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UNIVERSITY OF CAMBRIDGE INTERNA TIONAL EXAMINA TIONSGeneral Certificate of Education – Advanced Subsidiary Level andAdvanced LevelCHEMISTRYPaper 2 Structured Questions AS Core9701/02October/November 20051 hour 15 minutesCandidates answer on the Question Paper.Additional Materials:Data Booklet READ THESE INSTRUCTIONS FIRSTWrite your name, Centre number and candidate number in the spaces provided.Write in dark blue or black pen in the spaces provided on the Question Paper.You may use a pencil for any diagrams, graphs, or rough working.Do not use staples, paper clips, highlighters, glue or correction fluid.Answer all questions.The number of marks is given in brackets [ ] at the end of each question or part question.You may lose marks if you do not show your working or if you do not use appropriate units.A Data Booklet is provided.You may use a calculator.DO NOT WRITE IN THE BARCODE.DO NOT WRITE IN THE GREY AREAS BETWEEN THE PAGES.If you have been given a label, look at thedetails. If any details are incorrect ormissing, please fill in your correct detailsin the spaces provided.Stick your personal label here, ifprovided.For Examiner’s Use43215TOTALUseBLANK PAGE9701/02/O/N/05[Turn overExaminer’sUse9701/02/O/N/05©UCLES 2005(e)Carbon disulphide reacts with nitrogen monoxide, NO, to form a yellow solid and twocolourless gases which are produced in a 1:1 molar ratio.Deduce the identity of each gas and write a balanced equation for the reaction.gases ........................................................and ...............................................................equation (3)[T otal: 13][Turn overFor Examiner’sUse9701/02/O/N/05©UCLES 20053Nitrogen, which makes up about 80% of the Earth’s atmosphere, is very unreactive.(a)(i)Explain the lack of reactivity of nitrogen.......................................................................................................................................................................................................................................................................................................................................................................................................(ii)Nitrogen does, however, undergo some reactions. Write an equation for onereaction of nitrogen, stating the conditions under which it occurs.equation ...................................................................................................................conditions .....................................................................................................................................................................................................................................................................................................................................................................................(iii)Suggest why nitrogen does react in the example you have chosen.....................................................................................................................................................................................................................................................................[6]Ammonium nitrate, NH 4NO 3, is a commercially important compound of nitrogen.(b)(i)State one large-scale use of ammonium nitrate...................................................................................................................................(ii)What are the environmental consequences of the uncontrolled use of ammoniumnitrate?........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................[4]For Examiner’s Use 9701/02/O/N/05©UCLES 2005When solid ammonium nitrate is heated with solid sodium hydroxide in a test-tube, three products are formed. A colourless alkaline gas, Y, is given off, and a colourless liquid can be seen on the cooler parts of the test-tube. A white solid remains in the tube.(c)(i)Identify gas Y...................................................................................................................................(ii)Write an equation, with state symbols, for the reaction of ammonium nitrate with sodium hydroxide...................................................................................................................................[3](d)In order to produce gas Y in a pure state in the laboratory, it must be passed through adrying agent.Why is concentrated sulphuric acid not suitable for drying gas Y?.......................................................................................................................................... (1)[T otal: 14][Turn overFor Examiner’sUse9701/02/O/N/05©UCLES 2005Examiner’sUse9701/02/O/N/05©UCLES 2005(c)Butan-1-ol can be oxidised to a carboxylic acid by heating with an acidified solution ofpotassium dichromate(VI).(i)What colour change would be seen during this reaction?from .......................................................to .............................................................(ii)State which of the isomers you have drawn in (b)could also be oxidised to form a carboxylic acid...................................................................................................................................[3][T otal: 10][Turn overFor Examiner’sUse9701/02/O/N/05©UCLES 20055Compound Z , an organic compound with three functional groups, has the molecular formula C 4H 6O 2. The functional groups can be confirmed by the following tests.(a)T est for the first functional group.Z decolourises aqueous bromine.What functional group is shown to be present in Z by this test?....................................................................................................................................[1](b)T ests for the second functional group.Z reacts with sodium to give hydrogen and a solid compound of formula C 4H 5O 2Na.When Z is heated with ethanoic acid and a few drops of concentrated sulphuric acid, a sweet smelling liquid of molecular formula C 6H 8O 3is formed.What functional group is shown to be present in Z by these tests?....................................................................................................................................[1](c)T ests for the third functional group.A few drops of Z form a yellow/orange precipitate when added to2,4-dinitrophenylhydrazine reagent.When a few drops of Z are warmed with T ollens’ reagent, a silver mirror is formed.What functional group is shown to be present in Z by these tests?....................................................................................................................................[1](d)Z does not show cis-trans isomerism.Draw the displayed formula of Z .[2]For Examiner’s Use 9701/02/O/N/05©UCLES 2005Examiner’sUse9701/02/O/N/05©UCLES 20059701/02/O/N/05。

