SM3253
常用套、油管大数据
1、常用套、油管数据D127mm常用套管强度数据表外径 mm 钢级壁厚mm分量Kg内径mm内容积L/m丝抗拉强(KN) 抗挤MPa抗内压强度(MPa)长扣 梯型扣 长圆扣 梯型扣127 SM80 7.52 22.32 112.O 9.85 1410 1790 49.70 57.14 57.149.19 26.78 108.0 9.26 1796 2163 72.3l 69.90 68.32SM90 7.52 22.32 112.0 9.85 1451 1887 54.04 64.24 64.249.1 26.78 108.0 9.26 1850 2263 79.48 78.59 72.45SM95 7.52 1487 1923 55.77 67.83 67.839.19 1186 2322 82.80 83.00 81.14NT80ss 7.52 1380 1780 51.98 60.70 60.709.19 1760 2150 75.90 74.24 72.57NT90ss 7.52 1410 1830 53.94 64.23 64.239.19 1790 2210 79.43 78.55 76.89NT95ss 7.52 1480 1920 55.70 67.76 67.769.19 1880 2320 82.77 82.96 8l_80 D177.8mm 常用套管强度数据表外径 mm 钢级壁厚mm分量Kg内径mm内容积L/m丝抗拉强(KN) 抗挤MPa抗内压强度(MPa)长扣梯型扣长圆扣 梯型扣177.8 K090S 9.19 38.67 159.4 19.96 2576 3184 39.57 56.18 K095S 2689 3275 40.46 59.28AC80S 2354 3025 37.29 49.4l 49.4lAC85S 2454 3070 38.46 53.08 53。
36 AC90S 2576 3180 39.57 56.11 56.1lAC95S 2689 3275 40.46 59.2l 59。
Aeroflex通用仪器产品对比说明
2
2030/2031/2032
-安捷伦 MXG模拟信号源N5181A. - 安捷伦MXG ATE 模拟信号源N5161A -安捷伦N9310A 国产模拟信号发生器 - 罗德斯瓦茨SMA100A - 罗德斯瓦茨SMB100A - 罗德斯瓦茨SMC100A -安捷伦 MXG模拟信号源N5181A. - 安捷伦MXG ATE 模拟信号源N5161A -安捷伦N9310A 国产模拟信号发生器 - 罗德斯瓦茨SMA100A - 罗德斯瓦茨SMB100A - 罗德斯瓦茨SMC100A
1
2399C/2394A/2395A
频谱仪部分（数字） 频谱仪部分（数字）
#B 型号 对比仪器 注释
1
3251/3252/3253/3254
-安捷伦ESA系列E440XB -安捷伦CXA系列N9000A -安捷伦EXA系列N9010A -罗德斯瓦茨FSP系列 -安立MS2690A
325x数字频谱分析仪频率范围： 1kHz~3GHz/8GHz/13.2GHz/26.5GHz
2
3281A/3282A/3283A
-安捷伦PSA E444X系列 -安捷伦PXA N9030A系列 -罗德斯瓦茨FSV系列 -罗德斯瓦茨FSQ系列 -罗德斯瓦茨FSU系列 -安立MS2830A
328x数字频谱分析仪频率范围： 3Hz~3GHz/13.2GHz/26.5GHz
*Note: 1. PXI系列通用测试产品：关于PXI总线模块化信号发生器及信号分析仪产品部分请与艾法斯工程师直接联系。
203x信号源频率范围10KHz~1.35/2.7/5.4GHz
204x信号源频率范围10KHz~1.35/2.7/5.4GHz
iSeries 控制器 CNi32 说明书
CNI3252-DC CNI3243CNI3253CNI3233CNI3233-C24-DC CNI32449-segment LEDThe OMEGA TM CNi32 is the iSeries controller in the extremely compact and increasingly popular 1⁄32 DIN size (22.5 x 45 mm cutout). The CNi32 is the most sophisticated and accurate instrument available in the small 1⁄32 DIN package, yet is still easy to configure.The CNi32 handles more thermocouple, RTD, process voltage and current inputs than any other 1⁄32 DIN controller.The CNi32 is the first 1⁄32 DIN controller with built‑in excitation for transmitters or other devices, 24 Vdc @ 25 mA.The CNiS32 has built‑in excitation for bridge transducers, 5 Vdc @ *********************communications options areinstalled, external excitation may be used and ratiometric operation maintained by connecting the external excitation to the sense leads. Both 4‑ or 6‑wire bridge configurations are supported for internal or external excitation.Non‑ratiometric operation is supported for voltage and current transducersand is also valuable in measuring offset and millivolt output of bridge devices during manufacturing and calibration. This model also features 10‑point linearization which allows the user to linearize the signal input from extremely nonlinear transducers of all kinds.The CNi32 introduces a number of unique features not yet found on any other 1⁄32 DIN instrument. The CNi32 is the first 1⁄32 DIN controller with a totally programmable display that can change color between GREEN, AMBER, and RED at any setpoint or alarm point.The unique 9‑segment LED characters greatly improves alphanumeric representations.The CNi32 is the first 1⁄32 DINcontroller offering 2 SPDT Form C relays, instead of the single throw relays on typical 1⁄32 DIN controllers.The CNi32 is the first to offerboth RS232 and RS422/485 serial communications in 1 instrument (C24 option). The ASCII protocol is selectable from the menu.U H igh Accuracy: ±0.03% Reading, 0.5°C (±0.9°F)U T otally Programmable Color Displays U U ser-Friendly,Simple to Configure U F ree Software U F ull AutotunePID ControlU U niversal Inputs: Thermocouple RTD, Process Voltage/ Current, Strain U R S232 and