參考六部分物料em78p153s simp

IBMisaregisteredtrademarkandPS/2IBMisaregisteredtrademarkandPS/2isatrademarkofIBM.WindowsisatrademarkofMicrosoftCorporation.ELANandELANaretrademarksofELANMicroelectronicsCopyright?2005byELANMicroelectronicsCorporationAllRightsReservedPrintedinThecontentsofthisspecificationaresubjecttochangewithoutfurthernotice.ELANMicroelectronicsassumesnoresponsibilityconcerningtheaccuracy,adequacy,orcompletenessofthisspecification.ELANMicroelectronicsmakesnocommitmenttoupdate,ortokeepcurrenttheinformationandmaterialcontainedinthisspecification.Suchinformationandmaterialmaychangetoconformtoeachconfirmedorder.InnoeventshallELANMicroelectronicsbemaderesponsibleforanyclaimsattributedtoerrors,omissions,orotherinaccuraciesintheinformationormaterialcontainedinthisspecification.ELANMicroelectronicsshallnotbeliablefordirect,indirect,specialincidental,orconsequentialdamagesarisingfromtheuseofsuchinformationormaterial.Thesoftware(ifany)describedinthisspecificationisfurnishedunderalicenseornondisclosureagreement,andmaybeusedorcopiedonlyinaccordancewiththetermsofsuchagreement.ELANMicroelectronicsproductsarenotintendedforuseinlifesupportappliances,devices,orsystems.UseofELANMicroelectronicsproductinsuchapplicationsisnotsupportedandisprohibited.NOPARTOFTHISSPECIFICATIONMAYBEREPRODUCEDORTRANSMITTEDINANYFORMORBYANYMEANSWITHOUTTHEEXPRESSWRITTENPERMISSIONOFELANMICROELECTRONICS.ELANMICROELECTRONICSNo.12,InnovationRoad1HsinchuScienceParkHsinchu,Taiwan30077 +8863563- +8863563-HongCorporation,Ltd.Rm.1005B,10/FEmpireCentre68ModyRoad,TsimshatsuiKowloon,HONGKONGTel:+8522723-Fax:+8522723-1821SaratogaAve.,SuiteTel:+1408366-Fax:+1408366-8050Zurich,Tel:+4143299-Fax:+4143299-http://www.elan-Shenzhen,Ltd.ShenzhenHi-TechIndustrialParkShenzhen,Guandong,CHINATel:+867552601-0565Fax:+867552601-ElanMicroelectronics23/Bldg.#115Lane572,BiboRoadZhangjiangHi-TechParkShanghai,CHINATel:+860215080-Fax:+860215080-1234一般描 性能特 管腳分 功能描 1234一般描 性能特 管腳分 功能描 操作寄存 特殊寄存器 TCC/WDT&預(yù)分頻 I/O端 復(fù)位和喚 復(fù) 中 蕩 代碼選項寄存 ProductSpecification(V1.4) 用戶ID寄存器（Word 上 用戶ID寄存器（Word 上電問 可編程振蕩器的建立時 外部上電復(fù)位電 殘余電壓保 指令 時序 56絕對最大范 電氣特 DC電氣特 AC電氣特 IC特 封裝類型 封裝信 ABivProductSpecification(V1.4)Doc.ChangeInitializedRegisterValues,InternalRCDriftRate,DCandACElectricalCharacteristicChangePoweronresetAddtheDeviceCharacteristicatsectionOTP12OTP12適用溫度范圍：0晶振模式：DC-20MHZat5V,DC-8MHZat3V,DC-4MHZatERC模式：DC-4MHZat5V,DC-4MHZat3V,DC-4MHZat*在3V/32KHz時為*在休眠模式時為內(nèi)置4個校準(zhǔn)IRC振蕩器(8MHz,4MHz,1MHz,455KHz*TCC*輸入引腳變化中斷（從休眠模式喚醒ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther1OTP*路14管腳DIP14管腳SOP3OTP*路14管腳DIP14管腳SOP3123456798表12ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherPin4-電源提供5一般I/O腳