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Alcor UFD U2 Flash Support List_180529

Alcor UFD U2 Flash Support List_180529

UFD Controller Support Flash List(SZ 2018-05-29)Brand Type CAPFlash Name制程CE PIN AU6989SN-GTCAU6989SN-GTD AU6989SN-GTESamsung SLC 128M K9F1G08U0A 1Y Y Y Samsung SLC 128M K9F1G08R0M/A 1Y Y Y Samsung SLC 256M K9K2G08U1A 2Y Y Y Samsung SLC 128M K9F1G08U0A 1Y Y Y FLASH备注ControllerSamsung SLC 128M K9F1G08R0A 1Y Y Y Samsung SLC 256M K9K2G08Q0M/A 1Y Y Y Samsung SLC 256M K9K2G08U0M/A 1Y Y Y Samsung SLC 512M K9W4G08U1M 2Y Y Y Samsung SLC 256M K9F2G08U0M 1Y Y Y Samsung SLC 512M K9K4G08U0M 1Y Y Y Samsung SLC 1G K9W8G08U1M 2Y Y Y Samsung SLC 128M K9F1G08U0B 1Y Y Y Samsung SLC 256M K9F2G08U0A 1Y Y Y Samsung SLC 256M K9F2G08R0A 1Y Y Y Samsung SLC 512M K9F4G08U0M 1Y Y Y Samsung SLC 1G K9K8G08U1M 2Y Y Y Samsung SLC 1G K9K8G08U0M/A 1Y Y Y Samsung SLC 2G K9WAG08U1M/A 2Y Y Y Samsung SLC 4G K9NBG08U5M/A 4Y Y Y Samsung SLC 1G K9K8G08U0D 1Y Y Y Samsung SLC 2G K9WAG08U1D 2Y Y Y Samsung SLC 1G K9F8G08U0M 50nm 1Y Y Y Samsung SLC 2G K9KAG08U0M 50nm 1Y Y Y Samsung SLC 4G K9WBG08U1M 50nm 2Y Y Y Samsung SLC 8G K9NCG08U5M 50nm 4Y Y Y Samsung SLC 2G K9FAG08U0M 32nm 1Y Y Y Samsung SLC 4G K9KBG08U1M 32nm 2Y Y Y Samsung SLC 8G K9QDG08U5M 32nm 4Y Y Y Samsung MLC 2G K9GAG08U0M 50nm 1Y Y Y Samsung MLC 4G K9LBG08U1M 50nm 2Y Y Y Samsung MLC 8G K9HCG08U5M 50nm 4Y Y Y Samsung MLC 4G K9LBG08U0M 50nm 1Y Y Y Samsung MLC 8G K9HCG08U1M 50nm 2Y Y Y Samsung MLC 16G K9MDG08U5M 50nm 4Y Y Y Samsung MLC 2G K9GAG08U0A 50nm 1Y Y Y Samsung MLC 2G K9GAG08U0D 42nm 1Y Y Y Samsung MLC 4G K9LBG08U1D 42nm 2Y Y Y Samsung MLC 8G K9HCG08U5D 42nm 4Y Y Y Samsung MLC 4G K9LBG08U0D 42nm 1Y Y Y Samsung MLC 8G K9HCG08U1D 42nm 2Y Y Y Samsung MLC 16G K9MDG08U5D 42nm 4Y Y Y Samsung TLC 2G K9AAG08U0M 51nm 1Y Y Y Samsung MLC 4G K9GBG08U0M 35nm 1Y Y Y Samsung MLC 8G K9LCG08U1M 35nm 2Y Y Y Samsung MLC 16G K9HDG08U5M 35nm 4Y Y Y Samsung MLC 32G K9PFG08U5M 35nm 4Y Y Y Samsung MLC 1G K9G8G08U0C 35nm 1Y Y Y Samsung MLC 2G K9GAG08U0E 35nm 1Y Y Y Samsung MLC 4G K9LBG08U0E 35nm 1Y Y Y Samsung MLC 8G K9HCG08U1E 35nm 2Y Y Y Samsung MLC 16G K9MDG08U5E 35nm 4Y Y Y Samsung MLC 4G K9GBG08U0A 27nm 1Y Y Y Samsung MLC 8G K9LCG08U1A 27nm 2Y Y Y Samsung MLC16GK9HDG08U5A27nm4YYYSamsung MLC8G K9LCG08U0A27nm1Y Y Y Samsung MLC16G K9HDG08U1A27nm2Y Y Y Samsung MLC32G K9PFG08U5A27nm4Y Y Y Samsung MLC2G K9GAG08U0F27nm1Y Y Y Samsung MLC4G K9GBG08U0B21nm1Y Y Y Samsung MLC8G K9LCG08U0B21nm1Y Y Y Samsung TLC4G K9ABG08U0M42nm1Y Y Y Samsung TLC8G K9BCG08U1M42nm2Y Y Y Samsung TLC16G K9CDG08U5M42nm4Y Y Y Samsung TLC4G K9ABG08U0A32nm1Y Y Y Samsung TLC8G K9BCG08U1A32nm2Y Y Y Samsung TLC16G K9CDG08U5A32nm4Y Y Y Samsung TLC8G K9ACG08U0M27nm1Y Y Y Samsung TLC16G K9BDG08U1M27nm2Y Y Y Samsung TLC32G K9CEG08U5M27nm4Y Y Y Samsung TLC4G K9ABGD8U0B27nm toggle1Y Y Y Samsung TLC8G K9ACGD8U0M27nm toggle1Y Y Y Samsung TLC16G K9BDGD8U0M27nm toggle1Y Y Y Samsung TLC32G K9CFGD8U1M27nm toggle2Y Y Y Samsung MLC2G K9GAGD8U0F27nm toggle1Y Y Y Samsung MLC4G K9GBGD8U0A27nm toggle1Y Y Y Samsung MLC32G K9PFGY8U7A27nm toggle8Y Y Y Samsung MLC8G K9LCGD8U0A27nm toggle1Y Y Y Samsung MLC32G K9PFGD8U5A27nm toggle4Y Y Y Samsung MLC4G K9GBGD8U0M32nm toggle1Y Y Y Samsung MLC8G K9LCGD8U1M32nm toggle2Y Y Y Samsung MLC16G K9HDGD8U5M32nm toggle4Y Y Y Samsung MLC32G K9PFGD8U7M32nm toggle8Y Y Y Samsung MLC32G K9PFGD8U5M32nm toggle4Y Y Y Samsung MLC4G K9GBGD8U0B21nm toggle1Y Y Y Samsung MLC8G K9LCGY8U1B21nm toggle2Y Y Y Samsung MLC8G K9LCGY8S1B21nm toggle2Y Y Y Samsung MLC16G K9HDGY8U5B21nm toggle4Y Y Y Samsung MLC32G K9PFGY8U7B21nm toggle8Y Y Y Samsung MLC8G K9GCGD8U0M21nm toggle1Y Y Y Samsung MLC8G K9GCGD8U0A21nm toggle1Y Y Y Samsung MLC16G K9LDGD8U1A21nm toggle2Y Y Y Samsung MLC32G K9HFGD8U5A21nm toggle4Y Y Y Samsung MLC4G K9GBGD8U0C19nm toggle1Y Y Y Samsung MLC8G K9GCGD8U0C19nm toggle1Y Y Y Samsung MLC4G K9GBGD8U0D16nm toggle1Y Y Y Samsung MLC8G K9GCGD8U0D16nm toggle1Y Y Y Samsung MLC8G K9GCGD8U0E14nm toggle1Y Y Y Samsung MLC16G K9GDGD8U0B14nm toggle1Y Y Y Samsung MLC16G K9GDGD8U0D14nm toggle1Y Y Y Samsung TLC2G K9AAGD8U0A21nm toggle1Y Y Y Samsung TLC4G K9ABGD8U0C21nm toggle1Y Y Y Samsung TLC8G K9ACGD8U0A21nm toggle1Y Y Y Samsung TLC16G K9BDGD8U0A21nm toggle1Y Y Y Samsung TLC32G K9CFGD8U1A21nm toggle2Y Y Y Samsung TLC2G K9AAGD8U0B19nm toggle1Y Y Y Samsung TLC4G K9ABGD8U0D19nm toggle1Y Y Y Samsung TLC8G K9ACGD8U0B19nm toggle1Y Y Y Samsung TLC16G K9ADGD8U0M19nm toggle1Y Y Y Samsung TLC4G K9ABGD8U0E16nm toggle1Y Y Y Samsung TLC8G K9ACGD8U0D16nm toggle1Y Y Y Samsung TLC16G K9BDGD8U1D16nm toggle2Y Y Y Samsung TLC32G K9CFGD8U5D16nm toggle4Y Y Y Samsung TLC16G K9ADGD8U0D16nm toggle1Y Y YSamsung TLC16G K9ADGD8U0F14nm toggle1Y*Y*Y*Samsung TLC16G K9ADGD8S0F14nm toggle1Y*Y*Y*Micron SLC512M MT29F4G08ABBDA M60A1Y Y YMicron SLC512M MT29F4G08ABADA M60A1Y Y YMicron SLC1G MT29F8G08ADBDAH4M60A1Y Y Y 1.8v Micron SLC1G MT29F8G08ADADAH4M60A1Y Y YMicron SLC256M MT29F2G08ABBEA M69A1Y Y Y 1.8v Micron SLC256M MT29F2G08ABAEA M69A1Y Y YMicron SLC1G MT29F8G08ABABA34nm1Y Y YMicron SLC2G MT29F16G08ABABA34nm1Y Y YMicron