RS485Serial Communications (Optional)U B uilt-in Excitation U T emperature Stability ±0.04°C/°C RTD and ±0.05°C/°C TC @ 25°C (77°F)U N EMA 4 (IP65) Front Bezel U 2 Control or Alarm Outputs Optional: DC Pulse, Solid State Relays, Mechanical Relays, Analog Voltage and Current U F ront Removable and Plug ConnectorsCNi3233, smaller than actual size.CNi32 Series1⁄32 DIN Temperature,Process and Strain PID ControllersOrdering Examples: CNi3222-C24, 1⁄32 DIN PID controller with 2 solid-state relays for PID control and serial communications, both RS232 and RS485.CNiS322-AL, 1⁄32 DIN strain/process controller, limit alarm version with SSR output.DPi32-B-COVER front panel button cover supplied with eachunit, standard.CNi3233, shown smaller than actual size.CNi3244, shown smaller than actual size.2 “-AL ” option not available on models with analog (option 5) output.3 “-SM ” option not available on CNiS strain/process input models.Universal Temperature and Process Input (DPi/CNi Models) Accuracy: ±0.5°C temp; 0.03% rdg Resolution: 1°/0.1°; 10 µV process Temperature Stability:RTD: 0.04°C/°CTC @ 25°C (77°F): 0.05°C/°CCold Junction CompensationProcess: 50 ppm/°CNMRR: 60 dBCMRR: 120 dBA/D Conversion: Dual slope Reading Rate: 3 samples/sDigital Filter: Programmable Display: 4‑digit 9‑segment LED 10.2 mm (0.40"); i32, i16, i16D, i8DV 21 mm (0.83"); i8 10.2 mm (0.40") and 21 mm (0.83"); i8DH RED,GREEN, and AMBER programmable colorsfor process variable, setpoint and temperature unitsInput Types: Thermocouple, RTD, analog voltage, analog current Thermocouple Lead Resistance:100 Ω maxThermocouple Types (ITS 90):J, K, T, E, R, S, B, C, N, L (J DIN)RTD Input (ITS 68): 100/500/1000 ΩPt sensor, 2‑, 3‑ or 4‑wire; 0.00385 or 0.00392 curveVoltage Input: 0 to 100 mV, 0 to 1V, 0 to 10 VdcInput Impedance: 10 MΩ for 100 mV 1 MΩ for 1 or 10 VdcCurrent Input: 0 to 20 mA (5 Ω load) Configuration: Single‑ended Polarity: UnipolarStep Response: 0.7 sec for 99.9% Decimal Selection: Temperature: None, 0.1 Process: None, 0.1, 0.01 or 0.001 Setpoint Adjustment:‑1999 to 9999 countsSpan Adjustment:0.001 to 9999 countsOffset Adjustment: ‑1999 to 9999 Excitation (Not Included with Communication): 24 Vdc @ 25 mA (not available for low‑power option) Universal Strain and Process Input (DPiS/CNiS Models) Accuracy: 0.03% reading Resolution: 10/1µVTemperature Stability: 50 ppm/°C NMRR: 60 dBCMRR: 120 dBA/D Conversion: Dual slope Reading Rate: 3 samples/sDigital Filter: ProgrammableInput Types: Analog voltage and current Voltage Input: 0 to 100 mVdc,‑100 mVdc to 1 Vdc, 0 to 10 Vdc Input Impedance: 10 MΩ for 100 mV;1 MΩ for 1V or 10 VdcCurrent Input: 0 to 20 mA (5 Ω load) Linearization Points: Up to 10 Configuration: Single‑ended Polarity: UnipolarStep Response: 0.7 sec for 99.9% Decimal Selection: None, 0.1, 0.01or 0.001Setpoint Adjustment:‑1999 to 9999 countsSpan Adjustment: 0.001 to 9999 counts Offset Adjustment: ‑1999 to 9999 Excitation (Optional In Place Of Communication): 5 Vdc @ 40 mA;10 Vdc @ 60 mAControlAction: Reverse (heat) or direct (cool) Modes: Time and amplitude proportional control; selectable manual or auto PID, proportional, proportional with integral, proportional with derivative and anti‑reset Windup, and on/offRate: 0 to 399.9 sReset: 0 to 3999 sCycle Time: 1 to 199 s; set to 0 for on/off Gain: 0.5 to 100% of span; setpoints 1 or 2 Damping: 0000 to 0008Soak: 00.00 to 99.59 (HH:MM), or OFF Ramp to Setpoint:00.00 to 99.59 (HH:MM), or OFFAuto Tune: Operator initiated fromfront panelControl Output 1 and 2Relay: 250 Vac or 30 Vdc @ 3 A (resistive load); configurable for on/off, PID and ramp and soakOutput 1: SPDT, can be configured as alarm 1 outputOutput 2: SPDT, can be configured as alarm 2 outputSSR: ******************.5A (resistive load); continuousDC