ADA4930-1_4930-2_cn

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。

AO4932AO4932SymbolMin Typ Max Units BV DSS 30VV DS =30V, V GS =0V0.010.1T J =125°C510I GSS 0.1µA V GS(th)Gate Threshold Voltage 1.5 1.82.4V I D(ON)40A 1315.8T J =125°C20.225.21619.6m Ωg FS 64S V SD 0.40.6V I S4.5A C iss 14501885pF C oss 224pF C rss 92pFR g1.6 3.0ΩQ g (10V)2431Q g (4.5V)12.016nC Q gs 3.9nC Q gd 4.2nC t D(on) 5.5ns t r 4.7ns t D(off)24.0ns t f 4.0nst rr 1012ns Q rr6.8nCTHIS PRODUCT HAS BEEN DESIGNED AND QUALIFIED FOR THE CONSUMER MARKET. APPLICATIONS OR USES AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS ARE NOT AUTHORIZED. AOS DOES NOT ASSUME ANY LIABILITY ARISING OUT OF SUCH APPLICATIONS OR USES OF ITS PRODUCTS. AOS RESERVES THE RIGHT TO IMPROVE PRODUCT DESIGN,FUNCTIONS AND RELIABILITY WITHOUT NOTICE.Body Diode Reverse Recovery Time Body Diode Reverse Recovery ChargeI F =9A, dI/dt=300A/µsDrain-Source Breakdown Voltage On state drain currentI D =1mA, V GS =0V V GS =4.5V, V DS =5V V GS =10V, I D =9AReverse Transfer Capacitance I F =9A, dI/dt=300A/µs V DS =V GS I D =250µA FET1 Electrical Characteristics (T J =25°C unless otherwise noted)STATIC PARAMETERS Parameter Conditions I DSS Zero Gate Voltage Drain Current mA V DS =0V, V GS = ±12V Gate-Body leakage current R DS(ON)Static Drain-Source On-ResistanceForward TransconductanceDiode Forward VoltageMaximum Body-Diode + Schottky Continuous CurrentInput Capacitance Output Capacitance DYNAMIC PARAMETERS m ΩV GS =4.5V, I D =7AI S =1A,V GS =0V V DS =5V, I D =9ATurn-On Rise Time Turn-Off DelayTime V GS =10V, V DS =15V, R L =1.7Ω, R GEN =3ΩTurn-Off Fall TimeTurn-On DelayTime Total Gate Charge V GS =10V, V DS =15V, I D =9AGate Drain Charge V GS =0V, V DS =15V, f=1MHz SWITCHING PARAMETERS Total Gate Charge Gate Source Charge Gate resistanceV GS =0V, V DS =0V, f=1MHzA: The value of R θJA is measured with the device mounted on 1in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The value in any given application depends on the user's specific board design. B: Repetitive rating, pulse width limited by junction temperature.C. The R θJA is the sum of the thermal impedence from junction to lead R θJL and lead to ambient.D. The static characteristics in Figures 1 to 6 are obtained using <300 µs pulses, duty cycle 0.5% max.E. These tests are performed with the device mounted on 1 in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The SOA curve provides a single pulse rating.F. The current rating is based on the t ≤ 10s thermal resistance rating.Rev 2: June 2007AO4932AO4932AO4932AO4932SymbolMin Typ Max Units BV DSS 30V1T J =55°C5I GSS 100nA V GS(th) 1.3 1.72.3V I D(ON)40A 1315.8T J =125°C192318.623m Ωg FS 23S V SD 0.751V I S3A C iss 9551250pF C oss 145pF C rss 112pFR g0.50.85ΩQ g (10V)1722nC Q g (4.5V)911.7nC Q gs 3.4nC Q gd 4.7nC t D(on)5ns t r 6ns t D(off)19ns t f 4.5nst rr 16.720ns Q rr6.7nCTHIS PRODUCT HAS BEEN DESIGNED AND QUALIFIED FOR THE CONSUMER MARKET. APPLICATIONS OR USES AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS ARE NOT AUTHORIZED. AOS DOES NOT ASSUME ANY LIABILITY ARISING OUT OF SUCH APPLICATIONS OR USES OF ITS PRODUCTS. AOS RESERVES THE RIGHT TO IMPROVE PRODUCT DESIGN,FUNCTIONS AND RELIABILITY WITHOUT NOTICE.Body Diode Reverse Recovery Time Body Diode Reverse Recovery ChargeI F =9A, dI/dt=100A/µsDrain-Source Breakdown Voltage On state drain currentI D =250µA, V GS =0V V GS =10V, V DS =5V V GS =10V, I D =9AReverse Transfer Capacitance I F =9A, dI/dt=100A/µs FET2 Electrical Characteristics (T J =25°C unless otherwise noted)STATIC PARAMETERS Parameter Conditions I DSS µA Gate Threshold Voltage V DS =V GS I D =250µA V DS =30V, V GS =0VV DS =0V, V GS = ±20V Zero Gate Voltage Drain Current Gate-Body leakage current R DS(ON)Static Drain-Source On-ResistanceForward TransconductanceDiode Forward Voltagem ΩV GS =4.5V, I D =7AI S =1A,V GS =0V V DS =5V, I D =9ATotal Gate Charge Gate Source Charge Gate resistanceV GS =0V, V DS =0V, f=1MHzTurn-On Rise Time Turn-Off DelayTime V GS =10V, V DS =15V, R L =1.7Ω, R GEN =3ΩTurn-Off Fall TimeMaximum Body-Diode Continuous CurrentInput Capacitance Output Capacitance Turn-On DelayTime DYNAMIC PARAMETERS V GS =10V, V DS =15V, I D =9ATotal Gate Charge Gate Drain Charge V GS =0V, V DS =15V, f=1MHz SWITCHING PARAMETERS A: The value of R θJA is measured with the device mounted on 1in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The value in any given application depends on the user's specific board design. B: Repetitive rating, pulse width limited by junction temperature.C. The R θJA is the sum of the thermal impedence from junction to lead R θJL and lead to ambient.D. The static characteristics in Figures 1 to 6 are obtained using <300 µs pulses, duty cycle 0.5% max.E. These tests are performed with the device mounted on 1 in 2FR-4 board with 2oz. Copper, in a still air environment with T A =25°C. The SOA curve provides a single pulse rating.F. The current rating is based on the t ≤ 10s thermal resistance rating.Rev 2: June 2007AO4932AO4932。