外部時鐘信號輸入晶振的輸入腳內(nèi)部上拉和漏級開腳的狀態(tài)改變時從睡眠模式喚醒6*一般I/O*外部時鐘信號輸入*晶振的輸入腳*內(nèi)部上拉和漏級開OTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther3Pin7I*腳OTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther3Pin7I*腳的狀態(tài)改變時從睡眠模式P63只能是輸入8*一般I/O*內(nèi)部上拉/漏級開路/內(nèi)部下*腳的狀態(tài)改變時從睡眠模式9*一般I/O腳*內(nèi)部上拉/漏級開路/內(nèi)部下拉*腳的狀態(tài)改變時從睡眠模式喚醒*一般I/O腳*內(nèi)部上拉/漏級開路/內(nèi)部下拉*腳的狀態(tài)改變時從睡眠模式喚醒*編程模式下為施密特觸發(fā)器輸入*低電平觸發(fā)的外部中斷腳P66,2,*一般I/O腳*內(nèi)部上拉/漏級開*腳的狀態(tài)改變時從睡眠模式喚醒*一般I/O腳*內(nèi)部下*一般I/O腳-*地OTP42功能塊 R0（間接地址寄存器 R1（計時/計數(shù)器OTP42功能塊 R0（間接地址寄存器 R1（計時/計數(shù)器 R2（編程計數(shù)器）與堆4ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherWDTOTP“RET＂（“RETLK＂，“RETI＂）指令將棧頂數(shù)據(jù)裝入“ADDR2,A＂允許“A＂的值加到當(dāng)前PC，但同時PC的第9、10比特位被清OTP“RET＂（“RETLK＂，“RETI＂）指令將棧頂數(shù)據(jù)裝入“ADDR2,A＂允許“A＂的值加到當(dāng)前PC，但同時PC的第9、10比特位被清任何對R2的內(nèi)容進行直接修改的指令（如：“ADDR2,A＂，“MOVR2,A＂，“BCProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther5RPAGEIOCPAGE (I/OPortControl (I/OPortControlStackLevelStackLevelStackLevelStackLevelStackLevelReset PC(A9~OTP4數(shù)據(jù)存儲器的配 R3（狀態(tài)寄存器Bit0（C）進位標(biāo)志位Bit1（DC）Bit2（Z）零標(biāo)志位Bit3（P）低功耗位令OTP4數(shù)據(jù)存儲器的配 R3（狀態(tài)寄存器Bit0（C）進位標(biāo)志位Bit1（DC）Bit2（Z）零標(biāo)志位Bit3（P）低功耗位令Bit4（T）時間溢出位6ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther TPZC RPAGEIOCPAGE (WDTControl (InterruptMask︰GeneralOTP R4（RAM選擇寄存器 R5~R6（端口5~端口OTP R4（RAM選擇寄存器 R5~R6（端口5~端口 RF（中斷狀態(tài)寄存器 4.2 A（加法器 CONT（控制寄存器ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther7 - 0OTPBit3（PAB）Bit4（TE）TCCBit5（TS）TCC OTPBit3（PAB）Bit4（TE）TCCBit5（TS）TCC IOC5~IOC6（I/O端口控制寄存器 IOCB（下拉控制寄存器8ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther765 0-- TCCWDT000001010011100101110OTPBit0（/PD0）P50管腳的下拉Bit1（/PD1）P51管腳的下拉Bit2（/PD2）P52管腳的下拉OTPBit0（/PD0）P50管腳的下拉Bit1（/PD1）P51管腳的下拉Bit2（/PD2）P52管腳的下拉 IOCC（漏極開路控制寄存器Bit0（OD0）P60管腳的漏極開路Bit1（OD1）P61管腳的漏極開路Bit2（OD2）P62管腳的漏極開路 IOCD（上拉控制寄存器ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther976543 -7 -OTPBit0（/PH0）P60管腳的上拉Bit1（/PH1）P61管腳的上拉Bit2（/PH2）P62管腳的上拉P64管腳的上拉P65管腳的上拉OTPBit0（/PH0）P60管腳的上拉Bit1（/PH1）P61管腳的上拉Bit2（/PH2）P62管腳的上拉P64管腳的上拉P65管腳的上拉 IOCE（WDT控制寄存器Bit6（EIS）P60管腳（/INT）IOCF（中斷屏蔽寄存器10ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther 5 10OTPBit1（ICIE）OTPBit1（ICIE）ICIFBit2（EXIE）EXIFTCC/WDT&預(yù)分頻有一個8位計數(shù)器可以作為TC或WD的預(yù)分頻器。在同一時刻它只能提供給其中一方，這由CN寄存器的位決定。~位確定分配系數(shù)。若分配給C，則每次寫指令“WT＂和“＂時清。圖5描述了CC的電路I/O端ProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherOTPCLK(Fosc/2or01201TCCOverflow018-to-101(inIOCE)WDTTime5TCCWDT的模塊PQDRCCLKQD0112ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther8-bitDataOTPCLK(Fosc/2or01201TCCOverflow018-to-101(inIOCE)WDTTime5TCCWDT的模塊PQDRCCLKQD0112ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther8-bitDataOTPPPQDRPCWCLKLIOQPORDPDWCLKLBit6ofIOC0DQ1CLPDQ_CLCQLQDCLPCWCLIOPORQDPDWCLKL01PPQDRCLProductSpecification(V1.4)12.