Pulse: Non‑isolated; 10 Vdc @ 20 mA Analog Output (Output 1 Only):Non‑isolated, proportional 0 to 10 Vdc or 0 to 20 mA; 500 Ω maxOutput 3 Retransmission:Isolated Analog Voltage and Current Current: 10 V max @ 20 mA output Voltage: 20 mA max for 0 to 10 V output Network and Communications Ethernet: Standards complianceIEEE 802.3 10 Base‑TSupported Protocols:TCP/IP, ARP, HTTPGETRS232/RS422/RS485: Selectable from menu; both ASCII and MODBUS protocol selectable from menu; programmable 300 to 19.2 Kb; complete programmable setup capability; program to transmit current display, alarm status, min/max, actual measured input value and statusCommon Specifications(All i/8, i/16, i/32 DIN)RS485: Addressable from 0 to 199Connection: Screw terminalsAlarm 1 and 2 (Programmable)Type: Same as output 1 and 2Operation: High/low, above/below,band, latch/unlatch, normally open/normally closed and process/deviation;front panel configurationsAnalog Output (Programmable):Non‑isolated, retransmission 0 to 10 Vdcor 0 to 20 mA, 500 Ω max (output 1 only);accuracy is ± 1% of FS when followingconditions are satisfied: input is not scaledbelow 1% of input FS, analog output is notscaled below 3% of output FSGeneralPower: 90 to 240 Vac ±10%, 50 to 400Hz*, 110 to 300 Vdc, equivalent voltageLow Voltage Power Option: 24 Vac**,12 to 36 Vdc for DPi/CNi/DPiS/CNiS;20 to 36 Vdc for dual display, ethernetand isolated analog output from qualifiedsafety approved sourceIsolationPower to Input/Output: 2300 Vacper 1 minute testFor Low Voltage Power Option:1500 Vac per 1 minute testPower to Relay/SSR Output:2300 Vac per 1 minute testRelay/SSR to Relay/SSR Output:2300 Vac per 1 minute testRS232/485 to Input/Output:500 Vac per 1 minute testEnvironmental Conditions:All Models: 0 to 55°C (32 to 131°F)90% RH non‑condensingDual Display Models:0 to 50°C (32 to 122°F), 90% RHnon‑condensing (for UL only)Protection:D Pi/CNi/DPiS/CNiS32,16,16D, 8C:NEMA 4X/Type 4 (IP65) front bezelDPi/CNi/DPiS/CNiS8, 8DH, 8DV:NEMA 1/Type 1 front bezelApprovals: UL, C‑UL, CE per2014/35/EU, FM (temperatureunits only)Dimensionsi/8 Series: 48 H x 96 W x 127 mm D(1.89 x 3.78 x 5")i/16 Series: 48 H x 48 W x 127 mm D(1.89 x 1.89 x 5")i/32 Series: 25.4 H x 48 W x 127 mm D(1.0 x 1.89 x 5")Panel Cutouti/8 Series: 45 H x 92 mm W(1.772 x 3.622"), 1⁄8 DINi/16 Series: 45 mm (1.772") square,1⁄16 DINi/32 Series: 22.5 H x 45 mm W(0.886 x 1.772"), 1⁄32 DINWeighti/8 Series: 295 g (0.65 lb)i/16 Series: 159 g (0.35 lb)i/32 Series: 127 g (0.28 lb)* No CE compliance above 60 Hz.** Units can be powered safely with 24 Vacpower, but no certification for CE/UL are claimed.CNI3252-DC CNI3243CNI3253CNI3233CNI3233-C24-DC CNI3244。
华为数通产品目录价2014年8月
销售编码 S0012156
项目型号 AR2240系列企业路由器(all) 主机 AR0M0024BA00 AR0M2240CC00 AR0M0024EA00 AR0M0024DC00 AR0M2240CE00 AR0M0024ED00 AR2240 AR0MSRU40A00 AR0MSRU60A00 AR0MSRU80A00
描述 4端口1000BASE-SFP-L2以太接口卡 4端口1000BASE-RJ45-L3以太WAN接口卡 8端口异步串口接口卡 1端口155M POS 光接口卡 8端口百兆(RJ45)+1端口千兆(RJ45)-L2/L3以太网交换电接口 卡 16端口FXS语音接口卡 32端口FXS语音接口卡 1端口622M POS 光接口卡 1端口通道化POS接口卡(WSIC) 1端口-通道化/非通道化E3/T3 WAN 接口卡 8端口100BASE RJ45 +1端口1000BASE-RJ45-L2以太接口 卡 8端口同异步WAN接口卡 4端口-GE COMBO WAN接口卡(支持syncE) 24端口千兆(RJ45)-L2/L3以太网交换电接口卡 16路语音DSP模块 32路语音DSP模块 64路语音DSP模块 128路语音DSP模块 350W 交流电源模块 350W 直流电源模块 光模块-eSFP-GE-多模模块(850nm,0.5km,LC) 光模块-eSFP-GE-单模模块(1310nm,10km,LC) 光模块-eSFP-GE-单模模块(1310nm,40km,LC) 光模块-eSFP-GE-单模模块(1550nm,40km,LC) 光模块-eSFP-GE-单模模块(1550nm,80km,LC) 光模块-eSFP-GE-单模模块(1550nm,100km,LC) 光模块-SFP-100M/155M-多模模块(1310nm,2km,LC) 光模块-eSFP-100M/155M-单模模块(1310nm,15km,LC) 光模块-eSFP-FE-单模模块(1310nm,40km,LC) 光模块-eSFP-FE-单模模块(1550nm,80km,LC) 光模块-eSFP-GE-BIDI单模模块(TX1490/RX1310,10km,LC) 光模块-eSFP-GE-BIDI单模模块(TX1310/RX1490,10km,LC) 光模块-eSFP-FE-BIDI单模模块(TX1310/RX1550,15km,LC) 光模块-eSFP-FE-BIDI单模模块(TX1550/RX1310,15km,LC) PON光模块-SFP-1244M(Tx)/2488M(Rx)-单模模块1310nm(Tx)/1490nm(Rx)-20km-SC/UPC Compatible with SC/PC