ADA4937-2 Evaluation BoardPart No. ADA4930-1YCP-EBZThese evaluation boards are designed to help users evaluate the ADA4930-1. The evaluation board is a BARE BOARD. There are no components or amplifiers soldered to the board. The unpopulated board enables users to quickly customize and prototype a variety of op amp circuits, which minimizes risk and reduces time to market.The User Guide contains all the required documentation to build the board, including schematics, assembly drawing, and Bill of MaterialsEvaluation Board User GuideUG-132One Technology Way • P .O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • Differential Amplifier Evaluation Board for Single16-lead 3 mm × 3 mm LFCSP PackagesPLEASE SEE THE LAST PAGE FOR AN IMPORTANT WARNING AND LEGAL TERMS AND CONDITIONS.Rev. 0 | Page 1 of 8FEATURESFlexible board layoutAccommodates the ADA492x-1 and ADA493x-1 family of differential amplifiersAllows for various circuit configurations Enables quick breadboarding/prototyping Edge-mounted circuit configurationEasy connection to test equipment and other circuits RoHS compliantGENERAL DESCRIPTIONThe Analog Devices, Inc., differential driver evaluation board makes it easy for designers to obtain quick performance results for their particular differential driver application circuits. The board layout is very flexible and allows for many circuitconfigurations, including traditional four-resistor circuits, circuits with two different feedback loops, circuits with input and output transformers, filters, and many others. Most resistors and capacitors use 0603 and 0508 packages.The evaluation board part number labeling does not contain any specific differential amplifier part number information because this is a universal evaluation board and can be used with any Analog Devices differential amplifier in a 16-lead,3 mm × 3 mm LFCSP with a dedicated feedback pin.The board accommodates the ADA492x-1 and ADA493x-1 family of differential amplifiers. The data sheets for thesedevices should be consulted in conjunction with this evaluation board user guide.08990-003Figure 1. Component Side (LFCSP)08990-003Figure 2. Circuit Side (LFCSP)UG-132Evaluation Board User GuideRev. 0 | Page 2 of 8TABLE OF CONTENTSFeatures .............................................................................................. 1 General Description ......................................................................... 1 Revision History ............................................................................... 2 Differential Driver Evaluation Board Schematic .......................... 3 Evaluation Board Hardware ............................................................ 4 Power Supplies .............................................................................. 4 Feedback Networks and Input/Output Terminations ............. 4 V OCM Input ......................................................................................4 Common-Mode Voltage ...............................................................4 SMA Input/Output Connectors ..................................................4 Evaluation Board Layout ..................................................................5 Ordering Information .......................................................................6 Bill of Materials ..............................................................................6 Related Links .. (6)REVISION HISTORY10/10—Revision 0: Initial VersionRev. 0 | Page 3 of 8DIFFERENTIAL DRIVER EVALUATION BOARD SCHEMATIC08990-001Figure 3. Differential Driver Evaluation Board SchematicRev. 0 | Page 4 of 8EVALUATION BOARD HARDWAREPOWER SUPPLIESPower is applied to the board through test pins +V S and −V S (see Figure 3). The board accommodates single or dual supplies. For single-supply operation, connect the negative supply to the ground plane.It is very important that the power supply pins of the device under test (DUT) have broadband decoupling circuitry. The board layout facilitates this with footprints for a 0508 ceramic capacitor C1 and C2) on each supply. Bulk decoupling is provided by C3 and C4; 10 µF tantalum capacitors are recommended.FEEDBACK NETWORKS AND INPUT/OUTPUT TERMINATIONSR1/RG and R2/RF comprise the upper resistive feedback loop (see Figure 3), and R3/RG and R4/RF compose the lower feedback loop. To minimize summing node capacitances, the ground plane under and around Pin 1 and Pin 8 of the DUT (see Figure 3) and the copper that connects to them have been removed.R5 and R6 are included as input termination resistors for applica-tions that have single-ended inputs. V OCM INPUTAn external voltage can be applied to V OCM via J6 (referenced to the ground plane of the board). In ADC driving applications, it is convenient to apply the ADC dc reference voltage output directly to J6. The R11 component position can be used for both resistors and capacitors. A 0.1 μF capacitor is used in normal applications to provide bypassing for the dc voltage applied to the V OCM pin.It is also possible to drive the V OCM input from an external ac source. In this case, omit R11 or reduce it to a value that allows the desired signal to be passed.COMMON-MODE VOLTAGEThe internal common-mode feedback loop used in the differen-tial drivers forces the output common-mode voltage to be equal to the voltage applied to the V OCM input, thereby providing excellent output balance.SMA INPUT/OUTPUT CONNECTORSThe inputs and outputs have edge-mounted SMA connectors for convenient connection to coaxial cables. The recommended connector type is Johnson Components™, Part Number 142-0701-801 or equivalent.Rev. 0 | Page 5 of 8Figure 4. Assembly Drawing Component Side08990-005Figure 5. Component Side Metallization (LFCSP)Figure 6. Circuit Side Metallization (LFCSP)ORDERING INFORMATIONBILL OF MATERIALSRELATED LINKSRev. 