SLC4G MT29F32G08AFABA34nm2Y Y YMicron SLC8G MT29F64G08AJABA34nm2Y Y YMicron SLC1G MT29F8G08ABBCA M71M1Y Y YMicron SLC1G MT29F8G08ABACA M71M1Y Y YMicron SLC2G MT29F16G08ADBCA M71M1Y Y YMicron SLC2G MT29F16G08ADACA M71M1Y Y YMicron SLC4G MT29F32G08ABAAA M73A1Y Y YMicron SLC8G MT29F64G08AFAAA M73A2Y Y YMicron SLC16G MT29F128G08AJAAA M73A2Y Y YMicron SLC4G MT29F32G08ABABA M83A1Y Y YMicron SLC8G MT29F64G08AFABA M83A2Y Y YMicron SLC16G MT29F128G08AMCBB M83A4Y Y YMicron SLC16G MT29F128G08AJABA M83A2Y Y YMicron SLC32G MT29F256G08AUCBB M83A4Y Y YMicron SLC4G MT29F32G08ABCDB M83C1Y Y YMicron SLC8G MT29F64G08ABCAB M84A1Y Y YMicron SLC16G MT29F128G08AECAB M84A2Y Y YMicron SLC32G MT29F256G08AKCAB M84A2Y Y YMicron SLC32G MT29F256G08AMCAB M84A4Y Y YMicron SLC64G MT29F512G08AUCAB M84A4Y Y YMicron SLC32G N18A N18A1Y Y YMicron MLC2G MT29F16G08MAA50nm1Y Y YMicron MLC4G MT29F32G08QAA50nm2Y Y YMicron MLC8G MT29F64G08TAA50nm2Y Y YMicron MLC4G MT29F32G08NAA50nm1Y Y YMicron MLC4G MT29F32G08MAA34nm L63A1Y Y YMicron MLC8G MT29F64G08CFAAA34nm L63A2Y Y YMicron MLC16G MT29F128G08CJAAA34nm L63A2Y Y YMicron MLC2G MT29F16G08CBABA34nm L621Y Y YMicron MLC4G MT29F32G08CBABA34nm L63B1Y Y YMicron MLC8G MT29F64G08CFABA34nm L63B2Y Y YMicron MLC16G MT29F128G08CJABA34nm L63B2Y Y YMicron MLC2G MT29F16G08CBACA25nm L72A1Y Y YMicron MLC4G MT29F32G08CFACA25nm L72A2Y Y YMicron MLC4G MT29F32G08CBACA25nm L73A1Y Y YMicron MLC8G MT29F64G08CFACA25nm L73A2Y Y YMicron TLC4G MT29F32G08EBAAA34nm B63A1Y Y YMicron TLC8G MT29F64G08EFAAA34nm B63A2Y Y YMicron TLC16G MT29F128G08EJAAA34nm B63A2Y Y YMicron MLC8G MT29F64G08CBAAA25nm L741Y Y YMicron MLC16G MT29F128G08CFAAA25nm L742Y Y YMicron MLC32G MT29F256G08CJAAA25nm L742Y Y Y Micron MLC64G MT29F512G08CUAAA25nm L742Y Y Y Micron MLC5G MT29F42G08CBCAB L7BT1Y Y Y Micron MLC10G MT29F84G08CECAB L7BT2Y Y Y Micron MLC21G MT29F168G08CKCAB L7BT2Y Y Y Micron MLC42G MT29F336G08CUCAB L7BT4Y Y Y Micron MLC32G MT29F256G08CBCBB L06B1Y Y Y Micron MLC4G MT29F32G08CBADA L83A1Y Y Y Micron MLC8G MT29F64G08CFADA L83A2Y Y Y Micron MLC16G MT29F128G08CMCDB L83A4Y Y Y Micron MLC8G MT29F64G08CBABA20nm L84A1Y Y Y Micron MLC16G MT29F128G08CFABA20nm L84A2Y Y Y Micron MLC32G MT29F256G08CJABA20nm L84A2Y Y Y Micron TLC8G MT29F64G08EBAAA25nm B741Y Y Y Micron TLC16G MT29F128G08EFAAA25nm B742Y Y Y Micron TLC32G MT29F256G08EJAAA25nm B744Y Y Y Micron TLC16G MT29F128G08EBABB B95A1Y Y Y Micron TLC32G MT29F256G08EFABB B95A2Y Y Y Micron TLC64G MT29F512G08EMCBB B95A4Y Y Y Micron MLC16G MT29F128G08CBCAB L85A1Y Y Y Micron MLC32G MT29F256G08CECAB L85A2Y Y Y Micron MLC64G MT29F512G08CKCAB L85A2Y Y Y Micron MLC64G MT29F512G08CMCAB L85A4Y Y Y Micron MLC16G MT29F128G08CBEBB L85C1Y Y Y Micron MLC32G MT29F256G08CEEBB L85C2Y Y Y Micron MLC64G MT29F512G08CMEBB L85C4Y Y Y Micron MLC64G MT29F512G08CKEBB L85C2Y Y Y Spectek MLC8G FNNL84B61K3BAB L84B1Y Y Y Spectek MLC16G FNNL84B71K3EAB L84B2Y Y Y Spectek MLC32G FNNL84B81K3KAB L84B2Y Y Y Spectek MLC32G FNNL84B81K3MAB L84B4Y Y Y Spectek MLC64G FNNL84B91K3UAB L84B4Y Y Y Micron MLC8G MT29F64G08CBEDB L84C1Y Y Y Micron MLC16G MT29F128G08CEEDB L84C2Y Y Y Micron MLC32G MT29F256G08CMEDB L84C4Y Y Y Micron MLC32G MT29F256G08CKEDB L84C2Y Y Y Micron MLC64G MT29F512G08CUEDB L84C4Y Y Y Micron MLC8G MT29F64G08CBCEB L84D1Y Y Y Micron MLC8G MT29F64G08CBEFB L94C1Y Y Y Micron MLC16G MT29F128G08CFEFB L94C2Y Y Y Micron MLC16G MT29F128G08CBECB L95B1Y Y YMicron MLC32G MT29F256G08CEECB L95B2Y Y Y Micron MLC64G MT29F512G08CKECB L95B2Y Y Y Micron MLC64G MT29F512G08CMECB L95B4Y Y Y Micron MLC32G MT29F256G08CBCBB L06B 3D1Y Y Y Micron MLC64G MT29F512G08CFCBB L06B 3D2Y Y Y Micron MLC128G MT29F1T08CMCBB L06B 3D4Y Y Y Micron MLC8G MT29F64G08CBCGB L04A 3D1Y*Y*Y* Micron MLC16G MT29F128G08CECGB L04A 3D2Y*Y*Y* Micron MLC32G MT29F256G08CMCGB L04A 3D4Y*Y*Y* Micron MLC16G MT29F128G08CBCDB L05B 3D1Y*Y*Y* Micron TLC48G MT29F384G08EBCBB B0KB 3D1Y*Y*Y* Micron TLC96G MT29F768G08EECBB B0KB 3D2Y*Y*Y* Micron TLC16G MT29F128G08EBCDB B05A 3D1Y*Y*Y* Micron TLC32G MT29F256G08EFCDB B05A 3D2Y*Y*Y* Micron TLC32G MT29F256G08EBHAF B16A 3D1Y*Y*Y* Micron TLC64G MT29F512G08EEHAF B16A 3D2Y*Y*Y* Micron TLC128G MT29F1T08EMHAF B16A 3D4Y*Y*Y* Micron TLC64G MT29F512G08EBHAF B17A 3D1Y*Y*Y* Micron TLC128G MT29F1T08EEHAF B17A 3D2Y*Y*Y* Micron TLC256G MT29F2T08EMHAF B17A 3D4Y*Y*Y*Intel SLC1G JS29F08G08AANC150nm1Y Y Y Intel SLC2G JS29F16G08CANC150nm2Y Y Y Intel SLC4G JS29F32G08FANC150nm2Y Y Y Intel SLC1G JS29F08G08AAND1/234nm1Y Y Y Intel SLC2G JS29F16G08AAND1/234nm1Y Y Y Intel SLC4G JS29F32G08CAND1/234nm2Y Y Y Intel SLC8G JS29F64G08JAND1/234nm4Y Y Y Intel SLC16G JS29F16B08JAND134nm4Y Y Y Intel MLC2G JS29F16G08AAMC150nm1Y Y Y Intel MLC4G JS29F32G08CAMC150nm2Y Y Y Intel MLC8G JS29F64G08FAMC150nm2Y Y Y Intel MLC4G JS29F32G08AAMD1/234nm L63A1Y Y Y Intel MLC8G JS29F64G08CAMD1/234nm L63A2Y Y Y Intel MLC16G JS29F16B08JAMD1/234nm L63A4Y Y Y Intel MLC2G JS29F16G08AAMDB34nm L62A1Y Y Y Intel MLC4G JS29F32G08AAMDA/B34nm L63B1Y Y Y Intel MLC8G JS29F64G08CAMDA/B34nm L63B2Y Y Y Intel MLC16G JS29F16B08JAMDA/B34nm L63B4Y Y Y Intel MLC2G JS29F16G08AAME125nm L72A1Y Y Y Intel MLC4G JS29F32G08AAME125nm L73A1Y Y YIntel MLC8G JS29F64G08CAME125nm L73A2Y Y Y Intel MLC16G JS29F16B08AAME125nm L73A4Y Y Y Intel MLC8G JS29F64G08AAME125nm L741Y Y Y Intel MLC16G JS29F16B08CAME125nm L742Y Y Y Intel MLC32G JS29F32B08JAME125nm L744Y Y Y Intel MLC8G JS29F64G08AAMF120nm L841Y Y YIntel MLC16G JS29F16B08CAMF120nm L842Y Y YIntel MLC32G JS29F32B08JAMF120nm L844Y Y Y Intel TLC8G JS29F64G08AATE125nm B741Y Y Y Intel TLC16G JS29F16B08CATE125nm B742Y Y Y Intel TLC32G JS29F32B08JATE125nm B744Y Y Y Intel MLC16G PF29F16B08LCMF1/2/3L851Y Y Y Intel MLC32G PF29F32B08MCMF1/2/3L852Y Y Y Intel MLC64G PF29F64B08NCMF1/2/3L854Y Y Y Intel MLC32G PF29F32B2ALCMG2L06B1Y Y Y Intel TLC32G PF29F32B2ALCTH2B16A1Y*Y*Y* Intel TLC64G PF29F64B2AMCTH2B16A2Y*Y*Y* Intel TLC128G PF29F01T2ANCTH2B16A4Y*Y*Y* Intel TLC64G PF29F64B2ALCTH1B17A1Y*Y*Y* Intel TLC128G PF29F01T2AMCTH1B17A2Y*Y*Y* Intel TLC256G