基于国产化通用VPX的信号处理板设计
基于国产化通用VPX的信号处理板设计作者：王锡志来源：《计算机与网络》2022年第01期摘要：针对当前国家信息化设备的快速发展和国产化的不断推进，结合当前国产芯片发展现状。
结合VPX总线架构发展现状，通过开展高速总线互联技术的研究，将二者结合。
以国产芯片为基础，完成了基于国产化通用VPX信号处理板的设计。
对各功能电路进行了详细阐述，并对主要国产芯片系统进行了介绍。
通过硬件平台的开发，在自主化硬件设计、软件适配及VPX总线架构等方面积累经验，为装备实现国产化国产化提供技术支撑。
关键词：国产化；VPX；DSP；FPGA中图分类号：TN919.3文献标志码：A文章编号：1008-1739（2022）01-52-40引言在我国信息设备建设国产化持续推进下，在提倡创新和自主发展的大背景下，为了行业长远和健康发展，必须在芯片领域坚持自主研发和应用[1]。
随着通信对抗专业领域的技术发展，作战目标多样化、应用场景多元化。
对多信号、多功能并行处理能力的设备需求逐步增多，对宽带高速处理与窄带高精度处理的需求在逐步增多，传统的并行总线已不能满足设备需求。
VPX总线作为新一代的高速串行总线，采用了高速串行Rapid IO、PCIe等高性能接口，更加适应现代通信对抗领域对功能繁多、运算复杂、数据量大及高速实时处理的要求[2]。
本文结合目前国产化元器件现状和技术发展需求，对国产化元器件和VPX架构的应用进行研究和探索，设计了一款基于国产芯片的VPX架构信号处理板，详细说明各个功能模块的设计与实现，在自主化硬件设计及VPX总线架构等方面积累经验，为国产化国产化提供技术支撑。
1设计原理信号处理板采用VPX总线标准的6U尺寸设计，符合Vita46/Vita48规范，采用DSP+FPGA+FMC架构。
按照功能设计将接口划分为管理平面、数据平面、扩展平面、控制平面和自定义平面。
板卡融合了IPMC管理、SIRO交换、高速串行总线、通用多核DSP和FPGA等。
优盘量产工具集(芯片精灵)
慧荣SMI方案SM321/SM325/SM3252/3253优盘量产工具SM32x_I1126/read.php?tid=140913慧榮SM3211BC1_I1020_P_091026量產工具（2009.10.26更新）/read.php?tid=139044最新SMI SM3251/SM3252/SM3252BB 量產工具I1023/read.php?tid=136597SM3255量产工具，SM3255_I1016 V2.02/read.php?tid=133578慧荣SM3255_I0918最新量产程序V2.01/read.php?tid=133511最新SMI SM3251/SM3252 量產工具I0910 ********/read.php?tid=133048慧荣SM325X量产工具I0626汉化版（仅适用于SM325X主控）/read.php?tid=117634SM321/SM324/SM325/SM3252优盘量产工具SM32x_I0414/read.php?tid=108286&fpage=2SM325x-BA TSB 43nm D2 Flash专用量产工具/read.php?tid=128645SM32X_I0112量产软件(2009年第一版数码之家首发)/read.php?tid=103204慧荣SM32X_I0112量产软件汉化版/read.php?tid=113384SM32X_H1226量产软件(2008年最后一版)/read.php?tid=78998SM32X_H1226量产软件V1.17.44 V3 12/18 汉化版/read.php?tid=84343慧荣SM32x主控最新量产工具V1.17.42 H1029 (20081101发布)/read.php?tid=65117SM324BC+K9WAG08U1M SLC FLASH专用版量产工具(20081022发布) /read.php?tid=60187SM3251_321CC_DG_针对黑片的最新量产工具V1.17.40 （20081008发布）/read.php?tid=59116SM32X量产工具H0828版/read.php?tid=57092慧荣SM32x主控最新量产工具V1.17.38 H0821/read.php?tid=51044SM32X量产工具H0328汉化版/read.php?tid=30538SM32X量产工具H0229(V1.17.20汉化版,纯手工录入汉字)/read.php?tid=27371SMI SM32x H20080109量产修复工具简体中文汉化版/read.php?tid=272232008年首版SMI H0109量产工具及FLASH支持列表/read.php?tid=27218SM32x量产工具G2*******汉化版-每个字都是手工输入的，望支持/read.php?tid=25553SM32x量产工具G1219汉化版/read.php?tid-25553.htmlSM321&SM323 U盘量产修复工具下载，适用朗科U盘/read.php?tid=3970SMI32X主控U盘量产修复程序下载/read.php?tid=5811SM321最新版本1.7量产工具(支持多种芯片)/read.php?tid=15377最新惠荣SMI SM223 CF卡量产工具，支持SSD固态硬盘量产！/read.php?tid=52025群联Phison方案群联PS2251-xx最新量产工具MPALL 2.01版/read.php?tid=132415PHISON MP2239 v1.04.00（PS2239量产工具）/read.php?tid=127107群联PS2233主控方案量产工具V1.11/read.php?tid=106579UP15/PS2237主控量产工具v1.06/read.php?tid=103311群联Phison UP10~UP14 u盘量产工具V1.08官方版本/read.php?tid=91102#0群联助手v1.00（U盘自动化量产工具箱，包括V1.96/V1.03/V1.06）/read.php?tid=84963群联Phison UP10 UP12 UP13 UP14 u盘量产工具V1.06官方版本/read.php?tid=68107Phison PS2233(UP16)量产工具v1.03 破解版支持自定义VID PID【仅发数码之家】/read.php?tid=65779PS2233(UP16)量产工具V1.03数码之家首发/read.php?tid=61127PS2232(UP13/UP14) MP TOOL V1.05.00新鲜版(目前最新)/read.php?tid=60779&fpage=3群联UP13/14(PS2232)最新量产工具放出(版本号奇怪,为1.0.20.3,不是1.96往后排)! /read.php?tid=60541Phison UP13/UP14/UP12(PS2231/PS2232)量产工具V1.96/read.php?tid=31113PHISON UP12(PS2231) &UP10(PS2136)量产工具V1.89/read.php?tid-20398.html群联phison 2143-2134系列U盘量产格式化修复程序下载V1.28/read.php?tid=5806群联phison UP8-R 主控U盘量产格式化工具下载V2.0/read.php?tid=5800PHISON UP8-Y 专用量产工具V1.65/read.php?tid-18943.html群联UP10(PS2136)、UP11低格工具/read.php?tid=15433phison UP10主控U盘量产修复工具下载v1.78,感谢zhby9462提供/read.php?tid=6984群联Phison最新版量产工具V1.81 适用于PS2136（UP10）等主控/read.php?tid=15046群联Phison UP12 (PS2231)量产修复工具V1.85/read.php?tid-17925.htmlPNY U盘修复工具Pretest v1.11（群联）/read.php?tid=16858群联Phison UP10低格工具 1.30.0.0版下载/read.php?tid-23352.html群联Phison UP14（PS2232）主控u盘加密工具！/read.php?tid=60599群联Phsion UP10 ~14（PS2232）u盘主控最新加密工具V2.64中文版。
华为td-lte组网及工程实施方案_2
HUAWEI TECHNOLOGIES CO., LTD.
