FP-CH328

MOTOROLA系列芯片解密MOTOROLA单片机具有片内FLASH，具有FLASH存储器在线编程功能和保密功能(FLASH编程/查处的电压由芯片内部电荷泵产生)，编程后FLASH位将设为0，擦除后FLASH位将为1，FLASH存储器的加密特性可以阻止未经授权的用户查看FLASH存储器中的内容。

以下龙人成功实现技术突破的MOTOROLA单片机型号，目前我们可针对以下单片机型号提供高效可靠的解密服务：24小时服务热线：086-0755-********E-mail：sales@68HC711XX系列68HC711E9MFN2 68HC711E9MFNE2 68HC711E9VFNE268HC711E9VFN2 68HC705C4A 68HC705C468HC705C8 68HC711E9VFN2 68HC705C8A68HC705C9 68HC705C9A 68HC70568HC705J1A 68HC705SR3 ……MC56F8XX系列MC56F8013VFAE MC56F8014VFAE MC56F8023MFAEMC56F8023VFAE MC56F8025VLD MC56F8036MFAEMC56F8036VFAE MC56F8037VLH MC56F8122VFAMC56F8122VFAE MC56F8123VFB MC56F8123VFBEMC56F8322MFA60 MC56F8322MFAE MC56F8322VFA60MC56F8322VFAE MC56F8323MFB60 MC56F8323MFBEMC56F8323VFB60 MC56F8323VFBE ……MC68HC705XX系列MC68HC11P2(2E74J) MC68HC711P2(1E53M) MC68HC705C4MC68HC705C8 MC68HC705C4A MC68HC705C8AMC68HC705C9 MC68HC705C9A MC68HC705SR3MC68HC705 MC68HC705J1A MC68HC705B16MC68HC705X16 MC68HC705B32 MC68HC705X32MC68HC705B6 MC68HC05B8 MC68HC05B16MC68HC705X16 MC68HC05B32 MC68HC05X32MC68HC705H12(0H57A) MC68HC705B16N MC68HC705B5MC68HC705J2 MC68HC705KJ1 MC68HC705P6MC68HC705P9 MC68705R3 MC68705R5MC68705U3 MC68705U5 XC68HC705P6A(CDW)MC68HC11XX系列MC68HC11A8(AB95T) MC68HC11A8(C96N) MC68HC11E9(1B60R)MC68HC11A8(D26E) MC68HC11E20(3E22B) MC68HC11E9(D82R)MC68HC11E9(E22B) MC68HC11E9(E28B) MC68HC11EA9(2D47J)MC68HC11F1(E87J) MC68HC11F1(2F37E) MC68HC11K1(2D58N)MC68HC11K4(1E62H) MC68HC11K4(OE75J) MC68HC11KA4(1E59B)MC68HC11KS4(0E57S) MC68HC11KS2(0H95B) MC68HC11KS4(0F60M)MC68HC11A0 MC68HC11A1 MC68HC11E1MC68HC11P1 ……MC68HC711XX系列MC68HC711E20(1H19S) MC68HC711E9(4K81H) MC68HC711E9(5C47M)MC68HC711K4(K59D) MC68HC711EA9(0D46J) MC68HC711PH8(0H30R)MC68S711E9(5C47M) MC68HC711KS8(1H96P) MC68HC711D3MC68HC711E20 MC68HC711E9 MC68HC711E9CFN2MC68HC711E9CFN(4.5V) MC68HC711E9CFN3 MC68HC711K4MC68HC711E9CFNE2 MC68HC711E9CFNE3 MC68HC711E9-FNMC68HC711KA2 MC68HC711KA4 MC68HC711KS2MC68HC711L6 XC68HC711D3 ……MC68HC81XX系列MC68HC811E2MP2 MC68HC811E2CP2 MC68HC811E2MC68HC811E2P2 MC68HC811E2VP2 MC68HC812A4CPVMC68HC812A4CPVE MC68HC812A4MPV ……MC68HC908XX系列MC68HC908AS60(3J74Y) MC68HC908AZ60(4J74Y) MC68HC908AZ60(2J74Y) MC68HC908AS60A(1L87J) MC68HC908AZ60A(3K85K) MC68HC908AS20(0H94K) MC68HC908AZ60(1J35D) MC68HC908AZ32(0J66D) MC68HC908AZ32(1H56A) MC68H908AZ32A(1L52H) MC68HC908AB32(3K56G) MC68HC908QT3MC68HC908QT1 MC68HC908QT2 MC68HC908QT4MC68HC908QY1 MC68HC908QY2 MC68HC908QY3MC68HC908QY4 MC68HC908JK1 MC68HC908JK3MC68HC908AP16CB MC68HC908AB32MFU MC68HC908LK24MC68HC908AB32CFU MC68HC908AP16CFA MC68HC908JK8MC68HC908AP16CFB MC68HC908AP32CB MC68HC908LK24MC68HC908AP32CFA MC68HC908AP32CFB MC68HC908AP64CBMC68HC908AP64CFA MC68HC908AP64CFB MC68HC908AP8CBMC68HC908AP8CFA MC68HC908AP8CFB MC68HC908AS32AMC68HC908BD48IB MC68HC908BD48IFB MC68HC908EY16CFAMC68HC908EY16MFA MC68HC908EY16VFA MC68HC908EY8CFAMC68HC908EY8MFA MC68HC908EY8VFA MC68HC908GP32MC68HC908GR16CFA MC68HC908GR16CFJ MC68HC908GR16MFAMC68HC908GR16MFJ MC68HC908GR16VFA MC68HC908GR4CDWMC68HC908GR16VFJ MC68HC908GR4CFA MC68HC908GR4CPMC68HC908GR4MDW MC68HC908GR4MFA MC68HC908GR4MPMC68HC908GR4VDW MC68HC908GR4VFA MC68HC908GR4VPMC68HC908GR8CDW MC68HC908GR8CFA MC68HC908GR8CPMC68HC908GR8MDW MC68HC908GR8MFA MC68HC908GR8MPMC68HC908GR8VDW MC68HC908GR8VFA MC68HC908GR8VPMC68HC908GT16 MC68HC908GT8CB MC68HC908GT8CFBMC68HC908GZ16 MC68HC908GZ32 MC68HC908GZ48MC68HC908GZ60 MC68HC908GZ8 MC68HC908JB12MC68HC908JB16 MC68HC908JK1ECDW MC68HC908JB8MC68HC908JK1CDW MC68HC908JK1CP MC68HC908JB8MC68HC908JK1ECP MC68HC908JK1EMDW MC68HC908JK1EMPMC68HC908JK1MDW MC68HC908JK1MP MC68HC908JK3CDWMC68HC908JK3CP MC68HC908JK3ECDW MC68HC908JK3ECPMC68HC908JK3EMDW MC68HC908JK3EMP MC68HC908JK3MDW MC68HC908JK3MP MC68HC908JK8 MC68HC908JK8MC68HC908JL3CDW MC68HC908JL3CFA MC68HC908JL3CPMC68HC908JL3ECDW MC68HC908JL3ECFA MC68HC908JL3ECPMC68HC908JL3EMDW MC68HC908JL3EMFA MC68HC908JL3EMP MC68HC908JL3MDW MC68HC908JL3MFA MC68HC908JL3MPMC68HC908LB8CDWE MC68HC908LB8MDWE MC68HC908LB8CPE MC68HC908LB8MPE MC68HC908LB8VDWE MC68HC908JL8MC68HC908LB8VPE MC68HC908LD60IFU MC68HC908KX8MC68HC908LD64IFU MC68HC908LJ12CFB MC68HC908KX2MC68HC908LJ12CFBE MC68HC908LJ12CFU MC68HC908LJ12CFU MC68HC908LJ12CFUE MC68HC908LJ12CPB MC68HC908LJ12CPBE MC68HC908LJ24CFQ MC68HC908LJ24CFQE MC68HC908LJ24CFU MC68HC908LJ24CFUE MC68HC908LJ24CPB MC68HC908LJ24CPBE MC68HC908LJ24CPK MC68HC908LJ24CPKE MC68HC908LK24CFQ MC68HC908LK24CFQE MC68HC908LK24CFU MC68HC908LK24CFUE MC68HC908LK24CPB MC68HC908LK24CPBE MC68HC908QB4MC68HC908LK24CPK MC68HC908LK24CPKE MC68HC908QB8MC68HC908LV8CPBE MC68HC908MR16 MC68HC908MR32MC68HC908QC16 MC68HC908QC4 MC68HC908QC8MC68HC908QT1ACFQE MC68HC908QT1AMFQE MC68HC908QF4 MC68HC908QT1AVFQE MC68HC908QT1CDW MC68HC908QL2MC68HC908QT1CFQ MC68HC908QT1CP MC68HC908QL3MC68HC908QT1MDW MC68HC908QT1MFQ MC68HC908QL4MC68HC908QT1MP MC68HC908QT1VDW MC68HC908QT1VFQMC68HC908QT1VP MC68HC908QT2ACFQE MC68HC908QT2AMFQE MC68HC908QT2AVFQE MC68HC908QT2CFQ MC68HC908QT2CDW MC68HC908QT2CP MC68HC908QT2MDW MC68HC908QT2MFQMC68HC908QT2MP MC68HC908QT2VDW MC68HC908QT2VFQMC68HC908QT4ACFQE MC68HC908QT4AMFQE MC68HC908QT2VP MC68HC908QT4AVFQE MC68HC908QT4CDW MC68HC908QT4CFQ MC68HC908QT4MDW