PF29F02T2ANCTH1B17A4Y*Y*Y*PowerFlash SLC256M ASU2GA30GT1Y Y Y PowerFlash SLC512M ASU4GA30GT1Y Y Y PowerFlash SLC128M ASU1GA30HT1Y Y Y PowerFlash SLC128M PSR1GA30AT1Y Y Y PowerFlash SLC256M PSR2GA30BT1Y Y Y PowerFlash SLC512M PSU4GA30AT1Y Y Y PowerFlash SLC512M PSR4GA30AT1Y Y Y PowerFlash MLC512M A1U4GA30GT1Y Y Y PowerFlash MLC1G A1U8GA30GT1Y Y Y PowerFlash MLC2G P1UAGA30AT1Y Y YHynix SLC128M HY27UF081G2M1Y Y Y Hynix SLC256M HY27UF082G2M1Y Y Y Hynix SLC256M HY27SF082G2M1Y Y Y Hynix SLC512M HY27UG084G2M1Y Y Y Hynix SLC512M HY27SG084G2M1Y Y Y Hynix SLC1G HY27UH088G2M1Y Y Y Hynix SLC128M HY27UF081G2A1Y Y Y Hynix SLC256M HY27UF082G2A1Y Y Y Hynix SLC512M HY27UF084G2M1Y Y Y Hynix SLC1G HY27UF084G2M2Y Y Y Hynix SLC1G HY27UG088G2M1Y Y Y Hynix SLC2G HY27UH08AG5M2Y Y Y Hynix SLC4G HY27UK08BGFM4Y Y Y Hynix SLC256M HY27UF082G2B1Y Y Y Hynix SLC512M HY27UF084G2B1Y Y Y Hynix SLC512M HY27SF084G2B1Y Y Y Hynix SLC1G HY27UG088G5B2Y Y YHynix SLC2G HY27UH08AG5B2Y Y Y Hynix SLC4G HY27UK08BGFB4Y Y Y Hynix SLC128M H27U1G8F2B41nm1Y Y Y Hynix SLC1GB H27U8G8F2M48nm1Y Y Y Hynix SLC2GB H27UAG8G5M48nm2Y Y Y Hynix SLC4GB H27UBG8H5M48nm2Y Y Y Hynix SLC8GB H27UCG8KFM48nm4Y Y Y Hynix MLC512M HY27UT084G2M90nm1Y Y Y Hynix MLC1G HY27UU088G5M90nm2Y Y Y Hynix MLC2G HY27UV08AG5M90nm2Y Y Y Hynix MLC4G HY27UW08BGFM90nm4Y Y Y Hynix MLC1G HY27UT088G2M60nm1Y Y Y Hynix MLC2G HY27UU08AG5M60nm2Y Y Y Hynix MLC4G HY27UV08BGFM60nm4Y Y Y Hynix MLC4G HY27UV08BG5M60nm2Y Y Y Hynix MLC8G HY27UW08CGFM60nm4Y Y Y Hynix MLC512M HY27UT084G2A57nm1Y Y Y Hynix MLC1G HY27UT088G2A57nm1Y Y Y Hynix MLC2G HY27UU08AG5A57nm2Y Y Y Hynix MLC4G HY27UV08BGFA57nm4Y Y Y Hynix MLC4G HY27UV08BG5A57nm2Y Y Y Hynix MLC256M H27U2G8T2M48nm1Y Y Y Hynix MLC512M H27U4G8T2B48nm1Y Y Y Hynix MLC1G H27U8G8T2B48nm1Y Y Y Hynix MLC2G H27UAG8T2M48nm1Y Y Y Hynix MLC4G H27UBG8U5M48nm2Y Y Y Hynix MLC8G H27UCG8VFM48nm4Y Y Y Hynix MLC8G H27UCG8V5M48nm2Y Y Y Hynix MLC16G H27UDG8WFM48nm4Y Y Y Hynix MLC2G H27UAG8T2A41nm1Y Y Y Hynix MLC4G H27UBG8U5A41nm2Y Y Y Hynix MLC8G H27UCG8V5A41nm2Y Y Y Hynix MLC4G H27UBG8T2M41nm1Y Y Y Hynix MLC8G H27UCG8UDM41nm2Y Y Y Hynix MLC16G H27UDG8VEM41nm4Y Y Y Hynix TLC2G H27UAG8M2MYR41nm1Y Y Y Hynix TLC4G H27UBG8M2A32nm1Y Y Y Hynix MLC2G H27UAG8T2B32nm1Y Y Y Hynix MLC4G H27UBG8T2A32nm1Y Y Y Hynix MLC8G H27UCG8U5A32nm2Y Y Y Hynix MLC16G H27UDG8VFA32nm4Y Y Y Hynix MLC16G H27UDG8V5A32nm2Y Y Y Hynix MLC32G H27UEG8YEA32nm4Y Y Y Hynix MLC8G H27UCG8T2MYR26nm1Y Y Y Hynix MLC16G H27UDG8U5MYR26nm2Y Y Y Hynix MLC4G H27UBG8T2BTR26nm1Y Y Y Hynix MLC2G H27UAG8T2CTR20nm1Y Y Y Hynix MLC8G H27UCG8T2ATR20nm1Y Y Y Hynix MLC4G H27UBG8T2CTR20nm1Y Y Y Hynix MLC4G H27UBG8T2DTR16nm1Y Y Y Hynix MLC8G H27UCG8T2BYR20nm1Y Y Y Hynix MLC16G H27QDGDUDBLR20nm2Y Y Y Hynix MLC32G H27QEGDVEBLR20nm4Y Y Y Hynix MLC64G H27QFGDYEBOR20nm4Y Y Y Hynix MLC8G H27UCG8T2DTR16nm1Y Y Y Hynix MLC16G H27QDG8T2B8R16nm1Y Y YHynix MLC8G H27UCG8T2ETR-BC16nm1Y Y Y Hynix MLC8G H27UCG8T2ETR-BCC16nm1Y Y Y Hynix MLC8G H27UCG8T2F16nm1Y Y Y Hynix MLC16G H27TDG8T2D8R14nm1Y Y Y Hynix MLC32G H27TEG8U5D8R14nm2Y Y Y Hynix MLC64G H27TFG8VFD8R14nm4Y Y YHynix MLC16G H27QDG8T2C8R3D1Y*Y*Y* Hynix MLC16G H27TDG8T2D8R14nm1Y*Y*Y* Hynix MLC32G H27TEG8U5D8R14nm2Y*Y*Y* Hynix MLC64G H27TFG8VFD8R14nm4Y*Y*Y*Hynix TLC8G H27QCG882MDA16nm1Y Y Y Hynix TLC16G H27QDG8M2MTR16nm1Y Y Y Hynix TLC128G H27Q1T8QAM6R16nm8Y Y Y Hynix TLC128G H27Q1TDQEM6R16nm4Y Y Y Hynix TLC256G H27Q2T8LAM9R16nm8Y Y Y Hynix TLC256G H27Q2TDLQM3R16nm4Y Y YHynix TLC16G H27QDG8M2BLR/QDG882B14nm1Y Y YHynix TLC32G H27QEG8M3M8R3D1Y*Y*Y* Hynix TLC64G H27QFG8NNM8R3D2Y*Y*Y* Hynix TLC128G H27Q1T8PPM8R3D4Y*Y*Y* Hynix TLC32G H27QEG8M2B8R3D V31Y*Y*Y* Hynix TLC16G H27QDG8M2C8R3D V31Y*Y*Y* Hynix TLC64G H25QFT8A1A8R3D V41Y*Y*Y* Hynix TLC32G H27QEG8M2A8R3D V41Y*Y*Y* Toshiba SLC128M TC58NVG0S3ETA0043nm1Y Y YToshiba SLC256M TC58NVG1S3ETA0043nm1Y Y Y Toshiba SLC512M TC58NVG2S3ETA0043nm1Y Y Y Toshiba SLC128M TC58NVG0S4FTA0032nm1Y Y YToshiba SLC128M TC58NVG0S3HTA0024nm1Y Y Y Toshiba SLC1G TC58NVG3S0DTG0056nm1Y Y Y Toshiba SLC2G TH58NVG4S0DTG2056nm2Y Y Y Toshiba SLC4G TC58NVG5S0DTG2056nm2Y Y Y Toshiba SLC512M TC58NVG2S0FTA0032nm1Y Y Y Toshiba SLC1G TC58NVG3S0FTA0032nm1Y Y Y Toshiba SLC2G TC58NVG4S2FTA0032nm1Y Y Y Toshiba SLC4G TH58NVG5S2FTA2032nm2Y Y Y Toshiba SLC8G TH58NVG6S2FTA2032nm2Y Y Y Toshiba MLC512M TC58NVG2D1DTG0056nm1Y Y Y Toshiba MLC1G TC58NVG3D1DTG0056nm1Y Y Y Toshiba MLC2G TH58NVG4D1DTG0056nm1Y Y Y Toshiba MLC4G TH58NVG5D1DTG2056nm2Y Y Y Toshiba MLC8G TH58NVG6D1DTG8056nm4Y Y Y Toshiba MLC4G TH58NVG5D1DTG0056nm1Y Y Y Toshiba MLC8G TH58NVG6D1DTG2056nm2Y Y Y Toshiba MLC16G TH58NVG7D1DTG8056nm4Y Y Y Toshiba MLC8G TH58NVG6D1DTG0056nm1Y Y Y Toshiba MLC16G TH58NVG7D1DTG2056nm2Y Y Y Toshiba MLC1G TC58NVG3D2ETA0043nm1Y Y YToshiba MLC2G TC58NVG4D2ETA0043nm1Y Y Y Toshiba MLC4G TH58NVG5D2ETA2043nm2Y Y Y Toshiba MLC4G TC58NVG5D2ETA0043nm1Y Y Y Toshiba MLC4G TH58NVG5D2ETA0043nm1Y Y Y Toshiba MLC8G TH58NVG6D2ETA2043nm2Y Y Y Toshiba MLC8G TH58NVG6D2ETA0043nm1Y Y Y Toshiba MLC16G TH58NVG7D2ELA8943nm4Y Y Y Toshiba MLC16G TH58NVG7D2ELA4943nm2Y Y Y Toshiba MLC32G TH58NVG8D2ELA8943nm4Y Y Y Toshiba MLC2G TC58NVG4D2FTA0032nm1Y Y Y Toshiba MLC4G TC58NVG5D2FTA0032nm1Y Y Y Toshiba MLC8G TH58NVG6D2FTA2032nm2Y Y Y Toshiba MLC16G TH58NVG7D2FTA8032nm4Y Y Y Toshiba MLC8G TH58NVG6D2FTA0032nm1Y Y Y Toshiba MLC16G TH58NVG7D2FTA2032nm2Y Y Y Toshiba MLC32G TH58NVG8D2FLA8932nm4Y Y Y Toshiba MLC8G TC58NVG6D2GTA0024nm1Y Y Y Toshiba MLC16G TH58NVG7D2GTA2024nm2Y Y Y Toshiba MLC2G TC58NVG4D2HTA0024nm1Y Y Y Toshiba MLC4G TC58NVG5D2HTA0024nm1Y Y Y Toshiba MLC8G TC58NVG6D2HTA0024nm1Y Y Y Toshiba MLC8G TC58NVG6D2JTA0019nm1Y Y Y Toshiba MLC4G TC58NVG5DCJTA0019nm1Y Y Y Toshiba MLC8G TC58NVG6DCJTA0019nm1Y Y Y Toshiba MLC16G TH58NVG7DCJTA2019nm2Y Y Y Toshiba MLC8G TC58NVG6DDJTA0019nm1Y Y Y Toshiba MLC16G TH58NVG7DDJTA2019nm2Y Y Y Toshiba MLC4G TC58TEG5DCKTA001ynm1Y Y Y Toshiba MLC8G TC58TEG6DDKTA001ynm1Y Y Y Toshiba MLC16G TC58TEG7DDKTA201ynm2Y Y Y Toshiba MLC32G TC58TEG8DDKTA201ynm2Y Y Y Toshiba MLC16G