Huawei Confidential
Page 1
目录
1 TD-LTE组网全景图和工程建设总体思路 2 核心网实施方案及关键点 3 承载网实施方案及关键点 4 无线网实施方案及关键点 5 杭州、深圳TD-LTE试验网工程经验
传输时延
抖动
≤5ms
≤2ms
60ms
100ms
≤10ms （2倍S1延时） ≤3.5ms
丢包率 ≤0.001% ≤0.001% ≤0.001% ≤0.001%
连接关系 eNB－SGW eNB－ NMS eNB－MME eNB－eNB
➢ S1-u接口对延时要求最严格。 带宽最大，是网络设计保障的 重点；
TD-LTE网络网元介绍
网元 类型
核心网
承载网 无线
网元
说明
SGW
MME HSS CG MSC
SGSN DNS PCRF
实现所有LTE 业务的路由和转发功能，使用10GE链路同L3 PTN、 CMNET CE连接 LTE业务的信令控制和转发核心节点
负责用户数据管理，鉴权，存储位置信息，类似2/3G网络的HLR网元 4G网络的计费网元 实现现网CS用户与4G用户的短信互通以及CSFB语音回落功能。需进 行版本升级 实现2/3/4G互操作。需进行版本升级 负责2/3/4G网络的路由解析转发 负责实现计费和QOS控制策略
口信息按照IP地址转发给SGW/MME或SGW/MME pool中相应的SGW、MME
汇聚层组网方案： PTN汇聚接入设备沿用现有L2 VPN分组转发功能为基站提供到核心层PTN节点的二
层传输管道。汇聚层采用10GE PTN设备组建环网
NAND_FLASH_ID号
Flash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Samsung 16Gbit TLC-8K K9AAGD8U0A EC D5 98 CE 74 C41CE 60b/1KB 21nm Testing Testing Samsung 32Gbit TLC-8K K9ABGD8U0C EC D7 98 CE 74 C41CE 60b/1KB 21nm Y Testing Samsung 64Gbit TLC-8K K9ACGD8U0A EC DE 98 CE 74 C41CE 60b/1KB 21nm Y TestingSamsung 64Gbit MLC-8K K9GCGD8U0M EC DE A4 7E 78 C41CE 60b/1KB 21nm N N N N N N N N Y YSamsung 64Gbit MLC-8K K9GCGD8U0A EC DE A4 7A 68 C41CE 40b/1KB 21nm Testing Y Y Samsung 32Gbit MLC-8K K9GBGD8U0B EC D7 94 7E 64 C41CE 40b/1KB 21nm Testing YSamsung 32Gbit MLC-8K K9GBG08U0B EC D7 94 7E 64 441CE 40b/1KB 21nm Y Y Y Samsung 32Gbit TLC-8K K9ABGD8U0B EC D7 98 CE 1CE 60b/1KB 27nm N N N N N N N N Y Y Y Samsung 64Gbit TLC-8K K9ACGD8U0M EC DE 98 CE 1CE 68b/1KB 27nm N N N N N N N N Y Y Y Samsung 128Gbit TLC-8K K9BDGD8U0M EC 3A D9 CE 1CE 68b/1KB 27nm N N N N N N N N Y Y Samsung 256Gbit TLC-8K K9CFGD8U1M EC 3A D9 CE 2CE 68b/1KB 27nm N N N N N N N N Y YSamsung 16Gbit MLC-8K K9GAGD8U0F EC D5 94 76 541CE 24b/1KB 27nm Y YSamsung 32Gbit MLC-8K K9GBGD8U0A EC D7 94 7A 54 C31CE 24b/1KB 27nm N N N N N N N N Y Y Y Samsung 16Gbit MLC-8K K9GAG08U0F EC D5 94 76 54 431CE 24b/1KB 27nm Y Y Y Testing Samsung 32Gbit MLC-8K K9GBG08U0A EC D7 94 761CE 24b/1KB 27nm N N N N N N Y Y Y Y Samsung 64Gbit MLC-8K K9LCG08U0A EC DE 95 762CE 40b/1KB 27nm N N N N N N N YSamsung 128Gbit MLC-8K K9HDG08U5A EC D7 94 7A 54 432CE 24b/1KB 27nm Y Y Samsung 256Gbit MLC-8K K9PFG08U5A EC DE D5 7A 58 434CE 24b/1KB 27nm Y YSamsung 32Gbit TLC-8K K9ABG08U0A EC D7 98 CA 1CE 24b/1KB 32nm N N N N N N Y Y Y Samsung 64Gbit TLC-8K K9BCG08U1A EC D7 98 CA 2CE 24b/1KB 32nm N N N N N N Y Y Samsung 128Gbit TLC-8K K9CDG08U5A EC D7 98 CA 4CE 24b/1KB 32nm N N N N N N Y Y Samsung 8Gbit MLC-8K K9G8G08U0C EC D3 84 721CE 24b/1KB 32nm N N N N N N Y Y Samsung 16Gbit MLC-8K K9GAG08U0E EC D5 84 721CE 24b/1KB 32nm N N N N N N Y Y Samsung 32Gbit MLC-8K K9LBG08U1E EC D5 84 722CE 24b/1KB 32nm N N N N Y Y Y Y Samsung 64Gbit MLC-8K K9HCG08U2E EC D5 84 724CE 24b/1KB 32nm N N N N Y Y Y Y Samsung 128Gbit MLC-8K K9PDG08U2E EC D7 C5 724CE 24b/1KB 32nm N N N N Y Y Y Y Samsung 16Gbit SLC-8K K9FAGD8U0M EC