MC68HC908QT4MFQ MC68HC908QT4CPMC68HC908QT4VDW MC68HC908QT4VFQ MC68HC908QT4MPMC68HC908QT4VP MC68HC908QY1CDT MC68HC908QY1CDWMC68HC908QY1CP MC68HC908QY1MDT MC68HC908QY1MDWMC68HC908QY1MP MC68HC908QY1VDT MC68HC908QY1VDWMC68HC908QY2CDT MC68HC908QY2CDW MC68HC908QY2CPMC68HC908QY2MDT MC68HC908QY2MDW MC68HC908QY2MPMC68HC908QY2VDT MC68HC908QY2VDW MC68HC908QY2VPMC68HC908QY4CDT MC68HC908QY4CDW MC68HC908QY4CPMC68HC908QY4MDT MC68HC908QY4MDW MC68HC908QY4MPMC68HC908QY4VDT MC68HC908QY4VDW MC68HC908QY4VPMC68HC908QY8 MC68HC908SR12 MC68HC908RF2XC68HC908MR32 ……MC68HC912XX系列MC68HC912DC128A(3K91D) MC68HC912DC128(0K50E) MC68HC912D60(0K13J) MC68HC912DG128(0K50E) MC68HC912DG128(5H55W) MC68HC912B32(9H91F) MC68HC912D60(0K75F) MC68HC912D60A(2K38K) MC68HC912D60(4F73K)MC68HC912DG128A(3K91D) MC9S12DG128B(0L85D) MC68HC912B32(4J54E) MC68HC912BC32 ……MC68HC9S12XX系列MC9S12DT128B(0L85D) MC9S12DB128B(0L85D) MC9S12A128B(0L85D)MC9S12DG256C(2K79X) MC9S12DT256C(2K79X) MC9S12DT128B(1L85D)MC9S12H128(1K78X) MC9S12DP256C(2K79X) MC9S12H256(1K78X)MC9S12DP512(1L00M) MC9S12DT128B(3L40K) ……MC68HRC908XX系列MC68HRC908JK1CDW MC68HRC908JK1CP MC68HRC908JK1ECPMC68HRC908JK1ECDW MC68HRC908JK1EMDW MC68HRC908JK1EMPMC68HRC908JK1MDW MC68HRC908JK3CDW MC68HRC908JK1MPMC68HRC908JK3CP MC68HRC908JK3ECDW MC68HRC908JK3ECPMC68HRC908JK3EMDW MC68HRC908JK3EMP MC68HRC908JK3MDWMC68HRC908JK3MP MC68HRC908JK8 MC68HRC908JL3CPMC68HRC908JL3CDW MC68HRC908JL3CFA MC68HRC908JL3ECPMC68HRC908JL3ECDW MC68HRC908JL3ECFA MC68HRC908JL3EMDWMC68HRC908JL3EMFA MC68HRC908JL3EMP MC68HRC908JL3MDWMC68HRC908JL3MFA MC68HRC908JL3MP MC68HRC908JL8MC68HSC705XX系列MC68HSC705C8A XC68HSC705C9A ……MC68S711E9XX系列MC68S711E9 ……MC908AXX系列MC908AB32CFUE MC908AP16CBE MC908AP32CBEMC908AP32CFAE MC908AP32CFBE MC908AP64CBEMC908AP64CFAE MC908AP64CFBE MC908AP8CBEMC908AP8CFAE MC908AP8CFBE ……MC908BXX系列MC908BD48IBE MC908BD48IFBE MC908EY16ACFJEMC908EY16ACFJE MC908EY16AKFJE MC908EY16AMFJE MC908EY16AVFJE MC908EY8ACFJE MC908EY8AKFJEMC908EY8AVFJE MC908EY8AMFJE ……MC908JL16XX系列MC908JL16CDWE MC908JL16CFJE MC908JL16CPEMC908JL16CSPE ……MC908QTXX系列MC908QT1ACDWE MC908QT1ACPE MC908QT1AMDWE MC908QT1AMPE MC908QT1AVDWE MC908QT1AVPEMC908QT2ACDWE MC908QT2ACPE MC908QT2AMDWE MC908QT2AMPE MC908QT2AVDWE MC908QT2AVPEMC908QT4ACDWE MC908QT4ACPE MC908QT4AMDWE MC908QT4AMPE MC908QT4AVDWE MC908QT4AVPEMC908QYXX系列MC908QY1ACDTE MC908QY1ACDWE MC908QY1ACPEMC908QY1AMDTE MC908QY1AMDWE MC908QY1AMPE MC908QY1AVDTE MC908QY1AVDWE MC908QY1AVPEMC908QY2ACDTE MC908QY2ACDWE MC908QY2ACPEMC908QY2AMDTE MC908QY2AMDWE MC908QY2AMPE MC908QY2AVDTE MC908QY2AVDWE MC908QY2AVPEMC908QY4ACDT MC908QY4ACDWE MC908QY4ACPEMC908QY4AMDTE MC908QY4AMDWE MC908QY4AMPE MC908QY4AVDTE MC908QY4AVDWE MC908QY4AVPEMC912D60XX系列MC912D60ACFU8 MC912D60ACPV8 MC912D60AMFU8MC912D60AMPV8 MC912D60AVFU8 MC912D60AVPV8MC912D60CCFU8 MC912D60CCPV8 MC912D60CMFU8MC912D60CMPV8 MC912D60CVFU8 MC912D60CVPV8MC912D60PCFU8 MC912D60PCPV8 MC912D60PMFU8MC912D60PMPV8 MC912D60PVFU8 MC912D60PVPV8MC912DG128XX系列MC912DG128ACPV MC912DG128AMPV MC912DG128AVPV MC912DG128CCPV MC912DG128CMPV MC912DG128CVPV MC912DG128PCPV MC912DG128PMPV MC912DG128PVPV MC912DT128XX系列MC912DT128ACPV MC912DT128AMPV MC912DT128AVPV MC912DT128CCPV MC912DT128CMPV MC912DT128CVPV MC912DT128PCPV MC912DT128PMPV MC912DT128PVPVMC9RS08KA1CPC MC9RS08KA1CSC MC9RS08KA2CPCMC9RS08KA2CSC ……MC9S08ACXX系列MC9S08AC16CFD MC9S08AC16CFDE MC9S08AC16CFG MC9S08AC16CFGE MC9S08AC16MFD MC9S08AC16MFDE MC9S08AC16MFG MC9S08AC16MFGE MC9S08AC16VFD MC9S08AC16VFDE MC9S08AC16VFG MC9S08AC16VFGE MC9S08AC32CFD MC9S08AC32CFDE MC9S08AC32CFG MC9S08AC32CFGE MC9S08AC32CFU MC9S08AC32CFUE MC9S08AC32CPU MC9S08AC32CPUE MC9S08AC32MFD MC9S08AC32MFDE MC9S08AC32MFG MC9S08AC32MFGE MC9S08AC32MFU MC9S08AC32MFUE MC9S08AC32MPU MC9S08AC32MPUE MC9S08AC32VFD MC9S08AC32VFDE MC9S08AC32VFG MC9S08AC32VFGE MC9S08AC32VFU MC9S08AC32VFUE MC9S08AC32VPU MC9S08AC32VPUE MC9S08AC48CFD MC9S08AC48CFDE MC9S08AC48CFG MC9S08AC48CFGE MC9S08AC48CFU MC9S08AC48CFUE MC9S08AC48CPU MC9S08AC48CPUE MC9S08AC48MFD MC9S08AC48MFDE MC9S08AC48MFG MC9S08AC48MFGE MC9S08AC48MFU MC9S08AC48MFUE MC9S08AC48MPU MC9S08AC48MPUE MC9S08AC48VFD MC9S08AC48VFDE MC9S08AC48VFG MC9S08AC48VFGE MC9S08AC48VFU MC9S08AC48VFUE MC9S08AC48VPU MC9S08AC48VPUE MC9S08AC60CFD MC9S08AC60CFDE MC9S08AC60CFG MC9S08AC60CFGE MC9S08AC60CFU MC9S08AC60CFUE MC9S08AC60CPU MC9S08AC60CPUE MC9S08AC60MFD MC9S08AC60MFDE MC9S08AC60MFG MC9S08AC60MFGE MC9S08AC60MFU MC9S08AC60MFUE MC9S08AC60MPU MC9S08AC60MPUE MC9S08AC60VFD MC9S08AC60VFDE MC9S08AC60VFG MC9S08AC60VFGE MC9S08AC60VFU MC9S08AC60VFUE MC9S08AC60VPU MC9S08AC60VPUE MC9S08AC8CFD MC9S08AC8CFDE MC9S08AC8CFGMC9S08AC8CFGE MC9S08AC8MFD MC9S08AC8MFDEMC9S08AC8MFG MC9S08AC8MFGE MC9S08AC8VFDMC9S08AC8VFDE MC9S08AC8VFG MC9S08AC8VFGEMC9S08AWXX系列MC9S08AW16CFD MC9S08AW16CFDE MC9S08AW16CFG MC9S08AW16CFGE MC9S08AW16CFU MC9S08AW16CFUE MC9S08AW16CPU MC9S08AW16CPUE MC9S08AW16MFD MC9S08AW16MFDE MC9S08AW16MFG MC9S08AW16MFGE MC9S08AW16MFU MC9S08AW16MFUE MC9S08AW16MPUMC9S08AW16VFUE MC9S08AW16VPU MC9S08AW16VPUE MC9S08AW32CFD MC9S08AW32CFDE MC9S08AW32CFG MC9S08AW32CFGE MC9S08AW32CFU MC9S08AW32CFUE MC9S08AW32CPU