(ThisspecificationOTPPPQDRPCWCLKLIOQPORDPDWCLKLBit6ofIOC0DQ1CLPDQ_CLCQLQDCLPCWCLIOPORQDPDWCLKL01PPQDRCLProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherOTPQDENIDQQD DISI(Wake-upfrom NextInstruction(Wake-upfrom輸入變換中斷／喚醒的端口6I/O框表2P64.5.1復(fù)14ProductSpecification(V1.4)(ThisspecificationissubjecttochangeOTPQDENIDQQD DISI(Wake-upfrom NextInstruction(Wake-upfrom輸入變換中斷／喚醒的端口6I/O框表2P64.5.1復(fù)14ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherI/OPort6(MOV執(zhí)"ENIor"DISI"指使能中斷(Set"若"ENIfi中斷向量若"DISIfi下一條指I/OPort6(MOV行Port6(中斷fi中斷向量OTPOTP]MOVProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherOTPMOVA,@0xxxxxxxb；WDTIOWMOVMOVIOW表316ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther Reset BitBitBit5BitBitBit2BitBitBitXXXX00001111/RESETand000011110000PPPPBit11111111/RESETandOTPMOVA,@0xxxxxxxb；WDTIOWMOVMOVIOW表316ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther Reset BitBitBit5BitBitBit2BitBitBitXXXX00001111/RESETand000011110000PPPPBit11111111/RESETand11111111PPPPPPPPBitXXXX11111111/RESETandPPPPPPPPPPPPPPPPBit11111111/RESETandPPPPPPPPPPPPPPPPBitX10111111OTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther Reset BitBit6Bit5BitBitBit2BitBit/RESETand10111111P0PPPPPPBitUUUUUUUU/RESETandPPPPPPPPPPPPPPPPBit00000000/RESETand00000000PPPPPPPPBit00000000/RESETand00000000PPPPNPPPBitTPZC00011UUU/RESETand000ttPPP1PPttPPPBitUUUUUUUU/RESETandPPPPPPPPPPOTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther Reset BitBit6Bit5BitBitBit2BitBit/RESETand10111111P0PPPPPPBitUUUUUUUU/RESETandPPPPPPPPPPPPPPPPBit00000000/RESETand00000000PPPPPPPPBit00000000/RESETand00000000PPPPNPPPBitTPZC00011UUU/RESETand000ttPPP1PPttPPPBitUUUUUUUU/RESETandPPPPPPPPPPPPPPPP)BitXXXXX00000000/RESETand0000000000000PNPBitX11111111/RESETand11111111PPPPPPPPBitX00000000/RESETand00000000OTPX：未使用U：不確定或不重要P：復(fù)位之前的值t：查詢表4.5.2/RESET的配 R3中的T、P、RST的狀18ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther Reset BitBit6Bit5BitBitBit2BitBitPPPPPPPPOTPX：未使用U：不確定或不重要P：復(fù)位之前的值t：查詢表4.5.2/RESET的配 R3中的T、P、RST的狀18ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther Reset BitBit6Bit5BitBitBit2BitBitPPPPPPPPBitX11111111/RESETand11111111PPPPPPPPBitXXXXXX10111111/RESETand101111111P111111BitXXXXX11111000/RESETand1111100011111PPPBitUUUUUUUU/RESETandPPPPPPPPPPPPPPPPOTP表5復(fù)位事件及被影響的RST、T、PDQWDTProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherSetup Power011WDTC11WDTtime-00SLEPOTP表5復(fù)位事件及被影響的RST、T、PDQWDTProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherSetup Power011WDTC11WDTtime-00SLEP10Wake-UponpinchangeduringSLEEP110Reset Power011/RESETduringOperating0010WDTduringOperating00PWDTwake-upduringSLEEP000Wake-UponpinchangeduringSLEEP110OTP的P60除外。