TC58TEG7DFKTA001ynm1Y Y Y Toshiba MLC4G TC58TEG5DCLTA0015nm1Y Y Y Toshiba MLC8G TC58TEG6DDLTA0015nm1Y Y Y Toshiba MLC16G TC58TFG7DDLTA0015nm1Y Y Y Toshiba MLC32G TH58TFG8DDLTA2015nm2Y Y Y Toshiba MLC64G TH58TFG9DDLTA2015nm2Y Y Y Toshiba MLC16G TH58TFG7DFLBA4C15nm1Y Y Y Toshiba MLC32G TH58TFG8DFLBA4C15nm2Y Y Y Toshiba MLC64G TH58TFG9DFLBA8C15nm4Y Y Y Toshiba MLC128G TH58TFT0DFLBA8H15nm4Y Y Y Toshiba TLC2G TC58NVG4T2FTA0032nm1Y Y Y Toshiba TLC4G TC58NVG5T2FTA0032nm1Y Y Y Toshiba TLC8G TC58NVG6T2FTA0032nm1Y Y Y Toshiba TLC4G TC58NVG5T2HTA0024nm1Y Y Y Toshiba TLC8G TC58NVG6T2HTA0024nm1Y Y Y Toshiba TLC8G TC58TVG6T2HTA0024nm1Y Y Y Toshiba TLC16G TC58NVG7T2HTA2024nm1Y Y Y Toshiba TLC16G TH58TVG7T2HBA4C24nm1Y Y Y Toshiba TLC4G TC58NVG5T2JTA0019nm 1Y Y Y Toshiba TLC4G TC58TVG5T2JTA0019nm toggle1Y Y Y Toshiba TLC8G TH58NVG6T2JTA2019nm 2Y Y Y Toshiba TLC8G TH58TVG6T2JTA2019nm toggle2Y Y Y Toshiba TLC8G TC58NVG6T2JTA0019nm 1Y Y Y Toshiba TLC8G TC58TVG6T2JTA0019nm toggle1Y Y Y Toshiba TLC16G TH58NVG7T2JTA2019nm 2Y Y YToshiba TLC16G TH58TVG7T2JTA2019nm toggle2Y Y Y Toshiba TLC16G TC58NVG7T2JTA0019nm 1Y Y Y Toshiba TLC16G TC58TVG7T2JTA0019nm toggle1Y Y Y Toshiba TLC32G TH58NVG8T2JTA2019nm 2Y Y Y Toshiba TLC32G TH58TVG8T2JTA2019nm toggle2Y Y Y Toshiba TLC8G TC58TEG6TCKTA001ynm1Y Y Y Toshiba TLC8G TC58TEG6TDKTA001ynm1Y Y Y Toshiba TLC16G TC58TEG7TDKTA001ynm1Y Y Y Toshiba TLC8G TC58TEG6TGLTA0015nm1Y Y Y Toshiba TLC16G TC58TEG7THLTA0015nm1Y Y Y Toshiba TLC32G TC58TFG8T22TA0D3D1Y*Y*Y*Toshiba TLC64G TH58TFG9T22TA2D3D2Y*Y*Y*Toshiba TLC128G TH58TFT0T22TA2D3D2Y*Y*Y*Toshiba TLC16G TC58TFG7T23TA0D3D1Y*Y*Y*Toshiba TLC32G TC58TFG8T23TA0D3D1Y*Y*Y*Toshiba TLC64G TH58TFG9T23TA2D3D2Y*Y*Y*Toshiba TLC128G TH58TFT0T23TA2H3D2Y*Y*Y*Toshiba TLC64G TC58TFG9T23TA0D3D1Y*Y*Y*SanDisk MLC1G SDTNMMAHSM-001G43nm1Y Y Y SanDisk MLC2G SDTNMMAHSM-002G43nm1Y Y Y SanDisk MLC4G SDTNMMBHSM-004G43nm1Y Y Y SanDisk MLC8G SDTNMMCHSM-008G43nm1Y Y Y SanDisk MLC16G SDTNMMDHSM-016G43nm1Y Y Y SanDisk MLC4G SDTNMMAHSM-004G43nm1Y Y Y SanDisk MLC8G SDTNMMBHSM-008G43nm1Y Y Y SanDisk MLC16G SDTNMMCHSM-016G43nm1Y Y Y SanDisk MLC32G SDTNMMDHSM-032G43nm1Y Y Y SanDisk MLC8G SDZNMMBHER-008G43nm2Y Y Y SanDisk MLC16G SDZNMMCHER-016G43nm4Y Y Y SanDisk MLC32G SDZNMMDHER-032G43nm4Y Y Y SanDisk MLC2G SDTNNMAHEM-002G32nm1Y Y Y SanDisk MLC4G SDTNNMBHEM-004G32nm1Y Y Y SanDisk MLC8G SDTNNMCHEM-008G32nm1Y Y Y SanDisk MLC16G SDTNNMDHEM-016G32nm1Y Y Y SanDisk MLC4G SDTNNMAHEM-004G32nm1Y Y Y SanDisk MLC8G SDTNNMBHEM-008G32nm1Y Y Y SanDisk MLC16G SDTNNMCHEM-016G32nm1Y Y Y SanDisk MLC32G SDTNNMDHEM-032G32nm1Y Y Y SanDisk MLC2G SDTNPMAHEM-002G24nm1Y Y Y SanDisk MLC4G SDTNPMAHEM-004G24nm1Y Y Y SanDisk MLC8G SDTNPMBHEM-008G24nm1Y Y Y SanDisk MLC16G SDTNPMCHEM-016G24nm1Y Y Y SanDisk MLC32G SDTNPMDHEM-032G24nm1Y Y Y SanDisk MLC8G SDTNPMAHEM-008G24nm1Y Y Y SanDisk MLC16G SDTNPMBHEM-016G24nm1Y Y Y SanDisk MLC32G SDTNPMCHEM-032G24nm1Y Y Y SanDisk MLC64G SDTNPMDHEM-064G24nm1Y Y Y SanDisk MLC8G SDTNPQAHEM-008G24nm1Y Y Y SanDisk MLC16G SDTNPQBHEM-016G24nm1Y Y Y SanDisk MLC32G SDTNPQCHEM-032G24nm1Y Y Y SanDisk MLC64G SDTNPQDHEM-064G24nm1Y Y Y SanDisk MLC4G SDTNQFAMA-004G19nm1Y Y YSanDisk MLC8G SDTNQFAMA-008G19nm1Y Y Y SanDisk MLC16G SDTNQFBMA-016G19nm1Y Y Y SanDisk MLC32G SDTNQFCMA-032G19nm1Y Y Y SanDisk MLC64G SDTNQFDMA-064G19nm1Y Y Y SanDisk MLC8G SDTNQGAMA-008G19nm1Y Y Y SanDisk MLC16G SDTNQGBMA-016G19nm1Y Y Y SanDisk MLC32G SDTNQGCMA-032G19nm1Y Y Y SanDisk MLC64G SDTNQGDMA-064G19nm1Y Y Y SanDisk MLC16G SDTNQGBMB-016G19nm2Y Y Y SanDisk MLC4G SDTNRGAMA-004G1ynm1Y Y Y SanDisk MLC8G SDTNRGAMA-008G1ynm1Y Y Y SanDisk MLC16G SDTNRHAMA-016G1ynm1Y Y Y SanDisk MLC8G SDTNSGAMA-008G15nm1Y Y Y SanDisk MLC16G SDTNSGBMA-016G15nm1Y Y Y SanDisk MLC32G SDTNSGCMA-032G15nm1Y Y Y SanDisk MLC64G SDTNSGDMA-064G15nm1Y Y Y SanDisk MLC16G SDTNSGAMA-016G15nm1Y Y Y SanDisk MLC32G SDTNSGBMA-032G15nm1Y Y Y SanDisk MLC64G SDTNSGCMA-064G15nm1Y Y Y SanDisk MLC128G SDTNSGDMA-128G15nm1Y Y Y SanDisk MLC128G SDTNSGDMC-128G15nm1Y Y Y SanDisk TLC2G SDTNNNAHEM-002G32nm1Y Y Y SanDisk TLC4G SDTNNNAHEM-004G32nm1Y Y Y SanDisk TLC8G SDTNNNBHEM-008G32nm1Y Y Y SanDisk TLC16G SDTNNNCHEM-016G32nm1Y Y Y SanDisk TLC32G SDTNNNDHEM-032G32nm1Y Y Y SanDisk TLC8G SDTNNNAHEM-008G32nm1Y Y Y SanDisk TLC16G SDTNNNBHEM-016G32nm1Y Y Y SanDisk TLC32G SDTNNNCHEM-032G32nm1Y Y Y SanDisk TLC4G SDTNPNAHEM-004G24nm1Y Y Y SanDisk TLC8G SDTNPNBHEM-008G24nm1Y Y Y SanDisk TLC16G SDTNPNCHEM-016G24nm1Y Y Y SanDisk TLC8G SDTNPNAHEM-008G24nm1Y Y Y SanDisk TLC16G SDTNPNBHEM-016G24nm1Y Y Y SanDisk TLC32G SDTNPNCHEM-032G24nm1Y Y Y SanDisk TLC64G SDTNPNDHEM-064G24nm1Y Y Y SanDisk TLC4G SDTNQCAMA-004G19nm1Y Y Y SanDisk TLC8G SDTNQCBMA-008G19nm1Y Y Y SanDisk TLC8G SDTNQCAMA-008G19nm1Y Y Y SanDisk TLC16G SDTNQCBMA-016G19nm1Y Y Y SanDisk TLC32G SDTNQCCMA-032G19nm1Y Y Y SanDisk TLC64G SDTNQCDMA-064G19nm1Y Y Y SanDisk TLC16G SDTNQCAMA-016G19nm1Y Y Y SanDisk TLC32G SDTNQCBMA-032G19nm1Y Y Y SanDisk TLC64G SDTNQCCMA-064G19nm1Y Y Y SanDisk TLC8G SDTNRCAMA-008G1ynm1Y Y Y SanDisk TLC16G SDTNRCBMA-016G1ynm1Y Y Y SanDisk TLC32G SDTNRCCMA-032G1ynm1Y Y Y SanDisk TLC64G SDTNRCDMA-064G1ynm1Y Y Y SanDisk TLC8G SDTNRIAMA-008G1ynm1Y Y Y SanDisk TLC16G SDTNRIBMA-016G1ynm1Y Y Y SanDisk TLC32G SDTNRICMA-032G1ynm1Y Y Y SanDisk TLC64G SDTNRIDMA-064G1ynm1Y Y Y SanDisk TLC16G SDTNRIAMA-016G1ynm1Y Y Y SanDisk TLC32G SDTNRIBMA-032G1ynm1Y Y Y SanDisk TLC64G SDTNRICMA-064G1ynm1Y Y Y SanDisk TLC32G SDTNRIBMB-032G1ynm2Y Y Y SanDisk TLC8G SDTNSCAMA-008G15nm1Y Y Y SanDisk TLC16G SDTNSCBMA-016G15nm1Y Y Y SanDisk TLC32G SDTNSCCMA-032G15nm1Y Y YSanDisk TLC32G SDTNSIBMA-032G15nm1Y Y Y SanDisk TLC64G SDTNSICMA-064G15nm1Y Y Y SanDisk TLC16G SDTNSIAMA-016G-X115nm1Y Y Y SanDisk TLC32G SDTNSIBMA-032G-X115nm1Y Y Y SanDisk TLC64G SDTNSICMA-064G-X115nm1Y Y YSanDisk TLC32G SDYNAIAMA-032G3D 8T221Y*Y*Y* SanDisk TLC16G SDYNBIAMA-016G3D 7T231Y*Y*Y* SanDisk TLC32G SDYNBIAMA-032G3D 8T231Y*Y*Y* SanDisk TLC64G SDYNBIAMA-064G3D 9T231Y*Y*Y* Spansion SLC64M S39MS512R65nm1Y Y