MC9S08AW32CPUE MC9S08AW32MFD MC9S08AW32MFDE MC9S08AW32MFG MC9S08AW32MFGE MC9S08AW32MFU MC9S08AW32MFUE MC9S08AW32MPU MC9S08AW32MPUE MC9S08AW32VFD MC9S08AW32VFDE MC9S08AW32VFG MC9S08AW32VFGE MC9S08AW32VFU MC9S08AW32VFUE MC9S08AW32VPU MC9S08AW32VPUE MC9S08AW48CFD MC9S08AW48CFDE MC9S08AW48CFG MC9S08AW48CFGE MC9S08AW48CFU MC9S08AW48CFUE MC9S08AW48CPU MC9S08AW48CPUE MC9S08AW48MFD MC9S08AW48MFDE MC9S08AW48MFG MC9S08AW48MFGE MC9S08AW48MFU MC9S08AW48MFUE MC9S08AW48MPU MC9S08AW48MPUE MC9S08AW48VFD MC9S08AW48VFDE MC9S08AW48VFG MC9S08AW48VFGE MC9S08AW48VFU MC9S08AW48VFUE MC9S08AW48VPU MC9S08AW48VPUE MC9S08AW60CFD MC9S08AW60CFDE MC9S08AW60CFG MC9S08AW60CFGE MC9S08AW60CFU MC9S08AW60CFUE MC9S08AW60CPU MC9S08AW60CPUE MC9S08AW60MFD MC9S08AW60MFDE MC9S08AW60MFG MC9S08AW60MFGE MC9S08AW60MFU MC9S08AW60MFUE MC9S08AW60MPU MC9S08AW60MPUE MC9S08AW60VFD MC9S08AW60VFDE MC9S08AW60VFG MC9S08AW60VFGE MC9S08AW60VFU MC9S08AW60VFUE MC9S08AW60VPU MC9S08AW60VPUEMC9S08GBXX系列MC9S08GB32ACFU MC9S08GB32ACFUE MC9S08GB32CFU MC9S08GB32CFUE MC9S08GB60ACFU MC9S08GB60ACFUE MC9S08GB60CFU MC9S08GB60CFUE ……MC9S08GTXX系列MC9S08GT16ACB MC9S08GT16ACFB MC9S08GT16ACFC MC9S08GT16ACFCE MC9S08GT16ACFD MC9S08GT16AMB MC9S08GT16AMFB MC9S08GT16AMFC MC9S08GT16AMFCE MC9S08GT16AMFD MC9S08GT16CB MC9S08GT16CBEMC9S08GT16CFB MC9S08GT16CFBE MC9S08GT16CFDMC9S08GT16CFDE MC9S08GT32ACFB MC9S08GT32ACFBE MC9S08GT32ACFD MC9S08GT32ACFDE MC9S08GT32CB MC9S08GT32CBE MC9S08GT32CFB MC9S08GT32CFBEMC9S08GT32CFD MC9S08GT32CFDE MC9S08GT60ACFB MC9S08GT60ACFB MC9S08GT60ACFD MC9S08GT60ACFDE MC9S08GT60CB MC9S08GT60CBE MC9S08GT60CFBMC9S08GT8ACFCE MC9S08GT8ACFD MC9S08GT8AMB MC9S08GT8AMFB MC9S08GT8AMFC MC9S08GT8AMFCE MC9S08GT8AMFD ……MC9S08JMXX系列MC9S08JM16CGT MC9S08JM16CGTE MC9S08JM16CLD MC9S08JM16CLDE MC9S08JM16MGT MC9S08JM16MGTE MC9S08JM16MLD MC9S08JM16MLDE MC9S08JM16VGT MC9S08JM16VGTE MC9S08JM16VLD MC9S08JM16VLDE MC9S08JM32CGT MC9S08JM32CGTE MC9S08JM32CLD MC9S08JM32CLDE MC9S08JM32CLH MC9S08JM32CLHE MC9S08JM32CQH MC9S08JM32CQHE MC9S08JM32MGT MC9S08JM32MGTE MC9S08JM32MLD MC9S08JM32MLDE MC9S08JM32MLH MC9S08JM32MLHE MC9S08JM32MQH MC9S08JM32MQHE MC9S08JM32VGT MC9S08JM32VGTE MC9S08JM32VLD MC9S08JM32VLDE MC9S08JM32VLH MC9S08JM32VLHE MC9S08JM32VQH MC9S08JM32VQHE MC9S08JM60CGTE MC9S08JM60CLDE MC9S08JM60CLHE MC9S08JM60CQHE MC9S08JM8CGT MC9S08JM8CGTE MC9S08JM8CLD MC9S08JM8CLDE MC9S08JM8MGTMC9S08JM8MGTE MC9S08JM8MLD MC9S08JM8MLDEMC9S08JM8VGT MC9S08JM8VGTE MC9S08JM8VLDMC9S08JM8VLDE ……MC9S08QAXX系列MC9S08QA2CDN MC9S08QA2CDNE MC9S08QA2CFQMC9S08QA2CFQE MC9S08QA2CPA MC9S08QA2CPAEMC9S08QA2MDN MC9S08QA2MDNE MC9S08QA2MFQMC9S08QA2MFQE MC9S08QA2MPA MC9S08QA2MPAE MC9S08QA2VDN MC9S08QA2VDNE MC9S08QA2VFQMC9S08QA2VFQE MC9S08QA2VPA MC9S08QA4CDNMC9S08QA4CDNE MC9S08QA4CFQ MC9S08QA4CFQE MC9S08QA4CPA MC9S08QA4CPAE MC9S08QA4MDNMC9S08QA4MDNE MC9S08QA4MFQ MC9S08QA4MFQE MC9S08QA4MPA MC9S08QA4MPAE MC9S08QA4VDNMC9S08QA4VDNE MC9S08QA4VFQ MC9S08QA4VFQEMC9S08QA4VPA MC9S08QA4VPA E ……MC9S08QDXX系列MC9S08QD2CPC MC9S08QD2CSC MC9S08QD2MPCMC9S08QD2MSC MC9S08QD2VPC MC9S08QD2VSCMC9S08QD4CPC MC9S08QD4CSC MC9S08QD4MPCMC9S08QD4MSC MC9S08QD4VPC MC9S08QD4VSCMC9S08QG4CDNE MC9S08QG4CDTE MC9S08QG4CFFE MC9S08QG4CFQE MC9S08QG4CPAE MC9S08QG8CDNE MC9S08QG8CDTE MC9S08QG8CFFE MC9S08QG8CFQE MC9S08QG8CPBE ……MC9S08RCXX系列MC9S08RC16CFG MC9S08RC16CFJ MC9S08RC16FG MC9S08RC16FJ MC9S08RC32CFG MC9S08RC32CFJMC9S08RC32FG MC9S08RC32FJ MC9S08RC60CFGMC9S08RC60CFJ MC9S08RC60FG MC9S08RC60FJMC9S08RC8CFG MC9S08RC8CFJ MC9S08RC8FGMC9S08RC8FJ ……MC9S08RDXX系列MC9S08RD16CDW MC9S08RD16CFG MC9S08RD16CFJ MC9S08RD16CP MC9S08RD16DW MC9S08RD16FGMC9S08RD16FJ MC9S08RD16P MC9S08RD32CDWMC9S08RD32CFG MC9S08RD32CFJ MC9S08RD32CP MC9S08RD32DW MC9S08RD32FG MC9S08RD32FJMC9S08RD32P MC9S08RD60CDW MC9S08RD60CFG MC9S08RD60CFJ MC9S08RD60CP MC9S08RD60DWMC9S08RD60FG MC9S08RD60FJ MC9S08RD60PMC9S08RD8CDW MC9S08RD8CFG MC9S08RD8CFJMC9S08RD8CP MC9S08RD8DW MC9S08RD8FGMC9S08RD8FJ MC9S08RD8P ……MC9S08REXX系列MC9S08RE16CFG MC9S08RE16CFJ MC9S08RE16FJMC9S08RE32CFG MC9S08RE32CFJ MC9S08RE32FG MC9S08RE32FJ MC9S08RE60CFG MC9S08RE60CFJMC9S08RE60FG MC9S08RE60FJ MC9S08RE8CFGMC9S08RE8CFJ MC9S08RE8FG MC9S08RE8FJMC9S08RGXX系列MC9S08RG32CFG MC9S08RG32CFJ MC9S08RG32FG MC9S08RG32FJ MC9S08RG60CFG MC9S08RG60CFJ MC9S08RG60FG MC9S08RG60FJ ……MC9S08SGXX系列单片机解密MC9S08SG4CSC MC9S08SG4MSC MC9S08SG4MTGMC9S08SG4VSC MC9S08SG4VTG MC9S08SG8CSCMC9S08SG8CTG MC9S08SG8MSC MC9S08SG8MTGMC9S08SG8VSC MC9S08SG8VTG ……MC9S08SH4CSC MC9S08SH4CTG MC9S08SH4MSCMC9S08SH4MTG MC9S08SH4VSC MC9S08SH4VTGMC9S08SH8CTG MC9S08SH8MSC MC9S08SH8MTGMC9S08SH8VSC MC9S08SH8VTG ……MC9S12AXX系列MC9S12A128BCFU MC9S12A128BCPV MC9S12A128BMFU MC9S12A128BMPV MC9S12A128BVFU MC9S12A128BVPV MC9S12A128CFU MC9S12A128CPV MC9S12A128MFUMC9S12A128VFU MC9S12A128MPV MC9S12A128VPVMC9S12A256BCFU MC9S12A256BCPV MC9S12A256BMFU MC9S12A256BMPV MC9S12A256BVFU MC9S12A256BVPV MC9S12A256CFU MC9S12A256CPV MC9S12A256MFUMC9S12A256MPV MC9S12A256VFU MC9S12A256VPVMC9S12A64CFU MC9S12A64CPV MC9S12A64FMC9S12A64MFU MC9S12A64MPV MC9S12A64PVMC9S12A64VFU MC9S12A64VPV ……MC9S12BXX系列MC9S12B128CFU MC9S12B128CPV MC9S12B128MFUMC9S12B128MPV MC9S12B128VFU MC9S12B128VPVMC9S12B64CFU