0 | Page 6 of 8NOTESRev. 0 | Page 7 of 8UG-132Evaluation Board User GuideRev. 0 | Page 8 of 8NOTESESD CautionESD (electrostatic discharge) sensitive device . Charged devices and circuit boards can discharge without detection. Although this product features patented or proprietary protection circuitry, damage may occur on devices subjected to high energy ESD. Therefore, proper ESD precautions should be taken to avoid performance degradation or loss of functionality.Legal Terms and ConditionsBy using the evaluation board discussed herein (together with any tools, components documentation or support materials, the “Evaluation Board”), you are agreeing to be bound by the terms and conditions set forth below (“Agreement”) unless you have purchased the Evaluation Board, in which case the Analog Devices Standard Terms and Conditions of Sale shall govern. Do not use the Evaluation Board until you have read and agreed to the Agreement. Your use of the Evaluation Board shall signify your acceptance of the Agreement. This Agreement is made by and between you (“Customer”) and Analog Devices, Inc. (“ADI”), with its principal place of business at One Technology Way, Norwood, MA 02062, USA. Subject to the terms and conditions of the Agreement, ADI hereby grants to Customer a free, limited, personal, temporary, non-exclusive, non-sublicensable, non-transferable license to use the Evaluation Board FOR EVALUATION PURPOSES ONLY . Customer understands and agrees that the Evaluation Board is provided for the sole and exclusive purpose referenced above, and agrees not to use the Evaluation Board for any other purpose. Furthermore, the license granted is expressly made subject to the following additional limitations: Customer shall not (i) rent, lease, display, sell, transfer, assign, sublicense, or distribute the Evaluation Board; and (ii) permit any Third Party to access the Evaluation Board. As used herein, the term “Third Party” includes any entity other than ADI, Customer, their employees, affiliates and in-house consultants. The Evaluation Board is NOT sold to Customer; all rights not expressly granted herein, including ownership of the Evaluation Board, are reserved by ADI. CONFIDENTIALITY . This Agreement and the Evaluation Board shall all be considered the confidential and proprietary information of ADI. Customer may not disclose or transfer any portion of the Evaluation Board to any other party for any reason. Upon discontinuation of use of the Evaluation Board or termination of this Agreement, Customer agrees to promptly return the Evaluation Board to ADI. ADDITIONAL RESTRICTIONS. Customer may not disassemble, decompile or reverse engineer chips on the Evaluation Board. Customer shall inform ADI of any occurred damages or any modifications or alterations it makes to the Evaluation Board, including but not limited to soldering or any other activity that affects the material content of the Evaluation Board. Modifications to the Evaluation Board must comply with applicable law, including but not limited to the RoHS Directive. TERMINATION. ADI may terminate this Agreement at any time upon giving written notice to Customer. Customer agrees to return to ADI the Evaluation Board at that time. LIMITATION OF LIABILITY . THE EVALUATION BOAR D PR OVIDED HER EUNDER IS PR OVIDED “AS IS” AND ADI MAKES NO WARRANTIES OR REPRESENTATIONS OF ANY KIND WITH RESPECT TO IT. ADI SPECIFICALLY DISCLAIMS ANY REPRESENTATIONS, ENDORSEMENTS, GUARANTEES, OR WARRANTIES, EXPRESS OR IMPLIED, RELATED TO THE EVALUATION BOAR D INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WAR R ANTY OF MERCHANTABILITY , TITLE, FITNESS FOR A PAR TICULAR PUR POSE OR NONINFRINGEMENT OF INTELLECTUAL PROPERTY RIGHTS. IN NO EVENT WILL ADI AND ITS LICENSORS BE LIABLE FOR ANY INCIDENTAL, SPECIAL, INDIRECT, OR CONSEQUENTIAL DAMAGES RESUL TING FROM CUSTOMER’S POSSESSION OR USE OF THE EVALUATION BOARD, INCLUDING BUT NOT LIMITED TO LOST PROFITS, DELAY COSTS, LABOR COSTS OR LOSS OF GOODWILL. ADI’S TOTAL LIABILITY FROM ANY AND ALL CAUSES SHALL BE LIMITED TO THE AMOUNT OF ONE HUNDRED US DOLLARS ($100.00). EXPORT. Customer agrees that it will not directly or indirectly export the Evaluation Board to another country, and that it will comply with all applicable United States federal laws and regulations relating to exports. GOVERNING LAW. This Agreement shall be governed by and construed in accordance with the substantive laws of the Commonwealth of Massachusetts (excluding conflict of law rules). Any legal action regarding this Agreement will be heard in the state or federal courts having jurisdiction in Suffolk County, Massachusetts, and Customer hereby submits to the personal jurisdiction and venue of such courts. The United Nations Convention on Contracts for the International Sale of Goods shall not apply to this Agreement and is expressly disclaimed. ©2010 Analog Devices, Inc. All rights reserved. Trademarks and registered trademarks are the property of their respective owners.UG08990-0-10/10(0)。