Y Spansion SLC128M S39MS01GR65nm1Y Y Y Spansion SLC256M S39MS02GR65nm1Y Y Y Spansion SLC64M S30MS512R65nm1Y Y Y Spansion SLC128M S30MS01GR65nm1Y Y Y Spansion SLC256M S30MS02GR65nm1Y Y Y Spansion SLC512M S30MS04GR65nm1Y Y Y Spansion SLC32M S19MN256P3090nm1Y Y Y Spansion SLC64M S19MN512P3090nm1Y Y Y Spansion SLC128M S19MN01GP3090nm1Y Y Y Spansion SLC256M S19MN02GP3090nm1Y Y Y Spansion SLC128M S19MN01GR65nm1Y Y Y Spansion SLC256M S19MN02GR65nm1Y Y Y Spansion SLC128M S34ML01G11Y Y Y Spansion SLC256M S34ML02G11Y Y Y Spansion SLC512M S34ML04G11Y Y Y Spansion SLC128M S34ML01G21Y Y Y Spansion SLC256M S34ML02G21Y Y Y Spansion SLC512M S34ML04G21Y Y YMXIC SLC64M MX30LF1208AA1Y Y Y MXIC SLC128M MX30LF1G08AA1Y Y Y MXIC SLC256M MX30LF2G28AB1Y Y Y MXIC SLC256M MX30UF2G28AB1Y Y Y MXIC SLC512M MX30LF4G28AB1Y Y Y MXIC SLC512M MX30UF4G28AB1Y Y Y MXIC SLC128M MX30LF1G18AC1Y Y Y MXIC SLC256M MX30LF2G18AC1Y Y Y MXIC SLC256M MX30LF4G18AC1Y Y Y FIDELIX SLC128M FMND1G08S3A1Y Y Y FIDELIX SLC128M FMND1G08U3A1Y Y Y FIDELIX SLC128M FMND1G08L3B1Y Y Y FIDELIX SLC128M FMND1G08S3B1Y Y Y FIDELIX SLC128M FMND1G08U3D1Y Y Y FIDELIX SLC128M FMND1G08S3D1Y Y YSMIC SLC128M SMND1G08U3A1Y Y Y SMIC SLC128M SMND1G08S3A1Y Y Y ATO SLC128M AFND1G08U31Y Y Y。

RT9705双输入单输出电源多路复用器说明书

RT9705双输入单输出电源多路复用器说明书

DS9705-07 April 201180m Ω, 1A Power MultiplexerGeneral DescriptionThe RT9705 is a dual input single output power multiplexer specifically designed to provide seamless voltage transition between two independent power suppliers. Equipped with two low R DS(ON) N-Channel MOSFETs driven by internal charge pump circuitry, the RT9705 is able to deliver 1A output current with only 80mV voltage drop. Manual or auto switching mode is easily selected by two digital inputs D1 and D0. When both D0 and D1 are selected high, the RT9705 enters shutdown mode and consumes minimum power making it ideal suitable for battery powered equipments. A STAT pin with open drain output is provided to indicate the switch status. A user-programmable up to 1.25A current limit function is available for maximum safety in various applications.The RT9705 provides comprehensive protection functions,including adjustable current limit, over temperature protection, soft start function for minimum inrush current,cross-conduction protection, and reverse conduction protection. These features greatly simplify power multiplexer design. The RT9705 is available in TSSOP-8package requiring minimum board area and smallest components.Featuresz Adjustable Current Limiting up to 1.25A z Built-In (Typically 80m Ω) N-MOSFETzReverse Current Flow Blocking (no body diode) i.e.Output Can Be Forced Higher than Input (Off-State)zLow Supply Current :` 55uA Typical at Switch on State` Less than 0.5uA Typical at Switch Off State z Guaranteed 1A Continuous Load Current z Wide Input Voltage Ranges : 2.8V to 5.5V z Open-Drain STAT Outputz Hot Plug-In Application (Soft-Start)z Thermal Shutdown Protectionz Smallest TSSOP-8 Package Minimizes Board Space zRoHS Compliant and 100% Lead (Pb)-FreeApplicationsz LCD Monitor, LCD-TVz Information Appliance and Set-Top Box z Battery-Powered Equipment z ACPI Power Distributionz Motherboard & Notebook PCs z Mini PCI & PCI-Express Cards zPCMCIA & New CardsPin Configurations(TOP VIEW)TSSOP-8Ordering InformationSTAT D0D1ILIMGNDVIN2VOUT VIN1Note :Richtek products are :` RoHS compliant and compatible with the current require-ments of IPC/JEDEC J-STD-020.` Suitable for use in SnPb or Pb-free soldering processes.P : Pb FreeG : Green (Halogen Free and Pb Free)RT9705Marking InformationFor marking information, contact our sales representative directly or through a Richtek distributor located in your area.Typical Application CircuitV V OUTTable 1. Truth TableNote : 1. X: Don ’t care2. Hi-Z: High impedance node3. D0 and D1 cannot be floating which will lead to an unknown state.4. An internal MOSFET with 2k Ω R DS(ON) turns on and softly discharges the output voltage when D0 = D1 = 1.DS9705-07 April 2011Test Circuitsf = 28Hzf = 580Hz5VV OUTTest Circuit 1Test Circuit 2Test Circuit 3Test Circuit 4Function Block DiagramVIN2VIN1D0D1DS9705-07 April 2011Electrical CharacteristicsRecommended Operating Conditions (Note 4)zInput Voltage at V IN1 V IN2 2.8V -------------------------------------------------------------------------------------------------------------1.5V to 5.5V V IN2 < 2.8V -------------------------------------------------------------------------------------------------------------2.8V to 5.5V z Input Voltage at VIN2 V IN1 2.8V -------------------------------------------------------------------------------------------------------------1.5V to 5.5V V IN1 < 2.8V -------------------------------------------------------------------------------------------------------------2.8V to 5.5V z Logic Inputs Voltage (D0 &D1)-------------------------------------------------------------------------------------0V to 5.5V z Storage T emperature Range ----------------------------------------------------------------------------------------−65°C to 150°C z Junction T emperature Range ----------------------------------------------------------------------------------------−40°C to 125°Cz Input Voltage, V IN1 & V IN2-------------------------------------------------------------------------------------------−0.3V to 6.0V z Logic Inputs Voltage, D0 &D1--------------------------------------------------------------------------------------−0.3V to 6.0V z Output Voltage, V OUT & STAT -------------------------------------------------------------------------------------−0.3V to 6.0V zPower Dissipation, P D @ T A = 25°CTSSOP-8----------------------------------------------------------------------------------------------------------------0.43W zPackage Thermal Resistance (Note 2)TSSOP-8, θJA ----------------------------------------------------------------------------------------------------------230°C/W z Junction T emperature -------------------------------------------------------------------------------------------------125°C z Lead Temperature (Soldering, 10 sec.)