如果在執(zhí)行SLEP指令進入睡眠模式之前使能PORT6輸入變化中斷，則SLEP后下一條指令，若全局中斷使能，則從中斷向量地址0X008起執(zhí)行指令。OTP的P60除外。如果在執(zhí)行SLEP指令進入睡眠模式之前使能PORT6輸入變化中斷，則SLEP后下一條指令，若全局中斷使能，則從中斷向量地址0X008起執(zhí)行指令。DQQD20ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherOTP4.7.1振蕩器模OTP4.7.1振蕩器模 晶體振蕩器/陶瓷諧振器Ext.12外部時鐘輸入電同，用戶應(yīng)參照其規(guī)格選擇C1、C2的合適值。串聯(lián)電阻RS對于低頻模式和ATstripcutProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther FxtTwocycleswithtwo<注意在HXT和LXT之間的系統(tǒng)頻率變化分界點大約為400KHzIRC(InternalRCoscillator11ERC(ExternalRCoscillator10HXT(HighXTALoscillator01LXT(LowXTALoscillator00OTP 外部RC振蕩器模OTP 外部RC振蕩器模22ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther＜注意1、電容值（C1、C2）僅供參考OscillatorFrequency 2.04.0CrystalOTP16外部RC振蕩器模式電表ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther注意OTP16外部RC振蕩器模式電表ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther注意□：以上數(shù)據(jù)是基于DIP封裝測量□：僅供參□：頻率偏差大約為 1.4505220OTP內(nèi)部RC振蕩器模表1內(nèi)部RC偏移率(Ta=25CVDD=5OTP內(nèi)部RC振蕩器模表1內(nèi)部RC偏移率(Ta=25CVDD=5V5 代碼選項寄存器24ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherTWORD Word WordInternalRC (0C~70C) ±±±±±±±±±±±±±±±±OTPBit6和Bit5（SUT1OTPBit6和Bit5（SUT1和SUT0）：表12ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther Pin01 01X 1118104.5012880072在HXT和LXT之間的系統(tǒng)頻率分界點大約為400KHz IRC(InternalRCoscillator1110HXT(HighXTALoscillator01LXT(LowXTALoscillator00OTP代碼選擇寄存器（WORDBitOTP代碼選擇寄存器（WORDBit1和Bit0（RCM1RCM0）：RC模式選擇4.8.3用戶ID寄存器（Word將復(fù)位并正常工作。如果Vdd上升的足夠快（50ms或更少），額外的外部復(fù)位電路將26ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherBit12~BitRCMRCM 11410801100 OTPRDC圖17外部電源重置上電復(fù)位電更換電池時，Vdd斷開后仍有一個小于Vdd最小值但又不為0的殘存電壓。這將引起OTPRDC圖17外部電源重置上電復(fù)位電更換電池時，Vdd斷開后仍有一個小于Vdd最小值但又不為0的殘存電壓。這將引起不ProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherOTPOTP變程序計數(shù)器R2數(shù)值的指令如"MOVR2,A""ADDR2,A"，或者是對R2進行操作的指令("SUBR2,A""BS(CR2,6""CLR(28ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherVdEM78P153/RESETOTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther 000000000No000000000C000000000Afi0000000000fiWDT,Stop0000000000fi000000000IOWAfiNone000000001Enable000000001000000001[TopofStack]fi000000001[TopofStack]fiPC,Enable000000001OTPProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther 000000000No000000000C000000000Afi0000000000fiWDT,Stop0000000000fi000000000IOWAfiNone000000001Enable000000001000000001[TopofStack]fi000000001[TopofStack]fiPC,Enable000000001CONTfi000000001IORIOCRfiNone0000001rrMOVAfi0000010000fiZ0000011rrCLR0fiZ0000100rrSUBR-Afi0000101rrSUBR-Afi0000110rrR-1fiZ0000111rrDECR-1fiZ0001000rrOR