MC9S12B64CPV MC9S12B64MFUMC9S12B64MPV MC9S12B64VFU MC9S12B64VPVMC9S12CXX系列MC9S12C128CFA MC9S12C128CFU MC9S12C128CPBMC9S12C128MFA MC9S12C128MFU MC9S12C128MPB MC9S12C128VFA MC9S12C128VFU MC9S12C128VPBMC9S12C32CFA16 MC9S12C32CFA25 MC9S12C32CFU16 MC9S12C32CFU25 MC9S12C32CPB16 MC9S12C32CPB25 MC9S12C32MFA16 MC9S12C32MFA25 MC9S12C32MFU16 MC9S12C32MFU25 MC9S12C32MPB16 MC9S12C32MPB25 MC9S12C32VFA16 MC9S12C32VFA25 MC9S12C32VFU16 MC9S12C32VFU25 MC9S12C32VPB16 MC9S12C32VPB25 MC9S12C64CFA MC9S12C64CFU MC9S12C64CPBMC9S12C64MFA MC9S12C64MFU MC9S12C64MPBMC9S12C64VFA MC9S12C64VFU MC9S12C64VPBMC9S12C96CFA MC9S12C96CFU MC9S12C96CPBMC9S12C96MFA MC9S12C96MFU MC9S12C96MPBMC9S12C96VFA MC9S12C96VFU MC9S12C96VPBMC9S12D64XX系列MC9S12D64CFU MC9S12D64CPV MC9S12D64FUMC9S12D64MFU MC9S12D64MPV MC9S12D64PVMC9S12D64VFU MC9S12D64VPV ……MC9S12DBXX系列MC9S12DB128BCPV MC9S12DB128BVPV MC9S12DB128BMPV MC9S12DB128MPV MC9S12DB128VPV ……MC9S12DBXX系列MC9S12DB128BCPV MC9S12DB128BVPV MC9S12DB128BMPV MC9S12DB128MPV MC9S12DB128VPV ……MC9S12DGXX系列MC9S12DG128BCFU MC9S12DG128BCPV MC9S12DG128BMFU MC9S12DG128BMPV C9S12DG128BVFU MC9S12DG128BVPV MC9S12DG128CFU MC9S12DG128CPV MC9S12DG128ECFUMC9S12DG128ECPV MC9S12DG128EMFU MC9S12DG128EMPV MC9S12DG128EVFU MC9S12DG128EVPV MC9S12DG128MFU MC9S12DG128MPV MC9S12DG128VFU MC9S12DG128VPVMC9S12DG256BCFU MC9S12DG256BCPV MC9S12DG256BMFU MC9S12DG256BMPV MC9S12DG256BVFU MC9S12DG256BVPV MC9S12DG256CCFU MC9S12DG256CCPV MC9S12DG256CFU MC9S12DG256CMFU MC9S12DG256CMPV MC9S12DG256CPV MC9S12DG256CVFU MC9S12DG256CVPV MC9S12DG256MFU MC9S12DG256MPV MC9S12DG256VFU MC9S12DG256VPVMC9S12DJXX系列MC9S12DJ128BCFU MC9S12DJ128BCPV MC9S12DJ128BMFU MC9S12DJ128BMPV MC9S12DJ128BVFU MC9S12DJ128BVPV MC9S12DJ128CFU MC9S12DJ128CPV MC9S12DJ128ECFUMC9S12DJ128ECPV MC9S12DJ128EMFU MC9S12DJ128EMPV MC9S12DJ128EVFU MC9S12DJ128EVPV MC9S12DJ128MFUMC9S12DJ128MPV MC9S12DJ128VFU MC9S12DJ128VPVMC9S12DJ256BCFU MC9S12DJ256BCPV MC9S12DJ256BMFU MC9S12DJ256BMPV MC9S12DJ256BVFU MC9S12DJ256BVPV MC9S12DJ256CCFU MC9S12DJ256CCPV MC9S12DJ256CFUMC9S12DJ256CMFU MC9S12DJ256CMPV MC9S12DJ256CPVMC9S12DJ256CVFU MC9S12DJ256CVPV MC9S12DJ256MFUMC9S12DJ256MPV MC9S12DJ256VFU MC9S12DJ256VPVMC9S12DJ64CFU MC9S12DJ64CPV MC9S12DJ64FUMC9S12DJ64MFU MC9S12DJ64MPV MC9S12DJ64PVMC9S12DJ64VFU MC9S12DJ64VPV ……MC9S12DPXX系列MC9S12DP256BCPV MC9S12DP256BMPV MC9S12DP256BVPV MC9S12DP256CCPV MC9S12DP256CMPV MC9S12DP256CVPVMC9S12DP256BCPV MC9S12DP256BMPV MC9S12DP256BVPV MC9S12DP256CCPV MC9S12DP256CMPV MC9S12DP256CVPVMC9S12DTXX系列MC9S12DT128BCPV MC9S12DT128BMPV MC9S12DT128BVPV MC9S12DT128CPV MC9S12DT128ECPV MC9S12DT128EMPVMC9S12DT128EVPV MC9S12DT128MPV MC9S12DT128VPVMC9S12DT256BCPV MC9S12DT256BMPV MC9S12DT256BVPV MC9S12DT256CCPV MC9S12DT256CFU MC9S12DT256CMPV MC9S12DT256CPV MC9S12DT256CVPV MC9S12DT256MFUMC9S12DT256MPV MC9S12DT256VFU MC9S12DT256VPVMC9S12EXX系列MC9S12E128CFU MC9S12E128CFUE MC9S12E128CPVMC9S12E128CPVE MC9S12E128MFU MC9S12E128MFUEMC9S12E128MPV MC9S12E128MPVE MC9S12E128VFUMC9S12E128VFUE MC9S12E128VPV MC9S12E128VPVEMC9S12E256CFU MC9S12E256CFUE MC9S12E256CPVMC9S12E256CPVE MC9S12E256MFU MC9S12E256MFUEMC9S12E256MPV MC9S12E256MPVE MC9S12E256VFUMC9S12E256VFU MC9S12E256VPV MC9S12E256VPVEMC9S12E32CFU MC9S12E32CFUE MC9S12E32MFUMC9S12E32MFUE MC9S12E32VFU MC9S12E32VFUEMC9S12E64CFU MC9S12E64CFUE MC9S12E64CPVMC9S12E64CPVE MC9S12E64MFU MC9S12E64MFUEMC9S12E64VPV MC9S12E64MPV MC9S12E64MPVEMC9S12E64VFU MC9S12E64VFUE MC9S12E64VPVEMC9S12GCXX系列MC9S12GC128CFA MC9S12GC128CPB MC9S12GC128MFAMC9S12GC128MFU MC9S12GC128MPB MC9S12GC128VFAMC9S12GC128VFU MC9S12GC128VPB MC9S12GC16CFAMC9S12GC16CFU MC9S12GC16CPB MC9S12GC16MFAMC9S12GC16MFU MC9S12GC16MPB MC9S12GC16VFAMC9S12GC16VFU MC9S12GC16VPB MC9S12GC32CFAMC9S12GC32CFU MC9S12GC32CPB MC9S12GC32MFAMC9S12GC32MFU MC9S12GC32MPB MC9S12GC32VFAMC9S12GC32VFU MC9S12GC32VPB MC9S12GC64CFAMC9S12GC64CFU MC9S12GC64CPB MC9S12GC64MFAMC9S12GC64MFU MC9S12GC64MPB MC9S12GC64VFAMC9S12GC64VFU MC9S12GC64VPB MC9S12GC96CFAMC9S12GC96CFU MC9S12GC96CPB MC9S12GC96MFAMC9S12GC96MFU MC9S12GC96MPB MC9S12GC96VFAMC9S12GC96VFU MC9S12GC96VPB ……MC9S12HN64CAA MC9S12HN64CAL MC9S12HN64CFUMC9S12HN64CPV MC9S12HN64MAA MC9S12HN64MAL MC9S12HN64MFU MC9S12HN64MPV MC9S12HN64VAA MC9S12HN64VAL MC9S12HN64VFU MC9S12HN64VPVMC9S12HZXX系列MC9S12HZ128CAA MC9S12HZ128CAL MC9S12HZ128CFU MC9S12HZ128CPV MC9S12HZ128MAA MC9S12HZ128MAL MC9S12HZ128MFU MC9S12HZ128MPV MC9S12HZ128VAA MC9S12HZ128VAL MC9S12HZ128VFU MC9S12HZ128VPV MC9S12HZ256CAA MC9S12HZ256CAL MC9S12HZ256CFU MC9S12HZ256CPV MC9S12HZ256MAA MC9S12HZ256MAL MC9S12HZ256MFU MC9S12HZ256MPV MC9S12HZ256VAA MC9S12HZ256VAL MC9S12HZ256VFU MC9S12HZ256VPV MC9S12HZ64CAA MC9S12HZ64CAL MC9S12HZ64CFUMC9S12HZ64CPV MC9S12HZ64MAA MC9S12HZ64MALMC9S12HZ64MFU MC9S12HZ64MPV MC9S12HZ64VAAMC9S12HZ64VAL MC9S12HZ64VFU MC9S12HZ64VPVMC9S12KGXX系列MC9S12KG256CFU MC9S12KG256CPV MC9S12KG256MFU MC9S12KG256MPV MC9S12KG256VFU MC9S12KG256VPVMC9S12KTXX系列MC9S12KT256CPV MC9S12KT256MPV MC9S12KT256VPVMC9S12NE64XX系列MC9S12NE64CPV MC9S12NE64CPVE MC9S12NE64VTU MC9S12NE64VTUE ……MC9S12UF32XX系列MC9S12UF32PB MC9S12UF32PBE MC9S12UF32PUMC9S12XAXX系列MC9S12XA128CAA MC9S12XA128CAL