedata35Orderinginformation.
36Blockdiagram47Functionaldescription57.
1Memoryorganization57.
2HITAGSplainmode.
67.
3HITAGSauthenticationmode67.
4StateDiagram.
77.
4.
1GeneralDescriptionofStates.
77.
4.
2HITAGS256andHITAGS204887.
5Commandset97.
5.
1UIDREQUESTxx97.
5.
2ACSEQUENCE97.
5.
3SELECT(UID)107.
5.
4CHALLENGE117.
5.
5SELECT_QUITE(UID)127.
5.
6READPAGE.
127.
5.
7READBLOCK137.
5.
8WRITEPAGE147.
5.
9WRITEBLOCK.
157.
5.
10QUITE.
168Limitingvalues.
179Characteristics.
1710Abbreviations.
1811Revisionhistory.
1812Legalinformation.
1912.
1Datasheetstatus1912.
2Definitions.
1912.
3Disclaimers1912.
4Trademarks.
2013Contactinformation.
2014Contents21
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