---------------------------------------------------------------------------260°C zESD Susceptibility (Note 3)HBM (Human Body Mode)------------------------------------------------------------------------------------------2kV MM (Machine Mode)--------------------------------------------------------------------------------------------------200VAbsolute Maximum Ratings (Note 1)≥To be continued≥DS9705-07 April 2011Note 1. Stresses listed as the above “Absolute Maximum Ratings ” may cause permanent damage to the device. These are forstress ratings. Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods may remain possibility to affect device reliability.Note 2. θJA is measured in the natural convection at T A = 25°C on a low effective thermal conductivity test board ofJEDEC 51-3 thermal measurement standard.Note 3. Devices are ESD sensitive. Handling precaution is recommended.Note 4. The device is not guaranteed to function outside its operating conditions.Note 5. Performance at −5°C ≤ T A ≤ 85°C is assured by design.Note 6. The deglitch time is assured by design.Typical Operating CharacteristicsR DS(ON) vs. Junction Temperature405060708090100110120-50-25255075100125Junction Temperature R D S (O N ) (m Ω)(°C)Current Limit vs. Junction Temperature00.20.40.60.811.21.41.61.82-50-25255075100125Junction Temperature C u rr e n t L i m i t (A )(°C)Quiescent Current vs. Input Voltage040801201602002.533.544.555.56Input Voltage (V)Q u i e s c e n t C u r re n t (u A )R DS(ON) vs. Input Voltage606570758085902.53 3.54 4.55 5.56Input Voltage (V)R D S (O N ) (m Ω)R e f e r t o T e s t C i r c u i t s 2Output Turn-On ResponseTime (1ms/Div)D0D1V OUT(2V/Div)(2V/Div)(2V/Div)D0 = 1 0, D1 = 1, V IN1 = 5V, V IN2 = 3.3V↔Output Switchover ResponseTime (1ms/Div)D1D0V OUT(2V/Div)(2V/Div)(2V/Div)D0 = 0, D1 = 1 0V IN1 = 5V, V IN2 = 3.3V↔R e f e r t o T e s t C i r c u i t s 1DS9705-07 April 2011Auto Switchover Voltage DroopTime (250μs/Div)(2V/Div)(2V/Div)V OUTV IN1D0 = 1, D1 = 0, V IN1 = 5 0V, V IN2 = 3.3V↔R e f e r t o T e s t C i r c u i t s 4Output Switchover Voltage DroopTime (50μs/Div)D0D1V OUT(2V/Div)(2V/Div)(2V/Div), C OUT = 1uF (2V/Div), C OUT = 0uFD0 = 0, D1 = 1 0, VIN1 = V IN2 = 5V ↔R e f e r t o T e s t C i r c u i t s 3Application InformationThe RT9705 is dual input single output power multiplexer specifically designed to provide seamless voltage transition between two independent power suppliers. Equipped with two low R DS(ON) N-MOSFETs driven by internal charge pump circuitry, the RT9705 is able to deliver 1A output current with only 80mV voltage drop. The RT9705 provides comprehensive protection functions, including adjustable current limit, over temperature protection, soft start function for minimum inrush current, cross-conduction protection, and reverse conduction protection. These features greatly simplify power multiplexer design.Manual Switching ModeThe RT9705 provides two logic input D0 and D1 for switch selection as shown in Table 1. The RT9705 selects the manual-switching mode when the D0 is pulled low. In this mode V OUT connects to V IN1 if D1 pulled high, otherwise V OUT connects to V IN2.Auto Switching ModeRT9705 selects the auto-switching mode when the D0 is pulled high and D1 is pulled low. In this mode V OUT connects to the higher of V IN1 and V IN2.Shutdown ModeWhen both D0 and D1 are selected high, the RT9705 enters shutdown mode and consumes minimum power. An internal MOSFET with 2kΩ R DS(ON) turns on and softly discharges the output voltage in the shutdown mode. Since no body diode exists between V INX and V OUT, output voltage is allowed to be high than the input voltages in the shutdown mode.Switch Status IndicationA STAT pin with open drain output is provided to indicate the switch status. STAT pin outputs high impedance if V IN2 is active, otherwise STAT pin outputs low.Current LimitingThe current limit circuitry prevents damage to the MOSFET switch and external load. A resistor R ILIM from I LIM to GND sets the current limit to 500/R I LIM and the adjustable current limiting up to 1.25A. A setting resistor R ILIM equal to zero is not recommended as that disables current limiting.Thermal ConsiderationsThermal protection limits power dissipation in RT9705. When the operation junction temperature exceeds 135°C, the OTP circuit starts the thermal shutdown function and turns the pass element off. The pass element turn on again after the junction temperature cools by 10°C.For continuous operation, do not exceed absolute maximum operation junction temperature 125°C. The power dissipation definition in device is :P D = (V IN-V OUT) x I OUT + V IN x I QThe maximum power dissipation depends on the thermal resistance of IC package, PCB layout, the rate of surroundings airflow and temperature difference between junction to ambient. The maximum power dissipation can be calculated by following formula :P D(MAX) = ( T J(MAX) - T A ) / θJAwhere T J(MAX) is the maximum operation junction temperature 125°C, T A is the ambient temperature and the θJA is the junction to ambient thermal resistance.For recommended operating conditions specification of RT9705, where T J(MAX) is the maximum junction temperature of the die (125°C) and T A is the maximum ambient temperature. The junction to ambient thermal resistance (θJA is layout dependent) for TSSOP-8 package is 230°C/W on standard JEDEC 51-3 thermal test board. The maximum power dissipation at T A = 25°C can be calculated by following formula :P D(MAX) = (125°C -25°C) / 230°C/W = 430mW (TSSOP-8)11DS9705-07 April Richtek Technology CorporationHeadquarter5F, No. 20, Taiyuen Street, Chupei CityHsinchu, Taiwan, R.O.C.Tel: (8863)5526789 Fax: (8863)5526611Richtek Technology Corporation Taipei Office (Marketing)5F, No. 95, Minchiuan Road, Hsintien City Taipei County, Taiwan, R.O.C.Tel: (8862)86672399 Fax: (8862)86672377Email:*********************Information that is provided by Richtek Technology Corporation is believed to be accurate and reliable. Richtek reserves the right to make any change in circuit design,specification or other related things if necessary without notice at any time. No third party intellectual property infringement of the applications should be guaranteed by users when integrating Richtek products into any application. No legal responsibility for any said applications is assumed by Richtek.8-Lead TSSOP Plastic Package。