排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位1 Intel Core i7-3920XM 1MB + 8MB 55 2900-3800 4/8 222 Intel Core i7-3820QM 1MB + 8MB 45 2700-3700 4/8 223 Intel Core i7 3720QM 1MB + 6MB 45 2600-3600 4/8 224 Intel Core i7 2960XM 1MB+8MB 55 2700-3700 4/8 325 Intel Core i7 2860QM 1MB+8MB 45 2500-3600 4/8 326 Intel Core i7 3615QM 1MB + 6MB 45 2300-3300 4/8 227 Intel Core i7 3610QM 1MB + 6MB 45 2300-3300 4/8 228 Intel Core i7 2920XM 1MB+8MB 55 2500-3500 4/8 329 Intel Core i7 2760QM 1MB+6MB 45 2400-3500 4/8 3210 Intel Core i7 2820QM 1MB+8MB 45 2300-3400 4/8 3211 Intel Core i7 3612QM 1MB + 6MB 35 2100-3100 4/8 2212 Intel Core i7 2720QM 1MB+6MB 45 2200-3300 4/8 3213 Intel Core i7 2675QM 1MB+6MB 45 2200-3100 4/8 3214 Intel Core i7 2670QM 1MB+6MB 45 2200-3100 4/8 3215 Intel Core i7-2635QM 1MB+6MB 45 2000-2900 4/8 3216 Intel Core i7 2630QM 1MB+6MB 45 2000-2900 4/8 3217 Intel Core i7 940XM 1MB+8MB 2500 55 2130-3333 4/8 4518 Intel Core i7 920XM 1MB+8MB 2500 55 2000-3200 4/8 4519 Intel Core i7-3520M 512KB + 4MB 35 2900-3600 2/4 22排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位20 Intel Core i5 3360M 512KB + 3MB 35 2800-3500 2/4 2221 Intel Core i7-2640M 512KB+4MB 35 2800-3500 2/4 3222 Intel Core i5 3320M 512KB+3MB 35 2600-3300 2/4 2223 Intel Core i7 840QM 1MB+8MB 2500 45 1860-3200 4/8 4524 Intel Core i7 2620M 512KB+4MB 35 2700-3400 2/4 3225 Intel Core i5 3210M 512KB+3MB 35 2500-3100 2/4 2226 Intel Core i7 640M 512KB+4MB 2500 35 2800-3460 2/4 3227 Intel Core i7 820QM 1MB+8MB 2500 45 1730-3060 4/8 4528 Intel Core 2 Extreme QX9300 12MB 1066 45 2530 4/4 4529 Intel Core i5 2540M 512KB+3MB 35 2600-3300 2/4 3230 Intel Core i7 620M 512KB+4MB 2500 35 2660-3333 2/4 3231 Intel Core i7 740QM 1MB+6MB 2500 45 1730-2930 4/8 4532 Intel Core i5 2520M 512KB+3MB 35 2500-3200 2/4 3233 Intel Core i5 2450M 512KB+3MB 35 2500-3100 2/4 3234 Intel Core i5 580M 512KB+3MB 4800 35 2666-3333 2/4 3235 Intel Core i5 2435M 512KB+3MB 35 2400-3000 2/4 3236 Intel Core i5 2430M 512KB+3MB 35 2400-3000 2/4 3237 Intel Core i7-3667U 512KB+4MB 17 2000-3100 2/4 2238 Intel Core i5-2415M 512KB+3MB 35 2300-2900 2/4 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位39 Intel Core i5 2410M 512KB+3MB 35 2300-2900 2/4 3240 Intel Core i7-3517U 512KB+4MB 17 1900-3000 2/4 2241 Intel Core i5 560M 512KB+3MB 2500 35 2667-3200 2/4 3242 Intel Core i7 720QM 1MB+6MB 2500 45 1600-2800 4/8 4543 Intel Core 2 Extreme X9100 6MB 1066 44 3060 2/2 4544 Intel Core 2 Duo T9900 6MB 1066 35 3060 2/2 4545 Intel Core 2 Duo T9800 6MB 1066 35 2920 2/2 4546 Intel Core i5 480M 512KB+3MB 2400 35 2666-2933 2/4 3247 Intel Core i5 540M 512KB+3MB 2500 35 2530-3066 2/4 3248 Intel Core i5 460M 512KB+3MB 2400 35 2530-2800 2/4 3249 Intel Core i3 2370M 512KB+3MB 35 2400 2/4 3250 Intel Core i3 390M 512KB+3MB 2500 35 2667 2/4 3251 Intel Core 2 Duo P9700 6MB 1066 28 2800 2/2 4552 Intel Core 2 Duo T9600 6MB 1066 35 2800 2/2 4553 Intel Core 2 Extreme X9000 6MB 800 44 2800 2/2 4554 Intel Core i3 2350M 512KB+3MB 35 2200 2/4 3255 Intel Core i7 2649M 512KB+4MB 25 2300-3200 2/4 3256 Intel Core i5 520M 512KB+3MB 2500 35 2400-2933 2/4 3257 Intel Core i7 2629M 512KB+4MB 25 2100-3000 2/4 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位58 Intel Core i5 450M 512KB+3MB 2500 35 2400-2660 2/4 3259 Intel Core i3 380M 512KB+3MB 2500 35 2533 2/4 3260 AMD Phenom II X2 X640 BE 2MB 3600 45 3200 2/2 4561 Intel Core i5-3427U 512KB+3MB 17 1800-2800 2/4 2262 Intel Core i7-2677M 512KB+4MB 17 1800-2900 2/4 3263 Intel Core i3 2330M 512KB+3MB 35 2200 2/4 3264 Intel Core i7-660LM 512KB+4MB 2500 25 2267-3067 2/4 3265 Intel Core 2 Extreme X7900 4MB 800 44 2800 2/2 6566 Intel Core 2 Quad Q9100 12MB 1066 45 2260 4/4 4567 Intel Core i5-3317U 512KB + 3MB 17 1700-2600 2/4 2268 Intel Core 2 Duo P9600 6MB 1066 25 2660 2/2 4569 Intel Core 2 Duo T9550 6MB 1066 35 2660 2/2 4570 AMD Phenom II X2 X620 BE 2MB 3600 45 3100 2/2 4571 Intel Core 2 Duo T9500 6MB 800 35 2600 2/2 4572 Intel Core i5 430M 512KB+3MB 2500 35 2260-2533 2/4 3273 Intel Core i3 370M 512KB+3MB 2500 35 2400 2/4 3274 Intel Core i3 2310M 512KB+3MB 35 2100 2/4 3275 Intel Core i7 640LM 512KB+4MB 2500 25 2130-2933 2/4 3276 Intel Core i7 2657M 512KB+4MB 17 1600-2700 2/4 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位77 Intel Core i5 2557M 512KB+3MB 17 1700-2700 2/4 3278 Intel Core 2 Duo SP9600 6MB 1066 25 2530 2/2 4579 Intel Core 2 Duo P9500 6MB 1066 25 2530 2/2 4580 Intel Core i7 620LM 512KB+4MB 2500 25 2000-2800 2/4 3281 Intel Core 2 Duo T9400 6MB 1066 35 2530 2/2 4582 AMD A8-3550MX 4MB 45 2000-2700 4/4 3283 Intel Core 2 Duo P8800 3MB 1066 25 2660 2/2 4584 Intel Core 2 Duo T9300 6MB 800 35 2500 2/2 4585 AMD Phenom II X2 N660 2MB 3600 35 3000 2/2 4586 Intel Core i3 350M 512KB+3MB 2500 35 2260 2/4 3287 Intel Core 2 Extreme X7800 4MB 800 44 2600 2/2 6588 Intel Core 2 Duo T7800 4MB 800 35 2600 2/2 6589 Intel Core 2 Duo P8700 3MB 1066 25 2530 2/2 4590 AMD Phenom II X2 N640 2MB 3600 35 2900 2/2 4591 AMD Phenom II X4 X940 BE 2MB 3600 45 2400 4/4 4592 Intel Pentium B960 512KB + 2MB 35 2200 2/2 3293 Intel