VRfiZ0001001rrOR VRfiZ0001010rrANDA&RfiZ0001011rrANDA&RfiZ0001100rrXORAˉRfiZ0001101rrXORAˉRfiZ0001110rrADDA+Rfi0001111rrADDA+Rfi0010000rrMOVRfiZ0010001rrMOVRfiZ0010010rrCOMA/RfiZ0010011rrCOM/RfiZ0010100rrINCAR+1fiZ0010101rrINCR+1fiZ0010110rrDJZAR-1fiA,skipif0010111rrDJZR-1fiR,skipif0011000rrR(n)fiA(n-1),R(0)fiC,CfiC0011001rrRRCR(n)fiR(n-1),R(0)fiC,CfiC0011010rrRLCAR(n)fiA(n+1),R(7)fiC,CfiC0011011rrRLCR(n)fiR(n+1),R(7)fiC,CfiC0011100rrSWAPAR(0-3)fiA(4-7),R(4-7)fiA(0-OTP30ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther<注意 0011101rrSWAPR(0-3)?R(4-0011110rrJZAR+1fiOTP30ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther<注意 0011101rrSWAPR(0-3)?R(4-0011110rrJZAR+1fiA,skipif0011111rrJZR+1fiR,skipif0100bbbrrBC0fiNone0101bbbrrBS1fiNone0110bbbrrJBCifR(b)=0,0111bbbrrJBSifR(b)=1,100kkkkkkCALL101kkkkkkJMP(Page,k)fi11000kkkkMOVkfi11001kkkkOR kfiZ11010kkkkANDA&kfiZ11011kkkkXORAˉkfiZ11100kkkkRETLkfiA,[TopofStack]fi11101kkkkSUBk-Afi111100000PC+1fi[SP],001Hfi11111kkkkADDk+AfiOTP4.14時序ACTesting:Inputisdrivenat2.4Vforlogic"1",and0.4Vforlogic"0".Timingmeasurementsaremadeat2.0Vforlogic"1",and0.8Vforlogic"0".RESETTiming OTP4.14時序ACTesting:Inputisdrivenat2.4Vforlogic"1",and0.4Vforlogic"0".Timingmeasurementsaremadeat2.0Vforlogic"1",and0.8Vforlogic"0".RESETTiming TCCInputTimingCLK ProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherInstruction TESTPOINTS OTP 6DC電氣特(Ta=0C~C,VDD=5.0V–5%,VSS=0V32ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther XTAL:VDDtoTwocyclewithtwoXTAL:VDDtoTwocyclewithtwoXTAL:VDDtoTwocyclewithtwoRC:VDDtoR:5KW,C:39F-VIN=VDD,InputOTP 6DC電氣特(Ta=0C~C,VDD=5.0V–5%,VSS=0V32ProductSpecification(V1.4)(Thisspecificationissubjecttochangewithoutfurther XTAL:VDDtoTwocyclewithtwoXTAL:VDDtoTwocyclewithtwoXTAL:VDDtoTwocyclewithtwoRC:VDDtoR:5KW,C:39F-VIN=VDD,InputHighVoltagePorts5,VPorts5,VVVClockInputHighVoltageVVInputHighVoltagePorts5,VPorts5,VVVClockInputHighVoltageVVOutputHighVoltage(Ports5,6)(P60~P63,P66~P67areSchmittIOH=-12.0VOutputLowVoltage(P50~P53,P66~P67areSchmittIOL=12.0VIOL=16.0V Temperatureunder0Cto70Storage-65Cto150Input-0.3VtoOutput-0.3VtoOTPAC電氣特(Ta=0C~C,VDD=5V–5%,ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther InputCLKduty%RCTCCinputTa=25C17.6-/RESETpulseTa=25WatchdogtimerTa=25C17.6-WatchdogOTPAC電氣特(Ta=0C~C,VDD=5V–5%,ProductSpecification(V1.4)12.