MC9S12XA128CFU MC9S12XA128CPV MC9S12XA128MAA MC9S12XA128MAL MC9S12XA128MFU MC9S12XA128MPV MC9S12XA128VAA MC9S12XA128VAL MC9S12XA128VFU MC9S12XA128VPV MC9S12XA256CAA MC9S12XA256CAG MC9S12XA256CAL MC9S12XA256CFU MC9S12XA256CFV MC9S12XA256CPV MC9S12XA256MAA MC9S12XA256MAG MC9S12XA256MAL MC9S12XA256MFU MC9S12XA256MFV MC9S12XA256MPV MC9S12XA256VAA MC9S12XA256VAG MC9S12XA256VAL MC9S12XA256VFU MC9S12XA256VFV MC9S12XA256VPVMC9S12XA512CAA MC9S12XA512CAG MC9S12XA512CALMC9S12XA512CFU MC9S12XA512CFV MC9S12XA512CPVMC9S12XA512MAA MC9S12XA512MAG MC9S12XA512MALMC9S12XA512MFU MC9S12XA512MFV MC9S12XA512MPVMC9S12XA512VAA MC9S12XA512VAG MC9S12XA512VALMC9S12XA512VFU MC9S12XA512VFV MC9S12XA512VPVMC9S12XBXX系列MC9S12XB128CAA MC9S12XB128CA MC9S12XB128CFUMC9S12XB128CPV MC9S12XB128MAA MC9S12XB128MALMC9S12XB128MFU MC9S12XB128MPV MC9S12XB128VAAMC9S12XB128VAL MC9S12XB128VFU MC9S12XB128VPVMC9S12XB256CAA MC9S12XB256CAL MC9S12XB256CFUMC9S12XB256CPV MC9S12XB256MAA MC9S12XB256MALMC9S12XB256MFU MC9S12XB256MPV MC9S12XB256VAAMC9S12XB256VAL MC9S12XB256VFU MC9S12XB256VPVMC9S12XDXX系列MC9S12XD128CAA MC9S12XD128CAL MC9S12XD128CFUMC9S12XD128CPV MC9S12XD128MAA MC9S12XD128MALMC9S12XD128MPV MC9S12XD128VAA MC9S12XD128VALMC9S12XD128VFU MC9S12XD128VPV MC9S12XD256VPVMC9S12XD256CAA MC9S12XD256CAG MC9S12XD256CALMC9S12XD256CFU MC9S12XD256CFV MC9S12XD256CPVMC9S12XD256MAA MC9S12XD256MAG MC9S12XD256MALMC9S12XD256MFU MC9S12XD256MFV MC9S12XD256MPVMC9S12XD256VAA MC9S12XD256VAG MC9S12XD256VALMC9S12XD256VFU MC9S12XD256VFV MC9S12XD64VFUMC9S12XD64CAA MC9S12XD64CFU MC9S12XD64MAAMC9S12XD64MFU MC9S12XD64VAA ……MC9S12XDGXX系列MC9S12XDG128CAA MC9S12XDG128CAL MC9S12XDG128CFU MC9S12XDG128CPV MC9S12XDG128MAA MC9S12XDG128MAL MC9S12XDG128MFU MC9S12XDG128MPV MC9S12XDG128VAA MC9S12XDG128VAL MC9S12XDG128VFU MC9S12XDG128VPVMC9S12XDPXX系列MC9S12XDP512CAG MC9S12XDP512CA MC9S12XDP512CFV MC9S12XDP512CPV MC9S12XDP512MAG MC9S12XDP512MAL MC9S12XDP512MFV MC9S12XDP512MPV MC9S12XDP512VAG MC9S12XDP512VAL MC9S12XDP512VFV MC9S12XDP512VPVMC9S12XDQXX系列MC9S12XDQ256CAA MC9S12XDQ256CAG MC9S12XDQ256CALMC9S12XDQ256CFU MC9S12XDQ256CFV MC9S12XDQ256CPV MC9S12XDQ256MAA MC9S12XDQ256MAG MC9S12XDQ256MAL MC9S12XDQ256MFU MC9S12XDQ256MFV MC9S12XDQ256MPV MC9S12XDQ256VAA MC9S12XDQ256VAG MC9S12XDQ256VAL MC9S12XDQ256VFU MC9S12XDQ256VFV MC9S12XDQ256VPVMC9S12XDTXX系列MC9S12XDT256CAA MC9S12XDT256CAG MC9S12XDT256CAL MC9S12XDT256CFU MC9S12XDT256CFV MC9S12XDT256CPV MC9S12XDT256MAA MC9S12XDT256MAG MC9S12XDT256MAL MC9S12XDT256MFU MC9S12XDT256MFV MC9S12XDT256MPV MC9S12XDT256VAA MC9S12XDT256VAG MC9S12XDT256VA MC9S12XDT256VFU MC9S12XDT256VFV MC9S12XDT256VPV MC9S12XDT384CAA MC9S12XDT384CAG MC9S12XDT384CAL MC9S12XDT384CFV MC9S12XDT384CPU MC9S12XDT384CPV MC9S12XDT384MAA MC9S12XDT384MAG MC9S12XDT384MAL MC9S12XDT384MFV MC9S12XDT384MPU MC9S12XDT384MPV MC9S12XDT384VAA MC9S12XDT384VAG MC9S12XDT384VAL MC9S12XDT384VFV MC9S12XDT384VPU MC9S12XDT384VPV MC9S12XDT512CAA MC9S12XDT512CAG MC9S12XDT512CAL MC9S12XDT512CFU MC9S12XDT512CFV MC9S12XDT512CPV MC9S12XDT512MAA MC9S12XDT512MAG MC9S12XDT512MAL MC9S12XDT512MFU MC9S12XDT512MFV MC9S12XDT512MPV MC9S12XDT512VAA MC9S12XDT512VAG MC9S12XDT512VAL MC9S12XDT512VFU MC9S12XDT512VFV MC9S12XDT512VPVMC9S12XHZXX系列MC9S12XHZ256CAG MC9S12XHZ256CA MC9S12XHZ256MAG MC9S12XHZ256MAL MC9S12XHZ256VAG MC9S12XHZ256VAL MC9S12XHZ384CAG MC9S12XHZ384CAL MC9S12XHZ384MAG MC9S12XHZ384MAL MC9S12XHZ384VAG MC9S12XHZ384VAL MC9S12XHZ512CAG MC9S12XHZ512CAL MC9S12XHZ512MAG MC9S12XHZ512MAL MC9S12XHZ512VAG MC9S12XHZ512VALMCHC908JWXX系列MCHC908JW32FAE MCHC908JW32FC ……DSP56F8XX系列单片机解密(龙人)DSP56F801 DSP56F802 DSP56F803DSP56F805 DSP56F807 DSP56F827DSP56F826 ……P912XDG128XX系列P912XDG128CAA P912XDG128CAA P912XDG128CALP912XDG128CFU P912XDG128CPV P912XDG128MAAP912XDG128MAL P912XDG128MFU P912XDG128MPVP912XDG128VAA P912XDG128VAL P912XDG128VFUP912XDG128VPV ……P9RS08KAXX系列P9RS08KA1CPC P9RS08KA1CSC P9RS08KA2CPCP9RS08KA2CSC ……PC56F80XX系列PC56F8011VFAE PC56F8013VFAE PC56F8014VFAEPC68HC908XX系列PC68HC908GP32 ……PC9S12UFXX系列PC9S12UF32PB PC9S12UF32PBE PC9S12UF32PUPC9S12XFXX系列PC9S12XF128 PC9S12XF256 PC9S12XF384PC9S12XF512 ……PC9S12XHZXX系列PC9S12XHZ256CAG PC9S12XHZ256CAL PC9S12XHZ256MAG PC9S12XHZ256MAL PC9S12XHZ256VAG PC9S12XHZ256VAL PC9S12XHZ384CAG PC9S12XHZ384CAL PC9S12XHZ384MAG PC9S12XHZ384MAL PC9S12XHZ384VAG PC9S12XHZ384VAL PC9S12XHZ512CAG PC9S12XHZ512CAL PC9S12XHZ512MAG PC9S12XHZ512MAL PC9S12XHZ512VAG PC9S12XHZ512VALS9S08AWXX系列S9S08AW16ACFT S9S08AW16ACLS S9S08AW16AMFTS9S08AW16AMLS S9S08AW16AVFT S9S08AW16AVLSS9S08AW8ACFT S9S08AW8ACLS S9S08AW8AMFTS9S08AW8AMLS S9S08AW8AVFT S9S08AW8AVLS11系列motorola单片机解密：MC68HC711系列MC68HC11A8 (AB95T)、MC68HC11A8 (C96N)MC68HC11A8 (D26E)、MC68HC11E20 (3E22B)MC68HC11E9 (1B60R)、MC68HC11E9 (D82R)MC68HC11E9 (E22B)、MC68HC11E9 (E28B)MC68HC11EA9 (2D47J)、MC68HC11F1 (2F37E)MC68HC11F1 (E87J)、MC68HC11K1 (2D58N)MC68HC11K4 (1E62H)、MC68HC11K4 (OE75J)MC68HC11KA4 (1E59B)、MC68HC11KS2 (0H95B)MC68HC11KS4 (0E57S)、MC68HC11KS4 (0F60M)MC68HC711E20 (1H19S)、MC68HC711E9 (4K81H)MC68HC711E9 (5C47M)、MC68HC711EA9 (0D46J)MC68HC711K4 (K59D)、MC68HC711PH8 (0H30R)MC68S711E9 (5C47M)、XC68HC711KS8 (1H96P)MC68HC11P2 (2E74J)、XC68HC711P2 (1E53M)MC68HC705系列MC68HC705C4 (68HC705C4) MC68HC705C4A (68HC705C4A) MC68HC705C8 (68HC705C8) MC68HC705C8A (68HC705C8A) MC68HC705C9 (68HC705C9) MC68HC705C9A (68HC705C9A) MC68HC705SR3 (68HC705SR3) MC68HC705J1A (68HC705J1A) MC68HC705 (68HC705) ……MC68HC705B16 MC68HC705B32MC68HC705X16 MC68HC705X32MC68HC05B6 MC68HC05B8MC68HC05B16 MC68HC05B32MC68HC05X16 MC68HC05X32MC68HC05H12(0H57A) ……MC68HC908系列MC68HC908AZ60(2J74Y) MC68HC908AZ60(4J74Y)MC68HC908AZ60A(3K85K) MC68HC908AS60(3J74Y)MC68HC908AS60A(1L87J) MC68HC908AB32(3K56G)MC68HC08AZ60(1J35D) MC68HC08AZ32(0J66D)MC68HC08AZ32(1H56A) MC68HC08AS20(0H94K)MC68HC08AZ32A(1L52H) ……MC68HC912系列MC68HC912DC128A(3K91D) MC68HC912DC128(0K50E)MC68HC912DG128(5H55W) MC68HC912DG128A(3K91D)MC68HC912DG128(0K50E) MC68HC912D60A(2K38K)MC68HC912D60(0K75F) MC68HC912D60(0K13J)MC68HC912D60(4F73K) MC68HC912B32(4J54E)MC68HC912B32(9H91F) MC9S12DG128B(0L85DMC68HC9S12系列MC9S12DT128B(0L85D) MC9S12A128B(0L85D)MC9S12DB128B(0L85D) MC9S12DT128B(1L85D)MC9S12DG256C(2K79X) MC9S12DT256C(2K79X)MC9S12H128(1K78X) MC9S12H256(1K78X)MC9S12DP256C(2K79X) MC9S12DT128B(3L40K)MC9S12DP512(1L00M) ……【责任编辑：hailee 文章来源：】。

Reconfiguration and MultiBootMultiBoot OverviewBecause Spartan®-6 FPGAs are reprogrammable in the system, some applications reloadthe FPGA with one or more bitstream images during normal operation. In this way, asingle smaller FPGA, reprogrammed multiple times, replaces a much larger and moreexpensive ASIC or FPGA programmed just once.A variety of methods can be used to reprogram the FPGA during normal operation. Thedownloaded configuration modes inherently provide this capability. Via an external“intelligent agent,” such as a processor, microcontroller, computer, or tester, an FPGA canbe reprogrammed numerous times. The downloaded modes are available on allSpartan-6FPGA families.Spartan-6 FPGAs include a capability called MultiBoot that allows the FPGA to selectivelyreprogram and reload its bitstream from an attached external memory. The MultiBootfeature allows the FPGA application to load two or more FPGA bitstreams under thecontrol of the FPGA application. The FPGA application triggers a MultiBoot operation,causing the FPGA to reconfigure from a different configuration bitstream. After aMultiBoot operation is triggered, the FPGA restarts its configuration process as usual. TheINIT_B pin pulses Low while the FPGA clears its configuration memory, and the DONEoutput remains Low until the MultiBoot operation successfully completes.MultiBoot is supported in SPI x1, x2, x4, and BPI configuration modes.Spartan-6 FPGA Configuration User Guide UG380 (v2.11) March 22, 2019Chapter 7:Reconfiguration and MultiBootFallback MultiBootFallback BehaviorSpartan-6 FPGAs have dedicated MultiBoot logic, which is used for both fallback and MultiBoot (IPROG) reconfiguration. When fallback or IPROG happens, an internallygenerated pulse resets the entire configuration logic, except for the dedicated MultiBoot logic and the BOOTSTS, MODE, and GENERAL1.5 registers. See Figure 7-1. This reset pulse pulls INIT_B and DONE Low, and restarts the configuration process by clearing configuration memory.During configuration, a CRC error or a watchdog timer time-out error can trigger fallback. The watchdog timer is only active in master configuration modes. The time-out value is user configurable using the BitGen -g TIMER_CFG switch. The switch is followed by a 16-bit value (greater than 16h'0201) indicating the number of configuration clocksallowed before detection of the Sync word times out.During fallback reconfiguration, the FPGA increments the strike count, stored in theBOOTSTS register, and continues reconfiguration if the strike count is less than the limit permitted for that image. If the limit is not reached, the FPGA checks the NEW_MODE bit in the MODE register. If this value is 0, the device uses the configuration mode defined by the mode pins. If the value is 1, the device uses the configuration mode defined in the BOOTMODE bits in the MODE register. The NEW_MODE register is set by the BitGen option -g Next_Config_New_Mode:Yes . The BOOTMODE bits are set by the BitGen option -g Next_Config_Boot_Mode .Figure 7-1:MultiBoot LogicSpartan-6 FPGA Configuration User Guide UG380 (v2.11) March 22, 2019Fallback MultiBootThere are three images for MultiBoot configuration. The first image is the Header. This small bitstream contains the sync word, sets the addresses for the next bitstream as well as the fallback or golden bitstream, and ends with an IPROG command. To generate this bitstream automatically, add the BitGen option -g next_config_addr when creating the programming file for the golden bitstream.The second image is the MultiBoot bitstream. This is the bitstream that the user plans to configure first. The location of this bitstream is defined by the values of GENERAL1,2. The upper eight bits of the GENERAL 2 register are reserved for the opcode for the non-volatile device. See Chapter5, Configuration Details, for more information.The third image is the