Core 2 Duo SP9400 6MB 1066 25 2400 2/2 4594 Intel Core i3 330M 512KB+3MB 2500 35 2130 2/4 3295 Intel Core i7 2617M 512KB+4MB 17 1500-2600 2/4 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位96 Intel Core i7 680UM 512KB+4MB 2500 18 1467-2533 2/4 3297 AMD Phenom II X2 P650 2MB 3600 25 2800 2/2 4598 AMD Phenom II X2 N620 2MB 3600 35 2800 2/2 4599 AMD Phenom II X4 X920 BE 2MB 3600 45 2300 4/4 45 100 Intel Core i5-2467M 512KB + 3MB 17 1600-2300 2/4 32 101 Intel Core i3-3217U 512KB + 3MB 17 1800 2/4 22 102 Intel Core 2 Duo P8600 3MB 1066 25 2400 2/2 45 103 AMD Phenom II X3 N870 1.5MB 3600 35 2300 3/3 45 104 AMD Phenom II X4 N970 2MB 3600 35 2200 4/4 45 105 AMD A8-3530MX 4MB 45 1900-2600 4/4 32 106 Intel Core 2 Duo T8300 3MB 800 35 2400 2/2 45 107 Intel Core i5 2537M 512KB+3MB 17 1400-2300 2/4 32 108 Intel Pentium P6300 512KB+3MB 2500 35 2266 2/2 32 109 Intel Pentium B950 512KB+2MB 35 2100 2/2 32 110 Intel Core 2 Duo T7700 4MB 800 34 2400 2/2 65 111 Intel Core 2 Quad Q9000 6MB 1066 45 2000 4/4 45 112 AMD Phenom II X3 N850 1.5MB 3600 35 2200 3/3 45113 AMD Phenom II X4 N950 2MB 3600 35 2100 4/4 45114 AMD Phenom II X4 N930 2MB 3600 35 2000 4/4 45排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位115 AMD Phenom II X3 N830 1.5MB 3600 35 2100 3/3 45116 AMD A8-3510MX 4MB 45 1800-2500 4/4 32117 AMD A6-3430MX 4MB 45 1700-2400 4/4 32118 Intel Core 2 Duo SP9300 6MB 1066 25 2260 2/2 45119 Intel Core i7 660UM 512KB+4MB 2500 18 1333-2400 2/4 32120 AMD A8-3520M 4MB 35 1600-2500 4/4 32121 Intel Core 2 Duo P8400 3MB 1066 25 2260 2/2 45122 AMD Phenom II X4 P960 2MB 3600 25 1800 4/4 45123 Intel Core 2 Duo P7570 3MB 1066 25 2260 2/2 45124 Intel Core 2 Duo P7550 3MB 1066 25 2260 2/2 45125 Intel Core 2 Duo T7600 4MB 667 34 2330 2/2 65126 Intel Pentium P6200 512KB+3MB 2500 35 2133 2/2 32127 Intel Pentium B940 512KB+2MB 35 2000 2/2 32128 Intel Core 2 Duo T6770 2MB 800 35 2300 2/2 45129 AMD A8-3500M 4MB 35 1500-2400 4/4 32130 AMD Phenom II X3 P860 1.5MB 3600 25 2000 3/3 45131 AMD A6-3410MX 4MB 45 1600-2300 4/4 32132 AMD Phenom II X4 P940 2MB 3600 25 1700 4/4 45133 AMD Turion II N570 2MB 3600 35 2700 2/2 45排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位134 AMD Turion II Ultra M660 2MB 3600 35 2700 2/2 45135 Intel Core i5 560UM 512KB+3MB 2500 18 1333-2130 2/4 32136 Intel Core i7 640UM 512KB+4MB 2500 18 1200-2266 2/4 32137 Intel Pentium Dual Core T4500 1MB 800 35 2300 2/2 45138 Intel Core 2 Duo T7500 4MB 800 35 2200 2/2 65139 Intel Core 2 Duo SL9600 6MB 1066 17 2130 2/2 45140 Intel Core 2 Duo P7450 3MB 1066 25 2130 2/2 45141 AMD A6-3400M 4MB 35 1400-2300 4/4 32142 AMD Phenom II X3 P840 1.5MB 3600 25 1900 3/3 45143 AMD Phenom II X4 P920 2MB 3600 25 1600 4/4 45144 AMD Turion II N550 2MB 3600 35 2600 2/2 45145 AMD Turion II Ultra M640 2MB 3600 35 2600 2/2 45146 Intel Core 2 Duo T7400 4MB 667 34 2160 2/2 65147 Intel Core 2 Duo T8100 3MB 800 35 2100 2/2 45148 Intel Core 2 Duo T6670 2MB 800 35 2200 2/2 45149 Intel Core 2 Duo T6600 2MB 800 35 2200 2/2 45150 AMD Phenom II X3 P820 1.5MB 3600 25 1800 3/3 45151 Intel Core 2 Duo T5900 2MB 800 35 2200 2/2 65152 AMD Turion II P560 2MB 3600 25 2500 2/2 45排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位153 AMD Turion II N530 2MB 3600 35 2500 2/2 45154 AMD Turion II Ultra M620 2MB 3600 35 2500 2/2 45155 Intel Core 2 Duo P7370 3MB 1066 25 2000 2/2 45156 Intel Core Duo T2700 2MB 667 31 2330 2/2 65157 Intel Pentium Dual Core T4400 1MB 800 35 2200 2/2 45158 Intel Pentium P6100 512KB+3MB 2500 35 2000 2/2 32159 Intel Celeron M P4600 512KB+2MB 2500 35 2000 2/2 32160 AMD Turion II M560 1MB 3600 35 2500 2/2 45161 AMD Athlon II N370 1MB 3200 35 2500 2/2 45162 Intel Pentium P6000 512KB+3MB 4800 35 1860 2/2 32163 Intel Celeron M P4500 512KB+2MB 2500 35 1860 2/2 32164 Intel Core 2 Duo P7350 3MB 1066 25 2000 2/2 45165 Intel Core 2 Duo T7300 4MB 800 34 2000 2/2 65166 Intel Core 2 Duo T6570 2MB 800 35 2100 2/2 45167 Intel Core 2 Duo T6500 2MB 800 35 2100 2/2 45168 Intel Core 2 Duo T5850 2MB 667 34 2100 2/2 65169 AMD Turion II P540 2MB 3600 25 2400 2/2 45170 AMD Turion II Ultra M600 2MB 3600 35 2400 2/2 45171 Intel Pentium Dual Core T4300 1MB 800 35 2100 2/2 45排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位172 Intel Celeron Dual-Core T3500 1MB 800 35 2100 2/2 45173 Intel Celeron B815 2MB 35 1600 2/2 32174 Intel Celeron B810 2MB 35 1600 2/2 32175 AMD Athlon II N350 1MB 3200 35 2400 2/2 45176 AMD Turion II M540 1MB 3600 35 2400 2/2 45177 AMD Turion II P520 2MB 3600 25 2300 2/2 45178 Intel Core Duo T2600 2MB 667 31 2160 2/2 65179 Intel Core 2 Duo SL9400 6MB 1066 17 1860 2/2 45180 Intel Core 2 Duo SL9380 6MB 800 17 1800 2/2 45181 Intel Pentium Dual Core T3400 1MB 667 35 2160 2/2 65182 Intel Core 2 Duo T6400 2MB 800 35 2000 2/2 45183 Intel Core 2 Duo T5870 2MB 800 34 2000 2/2 65184 AMD Turion X2 Ultra ZM-86 2MB 3600 35 2400 2/2 65185 Intel Core 2 Duo T7200 4MB 667 34 2000 2/2 65186 Intel Celeron B800 2MB 35 1500 2/2 65187 Intel Core 2 Duo T5800 2MB 800 35 2000 2/2 65188 Intel Core 2 Duo T7250 2MB 800 35 2000 2/2 65189 AMD Athlon II N330 1MB 3200 35 2300 2/2 45190 AMD Athlon II P360 1MB 3200 25 2300 2/2 45排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位191 AMD Turion II M520 1MB 3600 35 2300 2/2 45192 AMD Athlon II M360 