D5 10 6A 1CE 24b/1KB 32nm N N N N N N N N Testing Y Samsung 32Gbit SLC-8K K9KBGD8U1M EC D5 10 6A 2CE 24b/1KB 32nm N N N N N N N N Testing Y Samsung 32Gbit MLC-8K K9GBG08U0M EC D7 94 721CE 24b/1KB 35nm N N N N Y Y Y Y Samsung 64Gbit MLC-8K K9LCG08U1M EC D7 94 722CE 24b/1KB 35nm N N N N Y Y Y Y Samsung 128Gbit MLC-8K K9HDG08U5M EC D7 94 724CE 24b/1KB 35nm N N N N Y Y Y Y Samsung 32GB MLC-8K K9PFG08U5M EC DE D5 724CE 24b/1KB 35nm N N N N Y Y Y Y Samsung 32Gbit TLC-8K K9ABG08U0M EC D7 98 C61CE 24b/1KB 42nm N N N N N N N N Samsung 64Gbit TLC-8K K9BCG08U1M EC D7 98 C62CE 24b/1KB 42nm N N N N N N N NSamsung 16Gbit MLC-4K K9GAG08U0D EC D5 94 291CE 8b/512B 42nm Y Y Y Y Samsung 32Gbit MLC-4K K9LBG08U0D EC D7 D5 291CE 4b/512B 42nm Y Y Y Y Samsung 64Gbit MLC-4K K9HCG08U1D EC D7 D5 292CE 4b/512B 42nm Y Y Y Y Samsung 1Gbit SLC-2K K9F1G08U0D EC F1 00 151CE 1b/512B 42nm Y Y Y Y N N N N N N Samsung 4Gbit SLC-2K K9F4G08U0D EC DC 10 951CE 1b/512B 42nm Y Y Y Y N N N N N NSamsung 16Gbit TLC-4K K9AAG08U0M EC D5 98 711CE 48b/1KB 51nm N N N N N N N NSamsung 8Gbit MLC-2K K9G8G08U0A EC D3 14 A51CE 4b/512B 51nm Y Y Y Y Samsung 16Gbit MLC-4K K9GAG08U0M EC D5 14 B6 1CE 4b/512B 51nm Y Y Y Y Samsung 16Gbit MLC-4K K9GAG08U0A EC D3 14 A51CE 4b/512B 51nm Y Y Y Y Samsung 16Gbit MLC-4K K9LAG08U0A EC D5 55 A51CE 4b/512B 51nm Y Y Y Y Samsung 32Gbit MLC-4K K9HBG08U1A EC D5 55 A52CE 4b/512B 51nm Y Y Y Y Samsung 32Gbit MLC-4K K9LBG08U0M EC D7 55 B61CE 4b/512B 51nm Y Y Y Y YSamsung 32Gbit MLC-4K K9LBG08U1M EC D3 14 A52CE 4b/512B 51nm Y Y Y Y Samsung 64Gbit MLC-4K K9HCG08U5M EC D3 14 A54CE 4b/512B 51nm Y Y Y Y Samsung 64Gbit MLC-4K K9HCG08U1M EC D7 55 B62CE 4b/512B 51nm Y Y Y Y Samsung 64Gbit MLC-4KK9LE8G4ZUMM EC D5 98 352CE Error Free 51nm N N N NDyna Flash Support List Updated on 05/04/2012Flash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012Samsung128Gbit MLC-4K K9LEAG8ZUMM EC D7 99 354CE Error Free 51nm N N N N Samsung 128Gbit MLC-4K K9MDG08U5M EC D7 55 B64CE 4b/512B 51nm Y Y Y Y Samsung 8Gbit SLC-4K K9F8G08U0M EC D3 10 A61CE 1b/512B 51nm Y Y Y Y Samsung 16Gbit SLC-4K K9KAG08U0M EC D5 51 A6 1CE 1b/512B 51nm Y Y Y Y Samsung 32Gbit SLC-4K K9WBG08U1M EC D5 51 A6 2CE 1b/512B 51nm Y Y Y Y TestingSamsung 64Gbit SLC-4K K9NCG08U5M EC D5 51 A6 4CE 1b/512B 51nm Y Y Y Y Samsung 8Gbit MLC-2K 819 laterK9G8G08U0B EC D3 14 A51CE 4b/512B 59nm Y Y Y Y Samsung 2Gbit MLC-2K K9G2G08U0M EC DA 14 25 1CE 4b/512B 60nm Y Y Y Y Samsung 4Gbit MLC-2K K9G4G08U0A EC DC 14 251CE 4b/512B 60nm Y Y Y Y Samsung 4Gbit MLC-2K K9G4G08U0B EC DC 14 A51CE 4b/512B 60nm Y Y Y Y Samsung 8Gbit MLC-2K K9G8G08U0M EC D3 14 251CE 4b/512B 60nm Y Y Y Y Samsung 8Gbit MLC-2K K9L8G08U0A EC D3 55 251CE 4b/512B 60nm Y Y Y Y Samsung 16Gbit MLC-2K K9LAG08U0M EC D5 55 251CE 4b/512B 60nm Y Y Y Y Samsung 16Gbit MLC-4K K9LAG08U0B EC D5 14 B51CE 4b/512B 60nm Y