第三方路由器固件支持的路由列表

第三方路由器固件支持的路由列表

DD WRT目录DD WRT (1)Supported Devices (3)[edit]3com (3)[edit]Abocom (3)[edit]Accton (4)[edit]Aceex (4)[edit]Actiontec (4)[edit]ADI Engineering (4)[edit]Airlink 101 (5)[edit]Airlive / Ovislink (5)[edit]Alfa Networks (6)[edit]Allnet (6)[edit]Anaptyx Wireless Dynamics (7)[edit]Arada Systems (8)[edit]Askey (8)[edit]Asus (8)[edit]Belkin (11)[edit]Bountiful (13)[edit]Browan (13)[edit]Buffalo (13)[edit]Cisco (16)[edit]Conceptronic (22)[edit]Compex (23)[edit]Conrad Elektronic (27)[edit]Corega (27)[edit]Dell (28)[edit]Devolo (28)[edit]Digitus (29)[edit]D-Link (29)[edit]Doodle Labs (31)[edit]Dynex (31)[edit]Edimax (31)[edit]Encore (32)[edit]EnGenius (32)[edit]Exel Networks (32)[edit]Fluidmesh (32)[edit]FON (33)[edit]Fry's Electronics (33)[edit]Gateway (34)[edit]Gateworks (34)[edit]Intellinet (Reichelt) (36)[edit]Iomega (36)[edit]JJPlus (36)[edit]Lanready (37)[edit]Linksys (38)[edit]Logilink (38)[edit]MagicBox (38)[edit]Meraki (38)[edit]Microsoft (39)[edit]Mikrotik Routerboard (39)[edit]Mitsubishi (39)[edit]Motorola (40)[edit]MSI (40)[edit]MTN Electronics (40)[edit]NewMedia (40)[edit]NetComm (41)[edit]NETCORE (41)[edit]PC-Engines (46)[edit]Planex aka PCi (46)[edit]Ravo (46)[edit]RayTalk (46)[edit]Repotec (47)[edit]RFNet Technologies (47)[edit]Rosewill (47)[edit]Senao / EnGenius (48)[edit]Siemens (50)[edit]Sitecom (51)[edit]Snapgear (52)[edit]SOEKRIS Engineering (52)[edit]SparkLAN (53)[edit]Straight Core (53)[edit]Technaxx (53)[edit]Techniclan (54)[edit]Tonze (54)[edit]Toshiba (54)[edit]Tranzeo (54)[edit]TP-Link (55)[edit]TRENDnet (57)[edit]T&W (58)[edit]Ubiquiti (59)[edit]US Robotics (62)[edit]Valemount (63)[edit]Verizon (64)[edit]Viewsonic (65)[edit]VSCOM (65)[edit]Watchguard (65)[edit]WiliGear (66)[edit]WinStars (66)[edit]Wistron (66)[edit]ZCOM (67)OPEN WRT (67)支援的裝置- 路由器類型 (67)評估板/無品牌主機板 (67)3Com (67)Abicom International (67)Actiontec (67)Accton (68)Alcatel-Sbell (68)ALFA Network (68)Allnet (68)ARC Flex (68)Arcadyan (68)Astoria (68)Asus (69)Atmel (70)Avm (70)Aztech (70)Belkin (70)Buffalo (70)CEEDTec (71)Catch Tec (71)Compex (71)Comtrend (71)D-Link (72)Dragino (73)Edimax (73)Engenius (73)Fon (73)Linksys (75)Meraki (76)Netgear (76)PC Engines (77)Planex (78)Qemu (78)Qi hardware (78)Redwave (78)Sagem (78)Scientific Atlanta (78)Sercom (78)Skyline (79)SimpleTech (79)Siemens (79)Sitecom (79)SMC (79)Sparklan (79)Telsey (79)Tenda (79)Texas Instruments (80)Thomson (80)TP-Link (80)Trendnet (82)T-Com / Telekom (82)Ubiquiti (82)Unbranded (83)Upvel (83)Zcomax (83)ZyXEL (84)支援硬體- 開發板, 電話 (84)At91 SoC (84)Freescale (中譯：飛思卡爾) (84)開發中 (84)Tomato DualWAN (84)Tomato (86)Supported Devices[edit]Abocom[edit]Accton[edit]Aceex[edit]Askey[edit]Conrad Elektronic[edit]Corega[edit]Doodle Labs[edit]Dynex[edit]Encore[edit]Fry's Electronics[edit]Gateway[edit]Intellinet (Reichelt)[edit]Microsoft[edit]Mitsubishi[edit]Motorola[edit]MSI[edit]MTN Electronics[edit]NewMedia[edit]Nokia[edit]OpenMesh[edit]Ravo[edit]Rosewill。

部分电视机CPU型号及简单代换

部分电视机CPU型号及简单代换

部分电视机CPU型号及简单代换部分电视机CPU型号及简单代换8879CPBNG6V38 海信CPU8873CPBNG6U73 创维CPUTOSHIBA-HAY-22、8873CSCNG6PR6 通用CPUTDA9373PS/N2/AI1115 SVA CPU13-TB73-TM1V001、LC863332A-5T25、LC863332A-5S97 夏华CPU88CS38N-3P48、TMP88PS38 夏华K2918、K2926，解码TB1251TDA9381PS/N3/2/1741 索尼CPUTDA9381PS/N2/3I0837 LG CPUTDA9381PS/N2/3I0975 三星CPUTDA9373PS/N2/AI0939（Haier9373-V2.0）Haier9373-V1.0 海尔CPU V1.0的可以换空白存储器，按遥控器数字8、V+ 进总线LC863324B-54M2、LC863324A-5W21、LC863324C-55M5 海信CPUOM8370-A-3NC、NOM8370-A-1NC 海信、西湖、夏华、彩星CP-2156TCL-M18V3PNICAN、TCL-M11V1P 王牌CPUH13V02-T0、8829CSNG5CJ2、H13V01-T0 TCL CPUTDA9370PS/N2/AI1429（4706-D93705-64）3P36、4P36 创维CPU 4706-D83702-64CH05T1501 长虹CHD2590M37210M3-551SP日立25M8C CPUTDA9373PS/N2/AI0911（A01V01-PH）TDA9373PS/N2/AI0996 TCL 2990UHD0401、S3F880AXZZ 创维（3S30/5S30/5S31）MN152811TJS 松下CPU 85元LC863524C-55L7、53P4、52Y7、TH-50J2 杂牌CPULC863524C-55L6、55Y5、55K8 杂牌CPU87CK38N-3647（TMP87CK38N-3675、1C48）澳柯玛、松王M37221M6-309S 厦华R2920 CPUTDA9380PS/N1/IS0380（TCL-UOC-V01）王牌CPU，用TDA9383PS代替要把60脚接地13-T00S23-03M01、8879CSBNG6K02 乐华25G6BCH08T2602（8873CSANG6JH8）长虹CPUOM8373PS/N3/2/1870（4706-D83732-64）创维短管机专用CPULC863328A-51J8 嘉华CPU8803CPAN-3PE8（8823CPNG4JR6）换存储器、39脚，C205换1UF，ST6378B1/FKF 4S02-3008 创维数码3008TMP47C434N-3526 通用王牌TCL M14VBC 王牌CPUST6367BB1/BFX 不详LC863324A-5N09 海信CPULC864512V-5C77 海信CPUM34300N4-565SPKY88C94 夏华CPUM34300N4-555SP 日立CPULC863328A-5S15 高路华、海信CPUMC8902A-5Y83 熊猫、高路华CPUMC8904A-5Z25 熊猫、高路华、海信、西湖CPUM37210M3-807SP 康力CPUT-P-16 8823CPNG5RH6 熊猫CPU SAA5647HL/M1 飞利蒲CPUOM8373PS/N3/A/1914（OM8373PS/N3/A/1854）康佳短管CPUTMP47C634AN RC18 厦华CPUHAIER1132S、HAIER1532S 海尔21T8D-S、21F9G-Shisense 8803-1（8803CPBNG3VG6）8823CPNG3PE8 海信TC2111A 换存储器、39脚，C205换1UF，OM8370PS/N3/1（HZ10V01）（TOUL 12-02M00）TCL CPUHAIER8829-V2.0（8829CPNG4PG3）海尔CPUCH0504、CH0503 长虹CPUM34302M8-612SP SONY CPUCH04T1306 长虹CPUNOM8370-A-11B 西湖CPUTCL-T00Y12-02M01（LA76931）、TOOY12-01M01 TCL CPUCKP1302S1（8829CPNG6FP6）CKP1302S 康佳CPUP88P8432N、S3C8849X13-AQB7 嘉华CPU OM8373-B-3NC 海信TF2507FLC863328C-55N6、5T45 康佳CPUTDA9373PS/N2/AI0889、4706-D93731-64 5P30 创维CPULC863328B-53P5、LC863328C-56M9、LC863328B-52E4、50J1 SVA CPUR2J10160G8-A12FP、R2J1016008-A06FP 数源S21A07 等13-TOOS13-08M01、8873CSBNG6N15 TCL CPU8873CPANG6HV9 数源TJ21A23 CPU87CM38N-1K45、87CM38N-1U87 夏华XT-259ATAVC139 三洋CPULC863320A-5N94、LC863320A-5N17（3Y01）创维CPUCH05T1604（TDA9370PS/N2/AI0848）长虹超级芯片CH05T1607（TDA9370PS/N2/AI1092）TDA9370PS 长虹超级芯片CH05T1606（TDA9373PS/N2/AI1087）TDA9373PS 长虹超级芯片CH05T1630、OM8373PS/N3/A/1842（CH05T1621）长虹，按键功能错乱，伴音失控。