1MB 3200 35 2300 2/2 45193 Intel Core 2 Duo T5750 2MB 667 34 2000 2/2 65 194 AMD A4-3330MX 2MB 45 2200-2600 2/2 32 195 Intel Pentium Dual Core T4200 1MB 800 35 2000 2/2 45 196 Intel Celeron Dual-Core T3300 1MB 800 35 2000 2/2 45 197 AMD A4-3310MX 2MB 45 2100-2500 2/2 32 198 AMD A4-3320M 2MB 45 2100-2600 2/2 32 199 AMD A4-3300M 2MB 35 1900-2500 2/2 32 200 AMD A4-3305M 1MB 35 1900-2500 2/2 32 201 AMD Turion II M500 1MB 3600 35 2200 2/2 45 202 AMD Athlon II P340 1MB 3200 25 2200 2/2 45 203 AMD Athlon II M340 1MB 3200 35 2200 2/2 45 204 Intel Core 2 Duo L7700 4MB 800 17 1800 2/2 65 205 Intel Core 2 Duo SP7700 4MB 800 20 1800 2/2 65 206 Intel Celeron Dual-Core T3100 1MB 800 35 1900 2/2 45 207 Intel Core i5 470UM 512KB+3MB 2500 18 1333-1867 2/4 32 208 Intel Core i7 620UM 512KB+4MB 2500 18 1060-2133 2/4 32 209 AMD Turion X2 Ultra ZM-85 2MB 4400 35 2300 2/2 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位210 AMD Turion X2 Ultra ZM-84 2MB 3600 35 2300 2/2 65211 Intel Pentium Dual Core T3200 1MB 667 35 2000 2/2 65212 Intel Pentium Dual Core T2410 1MB 533 35 2000 2/2 65213 AMD E2-3000M 1MB 35 1800-2400 2/2 32214 AMD Athlon II P320 1MB 3200 25 2100 2/2 45215 AMD Athlon II M320 1MB 3200 35 2100 2/2 45216 Intel Core 2 Duo T7100 2MB 800 34 1800 2/2 65217 Intel Core 2 Duo T5670 2MB 800 35 1800 2/2 65218 AMD Turion 64 X2 TL-68 1MB 800 35 2400 2/2 65219 AMD Turion X2 Ultra ZM-82 2MB 3600 35 2200 2/2 65220 AMD Turion X2 RM-77 1MB 4000 35 2300 2/2 65221 AMD Turion X2 RM-76 1MB 3600 35 2300 2/2 65222 AMD Turion 64 X2 TL-66 1MB 800 35 2300 2/2 65223 Intel Core Duo T2500 2MB 667 31 2000 2/2 65224 Intel Celeron Dual-Core T3000 1MB 800 35 1800 2/2 45225 Intel Core i5 540UM 512KB+3MB 2500 18 1200-2000 2/4 32226 AMD Athlon X2 QL-67 1MB 4000 35 2200 2/2 65227 AMD Turion X2 RM-75 1MB 4000 35 2200 2/2 65228 AMD Athlon X2 QL-66 1MB 3600 35 2200 2/2 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位229 AMD Turion X2 RM-74 1MB 3600 35 2200 2/2 65230 AMD Turion 64 X2 TL-64 1MB 800 35 2200 2/2 65231 Intel Core 2 Duo SL9300 6MB 1066 17 1600 2/2 45232 Intel Core 2 Duo T5600 2MB 667 34 1830 2/2 65233 AMD Athlon II M300 1MB 3200 35 2000 2/2 45234 AMD Turion X2 Ultra ZM-80 2MB 3600 32 2100 2/2 65235 AMD Athlon X2 QL-65 1MB 3600 35 2100 2/2 65236 AMD Athlon X2 QL-64 1MB 3600 35 2100 2/2 65237 AMD Turion X2 RM-72 1MB 3600 35 2100 2/2 65238 Intel Core Duo T2450 2MB 533 31 2000 2/2 65239 Intel Core i3-2357M 512KB + 3MB 17 1300 2/4 32240 Intel Core 2 Duo T5550 2MB 667 34 1830 2/2 65241 Intel Core Duo T2400 2MB 667 31 1830 2/2 65242 Intel Celeron Dual-Core T1700 1MB 667 35 1830 2/2 65243 AMD Turion 64 X2 TL-62 1MB 800 35 2100 2/2 65244 Intel Pentium Dual Core T2390 1MB 533 35 1860 2/2 65245 Intel Pentium Dual Core T2130 1MB 533 31 1860 2/2 65246 Intel Core i3 380UM 512KB+3MB 2500 18 1333 2/4 32247 AMD Turion X2 RM-70 1MB 3600 31 2000 2/2 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位248 AMD Athlon X2 QL-62 1MB 3600 35 2000 2/2 65249 AMD Turion 64 X2 TL-60 1MB 800 35 2000 2/2 90250 AMD Athlon X2 QL-60 1MB 3600 35 1900 2/2 65251 Intel Core 2 Duo T5500 2MB 667 34 1660 2/2 65252 Intel Core i5 430UM 512KB+3MB 2500 18 1200-1730 2/4 32253 Intel Core i5 520UM 512KB+3MB 2500 18 1060-1866 2/4 32254 Intel Core 2 Duo T5470 2MB 800 35 1600 2/2 65255 Intel Core 2 Duo T5450 2MB 667 34 1660 2/2 65256 Intel Core 2 Duo T5300 2MB 533 34 1730 2/2 65257 Intel Core Duo L2500 2MB 667 15 1830 2/2 65258 Intel Core Duo T2350 2MB 533 31 1860 2/2 65259 Intel Core 2 Duo SP7500 4MB 800 20 1600 2/2 65260 Intel Core 2 Duo SU9600 3MB 800 10 1600 2/2 45261 Intel Core 2 Duo T5200 2MB 533 34 1660 2/2 65262 Intel Core Duo T2250 2MB 533 31 1700 2/2 65263 Intel Core Duo T2300 2MB 667 31 1660 2/2 65264 Intel Core Duo T2300E 2MB 667 31 1660 2/2 65265 Intel Core 2 Duo L7500 4MB 800 17 1600 2/2 65266 Intel Core Duo L2400 2MB 533 9 1660 2/2 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位267 Intel Pentium Dual Core T2370 1MB 533 35 1730 2/2 65268 Intel Pentium Dual Core T2080 1MB 533 31 1730 2/2 65269 Intel Core 2 Duo T5270 2MB 800 35 1400 2/2 65270 Intel Core 2 Duo T5250 2MB 667 34 1500 2/2 65271 Intel Core Duo L2300 2MB 667 15 1500 2/2 65272 Intel Core 2 Duo L7300 4MB 800 17 1400 2/2 65273 AMD Turion II Neo K685 1MB 3200 15 1800 2/2 45274 VIA Nano QuadCore L4700 4MB 1333 28 1-1 4/4 40275 Intel Core 2 Duo SU9400 3MB 800 10 1400 2/2 45276 AMD Turion 64 X2 TL-58 1MB 800 31 1900 2/2 65277 AMD Turion 64 X2 TL-56 1MB 800 33 1800 2/2 90278 Intel Celeron Dual-Core T1600 1MB 667 35 1660 2/2 65279 Intel Celeron Dual-Core T1500 512KB 533 35 1866 2/2 65280 Intel Pentium 977 512KB + 2MB 17 1400 2/2 32281 AMD Athlon 64 X2 TK-57 512KB 667 31 1900 2/2 65282 Intel Core Duo T2050 2MB 533 31 1600 2/2 65283 Intel Celeron Dual-Core T1400 512KB 533 35 1733 2/2 65284 AMD Turion II Neo K665 1MB 3200 15 1700 2/2 45285 Intel Core i3 330UM 512KB+3MB 2500 18 1200 2/4 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位286 Intel Pentium Dual Core T2330 1MB 533 35 1600 2/2 65287 Intel Pentium Dual Core T2060 1MB 533 31 1600 2/2 65288 Intel Pentium U5600 512KB+3MB 2500 18 1333 2/2 32289 Intel Pentium 957 512KB+2MB 17 1200 2/2 32290 AMD Athlon 64 X2 TK-55 512KB 667 31 1800 2/2 65291 AMD Turion II Neo K645 1MB 3200 15 1600 2/2 