Y Y Y Samsung 32Gbit MLC-2K K9HBG08U1M EC D5 55 252CE 4b/512B 60nm Y Y Y Y Samsung 64Gbit MLC-2K K9MCG08U5M EC D5 55 254CE 4b/512B 60nm Y Y Y Y Samsung 1Gbit SLC-2K K9F1G08U0B EC F1 00 951CE 1b/512B 60nm Y Y Y Y Samsung 2Gbit SLC-2K K9F2G08U0A EC DA 10 951CE 1b/512B 60nm Y Y Y Y Samsung 4Gbit SLC-2K K9F4G08U0A EC DC 10 95 1CE 1b/512B 60nm Y Y Y Y Samsung 4Gbit SLC-2K 822 laterK9F4G08U0B EC DC 10 95 1CE 1b/512B 60nm Y Y Y Y Samsung 8Gbit SLC-2K K9K8G08U0A EC D3 51 951CE 1b/512B 60nm Y Y Y Y Samsung 8Gbit SLC-2K K9K8G08U1A EC DC 10 95 2CE 1b/512B 60nm Y Y Y Y Samsung 8Gbit SLC-2K 822 later K9K8G08U0B EC D3 51 951CE 1b/512B 60nm Y Y Y Y Samsung 16Gbit SLC-2K K9WAG08U1A EC D3 51 952CE 1b/512B 60nm Y Y Y Y Samsung 16Gbit SLC-2K 822 laterK9WAG08U1B EC D3 51 952CE 1b/512B 60nm Y Y Y Y Samsung 32Gbit SLC-2K K9NBG08U5A EC D3 51 954CE 1b/512B 60nm Y Y Y Y Samsung 4Gbit SLC-2K K9F4G08U0M EC DC 10 95 1CE 1b/512B 70nm Y Y Y Y Samsung 8Gbit SLC-2K K9W8G08U1M EC DC C1 152CE 1b/512B 70nm Y Y Y Y Samsung 8Gbit SLC-2K K9K8G08U1M EC DC 10 95 2CE 1b/512B 70nm Y Y Y Y Samsung 8Gbit SLC-2K K9K8G08U0M EC D3 51 951CE 1b/512B 70nm Y Y Y Y Samsung 16Gbit SLC-2K K9WAG08U1M EC D3 51 952CE 1b/512B 70nm Y Y Y Y Samsung 32Gbit SLC-2K K9NBG08U5M EC D3 51 954CE 1b/512B 70nm Y Y Y Y Samsung 1Gbit SLC-2K K9F1G08U0A EC F1 80 151CE 1b/512B 90nm Y Y Y Y Samsung 2Gbit SLC-2K K9F2G08U0M EC DA 80 151CE 1b/512B 90nm Y Y Y Y Samsung 2Gbit SLC-2K K9K2G08U0M EC DA C1 151CE 1b/512B 90nm Y Y Y Y Samsung 4Gbit SLC-2K K9K4G08U0M EC DA 80 151CE 1b/512B 90nm Y Y Y Y Samsung 4Gbit SLC-2K K9W4G08U1M EC DA C1 152CE 1b/512B 90nm Y Y Y Y Samsung 4Gbit MLC-2K K9G4G08U0M EC DC 14 25 1CE 4b/512B 90nm Y Y Y Y Samsung 8Gbit MLC-2K K9L8G08U0M EC D3 55 251CE 4b/512B 90nm Y Y Y Y Samsung 16Gbit MLC-2K K9HAG08U1M EC D3 55 252CE 4b/512B 90nm Y Y Y Y Samsung 32Gbit MLC-2K K9MBG08U5M EC D3 55 254CE 4b/512B 90nm Y Y Y Y Samsung 16Gbit SLC-2K K9WAG08U1D EC D3 51 952CE 1b/512B Y Y Y Y N N N N N NSamsung 2Gbit SLC-2K K9F2G08U0B EC DA 10 951CE 1b/528B Y Y Y Y Samsung 1Gbit SLC-2K K9F1G08U0C EC F1 00 951CE 1b/512B Y Y Y Y Samsung 1Gbit SLC-2K K9F1G08U0M EC F1 80 151CE 1b/512B Y Y Y Y Samsung 1Gbit SLC-512K9K1G08U0A EC 79 A5 C01CE 1b/512B Y Y Y Y Samsung 1Gbit SLC-512K9K1G08U0M EC 79 A5 C01CE 1b/512B Y Y Y Y Samsung 512Mbit SLC-512K9F1208U0C EC 76 5A 3F 1CE 1b/512B N N N N Samsung 512Mbit SLC-512K9K1208U0C EC 76 A5 BD 1CE 1b/512B N N N N Samsung 512Mbit SLC-512K9F1208U0B EC 76 A5 C01CE 1b/512B N N N NFlash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012Samsung 512MbitSLC-512K9F1208U0A EC 76 A5 C01CE 1b/512B N N N N Samsung 512Mbit SLC-512K9F1208U0M EC 76 A5 C01CE 1b/512B N N N N Samsung 256Mbit SLC-512K9F5608U0C EC 75 A5 BD 1CE 1b/512B N N N N Samsung 256Mbit SLC-512K9F5608U0B EC 75 A5 BD 1CE 1b/512B N N N N Samsung 256Mbit SLC-512K9F5608U0A