fallback or golden bitstream. This bitstream is known to be “safe” should an error occur consistently during configuration. The location of this bitstream is defined by the values of GENERAL3,4. As with GENERAL1,2, the upper eight bits of GENERAL4 are reserved for the opcode of the non-volatile device.If the configuration fallback occurs and the golden bitstream is reached, the only way to boot back into the MultiBoot bitstream (located at GENERAL1,2) is to toggle the PROGRAM_B pin, power cycle the device, or use IPROG reconfiguration (see IPROG Reconfiguration, page136)For designs that use more than two bitstreams, the GENERAL1,2 values must be set to the location of the next bitstream then an IPROG command needs to be issued. GENERAL3,4 values should be reserved for the fallback bitstream.The header image must start at address 0. This image has three “strikes” allotted to it. If a CRC error is detected, the strike count increments and configuration restarts if the register setting RESET_ON_ERROR is 1 (located in the register COR2, and can be set from BitGen setting -g Reset_on_err) and the strike count is less than 3. The same behavior occurs if the watchdog timer times out, but it does not depend on RESET_ON_ERROR. The strike counter is found in the BOOTSTS registers. If the count is 3, configuration halts with INIT and DONE driven Low. To clear the strike count, perform a hard reboot (pulse the PROGRAM_B pin) or cycle power.The MultiBoot image can reside at any address specified in GENERAL1,2. This image has three “strikes” allotted to it. If an error is detected, the strike count increments and configuration will restart at the address specified in GENERAL1,2 if the count is less than 3 and RESET_ON_ERROR is 1. If the count hits 3, configuration moves to the fallback bitstream located at GENERAL3,4. There are two ways to clear the strike count: power cycle the FPGA or pulse the PROGRAM_B pin.The fallback (or golden) image can reside at any address specified in GENERAL3,4. This image has 3 strikes allotted to it. If an error is detected, the strike count increments and configuration will restart at the address specified in GENERAL3,4 if the count is less than 6.The value is 6 because it shares the strike counter with the MultiBoot image. If the count reaches 6, configuration boots back to zero, where the header image is located. When this occurs, configuration will attempt both the MultiBoot image and the fallback image three more times before halting configuration. This results in a strike count of 9.After successful fallback reconfiguration, the user design should readback the STATUS or BOOTSTS registers to verify the fallback was successful. Successful fallback configuration maintains the strike count register, and a subsequent soft reboot uses the address stored in GENERAL3,4 (the golden image). There are two ways to clear the strike count: perform a hard reboot (pulse the PROGRAM_B pin) or cycle power.If fallback reconfiguration exhausts all three strikes out, configuration stops and both INIT_B and DONE are held Low.Fallback is disabled if AES is enabled and for Slave configuration mode.Spartan-6 FPGA Configuration User Guide UG380 (v2.11) March 22, 2019Chapter 7:Reconfiguration and MultiBootIPROG ReconfigurationThe IPROG (internal PROGRAM_B) command has similar effect as a pulsingPROGRAM_B pin, except IPROG does not reset the dedicated reconfiguration logic. The start address set in GENERAL1,2 is used during reconfiguration instead of the default address (zero). The fallback (golden) bitstream address is set in GENERAL3,4. The IPROG command can be sent through ICAP_SPARTAN6 or the bitstream.Reboot Using ICAP_SPARTAN6The IPROG command can also be sent using the ICAP_SPARTAN6 primitive. After a successful configuration, the user design determines the start address of the MultiBoot bitstream, and sets the GENERAL1,2 registers, and then issues an IPROG command using ICAP.The sequence of commands is:1.Send the Sync word.2.Program the GENERAL1,2 registers for the next bitstream start address and the non-volatile device opcode for a read operation. Also program the GENERAL3,4 registersfor the fallback (golden) bitstream start address and the opcode for the non-volatiledevice for a read operation.3.Send the IPROG command.Table 7-1 shows an example bitstream for the IPROG command using ICAP.Table 7-1:Example Bitstream for IPROG through ICAP ConfigurationData (hex)(1)Explanation FFFFDummy Word AA99Sync Word 5566Sync Word 3261Type 1 Write 1 Words to GENERAL_1XXXXMultiBoot Start Address [15:0]3281Type 1 Write 1 Word to GENERAL2(2)XXXXOpcode and MultiBoot Start Address [23:16]32A1Type 1 Write 1 Word to GENERAL3XXXXFallback Start Address [15:0]32C1Type 1 Write 1 Word to GENERAL4(2)XXXXOpcode and Fallback Start Address [23:16]30A1Type 1 Write 1 Word to CMD 000EIPROG Command 2000Type 1 NO OPNotes:1.SelectMAP 16-bit data ordering applies to the ICAP data bus. See Table 2-5, page 40 for proper bit ordering.2.The eight most significant bits of