45292 AMD Athlon 64 X2 TK-42 1MB 1600 20 1600 2/2 65293 AMD Turion 64 X2 TL-53 1MB 800 31 1700 2/2 65294 AMD Athlon 64 X2 TK-53 512KB 667 31 1700 2/2 65295 AMD Athlon Neo X2 L325 1MB 1600 18 1500 2/2 65296 AMD Turion 64 X2 TL-52 1MB 800 31 1600 2/2 90297 Intel Core 2 Duo SU7300 3MB 800 10 1300 2/2 45298 AMD Turion Neo X2 L625 1MB 800 18 1600 2/2 65299 Intel Pentium U5400 512KB+3MB 2500 18 1200 2/2 32300 Intel Celeron 847 512KB+2MB 17 1100 2/2 32301 AMD Turion 64 X2 L510 1MB 800 20 1600 2/2 65302 Intel Pentium Dual Core T2310 1MB 533 35 1460 2/2 65303 Intel Pentium Dual Core SU4100 2MB 800 10 1300 2/2 45304 Intel Celeron M U3600 512KB+2MB 2500 18 1200 2/2 32排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位305 AMD Turion II Neo K625 1MB 3200 15 1500 2/2 45306 AMD Turion 64 X2 TL-50 512KB 800 31 1600 2/2 90 307 AMD Mobile Sempron X2 NI-52 256KB 1800 35 1800 2/2 65 308 AMD Athlon Neo X2 L335 512KB 800 18 1600 2/2 65 309 Intel Celeron M 925 1MB 800 35 2300 1/1 45 310 AMD V-Series V160 512KB 3200 25 2400 1/1 45 311 AMD Athlon II Neo K345 1MB 2000 12 1400 2/2 45 312 Intel Atom D2700 1MB 10 2130 2/4 32 313 Intel Core 2 Duo SU9300 3MB 800 10 1200 2/2 45 314 Intel Core 2 Duo U7700 2MB 533 10 1330 2/2 65 315 Intel Core 2 Duo L7100 4MB 800 17 1200 2/2 65 316 Intel Celeron M 900 1MB 800 35 2200 1/1 45 317 AMD V-Series V140 512KB 3200 25 2300 1/1 45 318 Intel Core 2 Duo U7600 2MB 533 10 1200 2/2 65 319 Intel Celeron Dual-Core SU2300 1MB 800 10 1200 2/2 45 320 Intel Celeron M U3400 512KB+2MB 2500 18 1060 2/2 32 321 AMD Athlon II Neo K325 1MB 2000 12 1300 2/2 45 322 AMD E-450 1MB 18 1660 2/2 40323 AMD E-350 1MB 18 1600 2/2 40排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位324 Intel Core Duo U2500 2MB 533 9 1200 2/2 65325 Intel Core 2 Duo U7500 2MB 533 10 1060 2/2 65326 Intel Atom N2850 1MB 6 2000 2/4 32327 Intel Core Duo U2400 2MB 533 9 1060 2/2 65328 AMD Mobile Athlon 64 4000+ 1MB 800 62 2600 1/1 90329 Intel Pentium M 780 2MB 533 27 2260 1/1 90330 AMD Turion 64 ML-44 1MB 800 35 2400 1/1 90331 AMD Turion 64 ML-42 512KB 800 35 2400 1/1 90332 Intel Pentium M 770 2MB 533 27 2130 1/1 90333 Intel Pentium M 765 2MB 400 21 2100 1/1 90334 Intel Pentium M 760 2MB 533 27 2000 1/1 90335 AMD V-Series V120 512KB 3200 25 2200 1/1 45336 AMD Mobile Sempron M140 512KB 3200 25 2200 1/1 40337 AMD Athlon X2 L310 1MB 800 13 1200 2/2 65338 AMD Turion 64 ML-40 1MB 800 35 2200 1/1 90339 AMD Turion 64 MT-40 1MB 800 25 2200 1/1 90340 Intel Pentium M 755 2MB 400 21 2000 1/1 90341 Intel Celeron M 570 1MB 533 30 2260 1/1 65342 Intel Celeron M 585 1MB 667 31 2160 1/1 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位343 AMD Mobile Sempron M120 512KB 3200 25 2100 1/1 40344 AMD E-300 1MB 18 1300 2/2 40345 Intel Celeron B710 1MB 35 1600 1/1 32346 Intel Celeron M 560 1MB 533 30 2130 1/1 65347 AMD Mobile Sempron M100 512KB 3200 25 2000 1/1 40348 AMD Turion 64 MK-38 512KB 800 31 2200 1/1 90349 AMD Turion 64 MT-37 1MB 800 25 2000 1/1 90350 AMD Turion 64 ML-37 1MB 800 35 2000 1/1 90351 Intel Core Solo T1400 2MB 667 27 1830 1/1 65352 Intel Celeron M 575 1MB 667 31 2000 1/1 65353 Intel Celeron M 550 1MB 533 30 2000 1/1 65354 Intel Celeron M 450 1MB 533 27 2000 1/1 65355 Intel Pentium M 750 2MB 533 27 1860 1/1 90356 Intel Pentium M 745 2MB 400 21 1800 1/1 90357 Intel Core Solo T1350 2MB 533 27 1860 1/1 65358 Intel Celeron M 540 1MB 533 30 1860 1/1 65359 Intel Pentium M 740 2MB 533 27 1730 1/1 90360 Intel Celeron M 440 1MB 533 27 1860 1/1 65361 Intel Pentium M 735 2MB 400 21 1700 1/1 90排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位362 Intel Pentium M 730 2MB 533 27 1600 1/1 90363 Intel Celeron 220 512KB 533 19 1200 1/1 65364 AMD Mobile Athlon 64 3700+ 1MB 800 81 2400 1/1 0365 AMD Mobile Athlon 64 3400+ 1MB 800 62 2200 1/1 0366 AMD Turion 64 MK-36 512KB 800 31 2000 1/1 90367 AMD Mobile Sempron 4000+ 512KB 800 31 2200 1/1 65368 AMD Mobile Athlon 64 3200+ 1MB 800 62 2000 1/1 0369 Intel Mobile Pentium 4 552 1MB 533 88 3460 1/1 90370 Intel Mobile Pentium 4 538 1MB 533 88 3200 1/1 90371 AMD Mobile Sempron 3800+ 256KB 800 31 2200 1/1 65372 AMD Mobile Sempron SI-42 512KB 1800 25 2100 1/1 65373 AMD Athlon II Neo K145 1MB 2000 12 1800 1/1 45374 AMD Mobile Sempron SI-40 512KB 1800 25 2000 1/1 65375 AMD Mobile Athlon 64 3000+ 512KB 800 35 2000 1/1 0376 AMD Athlon II Neo K125 1MB 2000 12 1700 1/1 45377 AMD Turion 64 MT-34 1MB 800 25 1800 1/1 90378 AMD Turion 64 ML-34 1MB 800 35 1800 1/1 90379 Intel Pentium 4-M 548 1MB 533 88 3330 1/1 90380 Intel Mobile Pentium 4 532 1MB 533 88 3060 1/1 90排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位381 Intel Atom D2550 1MB 10 1866 2/4 32382 Intel Atom N2800 1MB 6 1860 2/4 32383 Intel Atom D525 1MB 18 1800 2/4 45384 Intel Atom N2650 1MB 3 1733 2/4 32385 AMD Turion 64 MT-32 512KB 800 25 1790 1/1 90386 AMD Turion 64 ML-32 512KB 800 35 1790 1/1 90387 AMD Mobile Sempron 3600+ 256KB 800 25 2000 1/1 65388 AMD Mobile Athlon 64 2800+ 512KB 800 35 1800 1/1 0389 AMD Mobile Athlon 64 2700+ 512KB 800 35 1600 1/1 0390 AMD Mobile Sempron 3500+ 512KB 800 25 1800 1/1 90391 AMD Mobile Sempron 3400+ 256KB 800 62 2000 1/1 0392 AMD Mobile Sempron 3300+ 128KB 800 62 2000 1/1 90393 AMD Athlon Neo MV-40 512KB 1600 15 1600 1/1 65394 Intel Atom N570 1MB 666 9 1660 