(Thisspecificationissubjecttochangewithoutfurther InputCLKduty%RCTCCinputTa=25C17.6-/RESETpulseTa=25WatchdogtimerTa=25C17.6-WatchdogtimerTa=25C4.5-WatchdogtimerTa=25C288-WatchdogtimerTa=25C72-Inputpinsetup0InputpinholdOutputpindelay PowerdownAllinputandI/OpinsatVDD,outputpinfloating,WDT1PowerdownAllinputandI/OpinsatVDD,outputpinfloating,WDTattwoclocks(Crystaltype,CLKS="0"),outputpinfloating,WDTattwoclocks(Crystaltype,CLKS="0"),outputpinfloating,WDTAttwoclocks(Crystaltype,CLKS="0"),outputpinfloatingattwoclocks/RESET=outputpinfloatingOTPOTP試IC特Fig.18Vih,VilofP60~P63,P66,P67vs.34ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherVihVilVih/Vil(Inputpinswithschmitt2Vihmax(-40℃to85℃)Vihtyp25℃Vihmin(-40℃to1Vihtyp25℃ Vihmin(-40℃to0 VddOTPFig.19Vth(Thresholdvoltage)ofP50~P53,P64~P65vs.Fig.20Port5andPort6Vohvs.Ioh,Fig.21Port5andPort6Vohvs.Ioh,ProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherIohVthIohVoh/Ioh(VDD=3V)0Max Typ MinOTPFig.19Vth(Thresholdvoltage)ofP50~P53,P64~P65vs.Fig.20Port5andPort6Vohvs.Ioh,Fig.21Port5andPort6Vohvs.Ioh,ProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherIohVthIohVoh/Ioh(VDD=3V)0Max Typ Min VohVoh/Ioh(VDD=505VohMin23410Vth(Inputthersholdvoltage)ofI/O2Max(-40℃to TypMin(-40℃to1 VDDOTPFig.22Port5,Port6.0~Port6.3Port6.6~Port6.7Volvs.Iol,Fig.23Port5,Port6.0~Port6.3Port6.6~Port6.7Volvs.Iol,Fig.24Port6.4andPort6.5Volvs.Iol,Fig.25Port6.4andPort6.5Volvs.Iol,36ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherIolIolIolIolVol/IolMaxTypMin0 VolVol/Iol(VDD=30 VolMaxOTPFig.22Port5,Port6.0~Port6.3Port6.6~Port6.7Volvs.Iol,Fig.23Port5,Port6.0~Port6.3Port6.6~Port6.7Volvs.Iol,Fig.24Port6.4andPort6.5Volvs.Iol,Fig.25Port6.4andPort6.5Volvs.Iol,36ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherIolIolIolIolVol/IolMaxTypMin0 VolVol/Iol(VDD=30 VolMaxTypMin 5 5 5Vol/Iol(VDD=30 VolMax0TypMin 5 5 5Vol/IolMax Min0 VolOTPFig.26WDTtimeoutperiodvs.perscalersettoFig.27TypicalRCOSCFrequencyvs.(Cext=100pF,TemperatureatProductSpecification(V1.4)12.(ThisOTPFig.26WDTtimeoutperiodvs.perscalersettoFig.27TypicalRCOSCFrequencyvs.(Cext=100pF,TemperatureatProductSpecification(V1.4)12.(ThisspecificationissubjecttochangewithoutfurtherFrequency(MWDTperiodCext=100pF,TypicalRCOSCFrequencR=1R=R=R=0 VDDWDTTime_outMaxTypMin VDDOTPFig.28TypicalRCOSCFrequencyvs.Temperature(RandCOTPFig.28TypicalRCOSCFrequencyvs.Temperature(RandCareidealFig.29InternalRCOSCFrequencyvs.Temperature,38ProductSpecification(V1.4)(ThisspecificationissubjecttochangewithoutfurtherFrequency(MIRCOSCFrequency(VDD=59876543210 TemperatureOSC=8MOSC=4MOSC=1MHzOSC=455KHz OTPFig.30InternalRCOSCFrequencyvs.Temperature,FourconditionsexistwiththeOperatingCurrentICC1OTPFig.30InternalRCOSCFrequencyvs.Temperature,FourconditionsexistwiththeOperatingCurrentICC1toICC4.TheseconditionsareasICC1:VDD=3V,Fosc=32KHz,2clocks,WDTICC2:VDD=3V,Fosc=32KHz,2clocks,WDTICC3:VDD=5V,Fosc=4MHz,2clocks,WDTICC4:VDD=5V,Fosc=10MHz,2clocks,WDTFig.31Typicaloperatingcurrent(ICC1andICC2)vs.ProductSpec