GENERAL2 and GENERAL4 registers represent the opcode for the read instruction for the non-volatile storage device. Consult the data sheet of the storage device for the proper opcode. Common codes are 0x0B , 0x3B , and 0x6B for Fast Read, Dual Fast Read, and Quad Fast Read, respectively.Spartan-6 FPGA Configuration User Guide UG380 (v2.11) March 22, 2019Status Register for Fallback and IPROG ReconfigurationAfter the configuration logic receives the IPROG command, the FPGA resets everythingexcept the dedicated reconfiguration logic, and the INIT_B and DONE pins go Low. Afterthe FPGA clears all configuration memory, INIT_B goes High again. Then the value inGENERAL1,2 is used for the bitstream starting address.IPROG does not reset the strike count. MultiBoot applications that use IPROG throughICAP_SPARTAN6 should pulse PROGRAM_B or implement a power cycle after aconfiguration error that increments the strike count. Otherwise, verify that externalmemory is properly updated to avoid configuration errors that would increment the strikecount.Status Register for Fallback and IPROG ReconfigurationSpartan-6 devices contain a BOOTSTS that stores configuration history. At EOS or an errorcondition, Status_0 is updated with the current status. If fallback or MultiBoot occurs,Status_1 is updated at EOS or an error condition. The Valid_0 bit indicates if the rest ofStatus_0 is valid or not. The BOOTSTS register is written either at an End Of Startup (EOS)event or a fallback event. The EOS event happens after the first configuration attempt. Asuccessful MultiBoot operation via the IPROG command does not result in the BOOTSTSregister being updated. See Boot History Status Register (BOOTSTS), page110.Table7-2 through Table7-4show the BOOTSTS values in some common situations.Table 7-2:Status after First Bitstream Configuration without ErrorCRC_ERROR ID_ERROR WTO_ERROR IPROG FALLBACK VALID Status_1000000Status_0000001Table 7-3:First Configuration followed by IPROGCRC_ERROR ID_ERROR WTO_ERROR IPROG FALLBACK VALID Status_1000001Status_0000101Table 7-4:IPROG Embedded in First Bitstream, Second Bitstream CRC Error, andFallback SuccessfullyCRC_ERROR(1)ID_ERROR WTO_ERROR IPROG FALLBACK VALID Status_1(2)000111Status_0(3)100101Notes:1.CRC_Error only registers CRC errors detected during initial configuration. CRC_Error is not updatedif CRC errors are found from the Readback CRC (POST_CRC) function.2.Status_1 shows a fallback bitstream was loaded successfully. The IPROG bit was also set in this case,because the fallback bitstream contains an IPROG command. Although the IPROG command isignored during fallback, the status still records this occurrence.3.Status_0 shows IPROG was attempted, and a CRC_ERROR was detected for that bitstream.。

• High resolution printing / Kanji supported 8 dots/mm of resolution printing is possible.
• Easy paper setting Our unique platen release mechanism allows a wide paper route even if the printer is ultra-compact, so paper can be easily inserted. Conventional auto loading is also available.
LSI for driving
FTP-628CU301 (ANK only)
Interface Parallel Board Serial
FTP-628DCL300 (Centronics) FTP-628DSL305 Serial (RS232C)
Interface Parallel cables Serial
PD160R-N (Oji Paper)
*+5˚C to +40˚C printing density assurance rance (-25 to 70˚C capability)
3
元器件交易网
s DIMENSIONS
1. Printer mechanism FTP-628MCL054
(2) Pin assignment on the mechanical side
No
Signal
I/O Contents
1 PHK
— Cathode for photo interruptor
2 VSEN
I paper sensor power

HC32F460系列32位ARM® Cortex®-M4 微控制器HC32F460PETB-LQFP100HC32F460KETA-LQFP64HC32F460KEUA-QFN60TRHC32F460JETA-LQFP48HC32F460JEUA-QFN48TR数据手册产品特性ARM Cortex-M4 32bit MCU+FPU，210DMIPS，512KB Flash，192KB SRAM，USB FS（Device/Host），14 Timers，2 ADCs，1 PGA，3 CMPs，20个通信接口⚫ARMv7-M 架构32bit Cortex-M4 CPU，集成FPU、MPU，支持SIMD指令的DSP，及CoreSight标准调试单元。

最高工作主频168MHz，Flash加速单元实现0-wait程序执行，达到210DMIPS或485Coremarks的运算性能⚫内置存储器–最大512KByte的Flash memory，支持安全保护及数据加密*1–最大192KByte的SRAM，包括32KByte的168MHz单周期访问高速RAM，4KByteRetention RAM⚫电源，时钟，复位管理–系统电源（Vcc）：1.8-3.6V–6个独立时钟源：外部主时钟晶振（4-24MHz），外部副晶振（32.768kHz），内部高速RC（16/20MHz），内部中速RC（8MHz），内部低速RC（32kHz），内部WDT专用RC（10kHz）–包括上电复位（POR），低电压检测复位（LVDR），端口复位（PDR）在内的14种复位源，每个复位源有独立标志位⚫低功耗运行–外设功能可以独立关闭或开启–三种低功耗模式：Sleep，Stop，Power down 模式–Run模式和Sleep模式下支持高速模式、超低速模式之间的切换–待机功耗：Stop模式typ.90uA@25°C，Power down模式最低至1.8uA@25°C–Power down模式下，支持16个端口唤醒，支持超低功耗RTC工作，4KByte SRAM保持数据–待机快速唤醒，Stop模式唤醒最快至2us，Power down模式唤醒最快至20us⚫外设运行支持系统显著降低CPU处理负荷–8通道双主机DMAC–USBFS专用DMAC–数据计算单元（DCU）–支持外设事件相互触发（AOS）⚫高性能模拟–2个独立12bit 2MSPS ADC–1个可编程增益放大器（PGA）–3个独立电压比较器（CMP），支持2路内部基准电压–1个片上温度传感器（OTS）⚫Timer–3个多功能16bit PWM Timer（Timer6）–3个16bit 电机PWM Timer（Timer4）–6个16bit 通用Timer（TimerA）–2个16bit 基础Timer（Timer0）⚫最大83个GPIO–CPU单周期访问，最大100MHz输出–最大81个5V-tolerant IO⚫最大20个通信接口–3个I2C，支持SMBus协议–4个USART，支持ISO7816-3协议–4个SPI–4个I2S，内置音频PLL支持音频级采样精度–2个SDIO，支持SD/MMC/eMMC格式–1个QSPI，支持168Mbps高速访问（XIP）–1个CAN，支持ISO11898-1标准协议–1个USB 2.0 FS，内置PHY，支持Device/Host ⚫数据加密功能–AES/HASH/TRNG⚫封装形式：LQFP100（14×14mm）LQFP64（10×10mm）QFN60（7×7mm）QFN48（5×5mm）LQFP48（7×7mm）*1：关于Flash安全保护及数据加密的具体规格，请咨询销售窗口。