2/4 45395 Intel Atom N2600 1MB 0 1600 2/4 32396 Intel Atom 330 1MB 533 8 1600 2/4 45397 AMD Mobile Sempron 3200+ 512KB 800 25 1600 1/1 0398 AMD Mobile Sempron 3100+ 256KB 800 62 1800 1/1 0399 AMD Mobile Sempron 3000+ 256KB 800 35 1800 1/1 0排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位400 Intel Core Solo T1300 2MB 667 27 1660 1/1 65401 Intel Pentium M 725 2MB 400 21 1600 1/1 90402 Intel Celeron M 530 1MB 533 30 1730 1/1 65403 Intel Celeron M 430 1MB 533 27 1730 1/1 65404 Intel Celeron M 390 1MB 400 21 1700 1/1 90405 Intel Atom N550 1MB 666 9 1500 2/4 45406 Intel Atom D2500 1MB 10 1866 2/2 32407 Intel Core 2 Solo SU3500 3MB 800 6 1400 1/1 45408 AMD Turion 64 MT-30 1MB 800 25 1600 1/1 90409 AMD Turion 64 ML-30 1MB 800 35 1600 1/1 90410 Intel Pentium SU2700 2MB 800 10 1300 1/1 45411 Intel Mobile Pentium 4 520 512KB 533 91 2800 1/1 90412 Intel Mobile Pentium 4 518 1MB 533 88 2800 1/1 130413 VIA Nano L2100 1MB 800 25 1800 1/1 65414 Intel Core Solo U1500 2MB 533 5 1330 1/1 65415 Intel Core 2 Solo SU3300 3MB 800 6 1200 1/1 45416 Intel Celeron M 763 1MB 800 10 1400 1/1 45417 Intel Pentium M 715 2MB 400 21 1500 1/1 90418 Intel Celeron M 520 1MB 533 30 1600 1/1 65排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位419 Intel Celeron M 420 1MB 533 27 1600 1/1 65 420 Intel Pentium M 778 2MB 400 10 1600 1/1 90 421 Intel Celeron M 380 1MB 400 21 1600 1/1 90 422 Intel Core Solo T1200 2MB 667 27 1500 1/1 65 423 AMD Athlon 64 TF-20 512KB 667 25 1600 1/1 65 424 AMD Turion 64 MT-28 512KB 800 25 1600 1/1 90 425 AMD Turion 64 ML-28 512KB 800 35 1600 1/1 90 426 AMD Mobile Sempron 2800+ 256KB 800 62 1600 1/1 0 427 Intel Celeron M 410 1MB 533 27 1460 1/1 65 428 AMD Mobile Sempron 2700+ 128KB 800 62 1600 1/1 0 429 AMD Mobile Sempron 2600+ 128KB 800 25 1600 1/1 0 430 Intel Celeron M 743 1MB 800 10 1300 1/1 45 431 Intel Pentium M 710 2MB 400 21 1400 1/1 90 432 Intel Celeron M 330 512KB 400 21 1400 1/1 130 433 Intel Pentium M 758 2MB 400 10 1500 1/1 90 434 Intel Pentium M 705 1MB 400 25 1500 1/1 130 435 Intel Celeron M 370 1MB 400 21 1500 1/1 90436 Motorola PowerPC G4 G4A 1.5 512KB 133 0 1500 1/1 130437 Intel Pentium M 718 1MB 400 10 1300 1/1 130排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位438 Intel Pentium M 773 2MB 400 6 1300 1/1 90439 Intel Celeron M 320 512KB 400 21 1300 1/1 130440 Intel Pentium M 1300 1MB 400 25 1300 1/1 130441 Intel Core 2 Solo U2200 1MB 533 6 1200 1/1 65442 Intel Core Solo U1400 2MB 533 6 1200 1/1 65443 AMD V-Series V105 512KB 2000 9 1200 1/1 45444 AMD C-60 1MB 9 1000-1333 2/2 40445 Intel Pentium M 738 2MB 400 10 1400 1/1 90446 Intel Celeron M 360 1MB 400 21 1400 1/1 90447 AMD Mobile Sempron 210U 256KB 1600 15 1500 1/1 65448 Intel Celeron M 340 512KB 400 21 1500 1/1 130449 AMD C-50 1MB 9 1000 2/2 40450 AMD Z-01 1MB 6 1000 2/2 40451 Intel Atom Z560 512KB 533 0 2130 1/2 45452 Intel Celeron M 350 1MB 400 21 1300 1/1 90453 VIA C7-M C7-M-2000 128KB 533 20 2000 1/1 90454 Intel Atom Z550 512KB 533 2 2000 1/2 45455 AMD E-240 512KB 18 1500 1/1 40456 Intel Pentium M 753 2MB 400 6 1200 1/1 90排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位457 Intel Celeron M 723 1MB 800 5 1200 1/1 45458 Intel Atom N475 512KB 533 7 1860 1/2 45459 Intel Atom N470 512KB 533 7 1860 1/2 45460 Intel Atom Z540 512KB 533 2 1830 1/2 45461 Motorola PowerPC G4 G4 1.3 512KB 133 0 1333 1/1 180462 VIA Nano U2250 1MB 800 10 1500 1/1 65463 Intel Atom N455 512KB 533 7 1660 1/2 45464 Intel Atom N450 512KB 533 6 1660 1/2 45465 Intel Atom N280 512KB 667 3 1660 1/2 45466 Intel Atom 230 512KB 533 4 1600 1/2 45467 Intel Atom Z530 512KB 533 2 1600 1/2 45468 Intel Atom N270 512KB 533 3 1600 1/2 45469 Intel Atom Z2460 768KB 4 1300-1600 1/2 32470 Intel Atom Z670 512KB 3 1500 1/2 45471 Intel Celeron M 310 512KB 400 21 1200 1/1 130472 AMD Athlon 64 L110 512KB 800 0 1200 1/1 0473 AMD C-30 512KB 9 1200 1/1 40474 Intel Pentium M 733 2MB 400 5 1100 1/1 90475 Intel Pentium M 733J 2MB 400 6 1100 1/1 90排名型号二级+三级缓存前端总线(MHz) 功率(瓦) 主频(MHz) 核心/线程工艺(纳米) 64位476 Intel Pentium M 713 1MB 400 5 1100 1/1 130477 VIA C7-M C7-M-1867 128KB 400 15 1867 1/1 90478 Intel Pentium 4-M P4-M 1,7 512KB 400 30 1700 1/1 130479 Intel Mobile Pentium III-M P3M-1200 512KB 133 22 1200 1/1 130480 Intel Core Solo U1300 2MB 533 5 1060 1/1 65481 Intel Core 2 Solo U2100 1MB 533 6 1060 1/1 65482 Intel Pentium M 723 2MB 400 5 1000 1/1 90483 Intel Celeron M 722 1MB 800 6 1200 1/1 45484 Intel Celeron M 423 1MB 533 5 1060 1/1 65 485 Intel Celeron M 383 1MB 400 5 1000 1/1 90 486 Intel Celeron M 373 512KB 400 5 1000 1/1 90 487 Intel Celeron M 523 1MB 533 5 933 1/1 65 488 Intel Pentium M ULV 900 1MB 400 7 900 1/1 130 489 Intel Atom N435 512KB 533 5 1333 1/2 45 490 Intel Atom Z520 512KB 533 2 1333 1/2 45 491 Intel Mobile A A110 512KB 400 3 800 1/1 90 492 AMD Mobile Sempron 200U 256KB 1600 8 1000 1/1 65 493 Intel Celeron 2.8 GHz 128KB 400 53 2800 1/1 130 494 Motorola PowerPC G4 G4 1.0 512KB 133 0 1000 1/1 180 495 Intel Celeron M 353 512KB 400 5 900 1/1 90 496 Intel Celeron M 333 512KB 400 5 900 1/1 130 497 VIA C7-M C7-M-1600 128KB 400 12 1600 1/1 90 498 VIA Nano U2500 1MB 800 7 1200 1/1 65 499 Nvidia Tegra 250 1MB 1 1000 2/2 40 500 Apple A5 0 900 2 40518 Loongson 2F 900MHz 512KB 4 900 1/1 0 519 Qualcomm MSM7227 0 600 0 0。