EC 75 A5 BD 1CE 1b/512B N N N N Samsung 128Mbit SLC-512K9F2808U0C EC 73 A5 EC 1CE 1b/512B N N N N Samsung 128Mbit SLC-512K9F2808U0B EC 73 A5 EC 1CE 1b/512B N N N NSanDsik 64Gbit TLC-8K SDTNQCAMA-008G 45 DE 98 92 72 571CE 64b/1KB19nm Y Y SanDsik 128Gbit TLC-16K SDTNQCAMA-016G 45 4C A8 92 76 571CE 64b/1KB19nm Y Y SanDsik 64Gbit MLC-8K SDTNQBAMA-008G 45 DE A4 82 76 571CE 24b/1KB19nm Y Testing SanDsik 64Gbit MLC-16K SDTNQFAMA-008G 45 DE 84 93 72 571CE 24b/1KB19nm (HBL)Y TestingSanDisk 32Gbit TLC-8K SDTNPNAHEM-004G 45 D7 98 92 72 D61CE 64b/1KB 24nm N N N Y SanDisk 64Gbit TLC-8K SDTNPNAHSM-008G 45 DE 98 921CE 64b/1KB 24nm N N N N N N N N N Y SanDisk 64Gbit TLC-8K SDTNPNAHEM-008G 45 DE 98 921CE 64b/1KB 24nm N N N N N N N N N Y YSanDisk 16Gbit MLC-8K SDTNPMAHEM-002G 45 D5 84 32 72 561CE 24b/1KB 24nm Y Testing Y SanDisk 64Gbit MLC-8K SDTNOQAHER-008G 45 DE 94 821CE 24b/1KB 24nm N N N N N N N YTesting Y SanDisk 64Gbit MLC-8K SDTNPMAHSM-008G 45 DE 94 82 76 561CE 24b/1KB 24nm Y Y Y SanDisk 64Gbit MLC-8K SDTNPQAHEM-008G 45 DE 94 82 76 561CE 24b/1KB 24nm TestingSanDisk 16Gbit TLC-8K SDTNNMAHSM-002G 45 D5 88 821CE 64b/1KB 32nm (eX3)N N N N N N NN N Y SanDisk 16Gbit TLC-8K SDTNNNAHSM-45 DE 94 82 761CE 64b/1KB 32nm Y SanDisk 32Gbit TLC-8K SDTNNNAHEM-45 D7 98 B21CE 64b/1KB 32nm (eX3)N N N N N N N N N Y SanDisk 32Gbit TLC-8K SDTNNNAHSM-45 C7 98 821CE 64b/1KB 32nm (eX3)N N N N N N N N N Y SanDisk 32Gbit TLC-8K SDTNMMBHSM-45 C7 98 B21CE 64b/1KB 32nm (X3)N N N N N N N N N Y SanDisk 64Gbit TLC-8K SDTNNNAHSM-008G 45 CE A8 821CE 64b/1KB 32nm (eX3)N N N N N N NN N Y SanDisk 64Gbit TLC-8K SDTNNNAHEM-008G 45 DE A8 821CE 64b/1KB 32nm (eX3)N N N N N N N N NYSanDisk 32Gbit MLC-8K SDTNNMAHEM-004G 98 D7 94 321CE 24b/1KB 32nm N N N N N N Y Y SanDisk 32GB MLC-8K SDZNNMDHER-032G 45 68 95 324CE 24b/1KB 32nm N N N N N N Y Y SanDisk 16Gbit TLC-8K SDTNMNAHEM-002G 45 C5 98 B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 16Gbit TLC-8K SDTNMNAHSM-002G 45 C5 98 B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 32Gbit TLC-8K SDTNMNAHEM-004G 45 C7 98 B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 32Gbit TLC-8K SDTNMNAHSM-004G 45 C7 98 B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 64Gbit TLC-8K SDTNMNBHSM-008G 45 CE 99 B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 128Gbit TLC-8K SDTNMNCHSM-016G45 4A 9A B21CE 24b/1KB 43nm N N N N N N Y Y SanDisk 32GB MLC-8K SDZNMMDHER-032G45 DE 95 324CE 24b/1KB 43nm N N N N N N Y Y SanDisk 32GB MLC-8K SDZNMMDHER-032G45 CE 95 322CE 24b/1KB 43nm N N N N N N YY SanDisk 16Gbit MLC-4K SDTNLMAHSM - 204845 C5 98 831CE 12b/1KB 56nm N N N N N N Y YToshiba 32Git TLC-8K TC58NVG5T2JTA0098 D7 98 92 72 571CE 64b/1KB19nm Testing Testing Toshiba 64Git TLC-8K TC58NVG6T2JTA0098 DE 98 92 72 571CE 64b/1KB19nm Y Y Toshiba 128Gbit TLC-16K TC58NVG7T2JTA0098 3A A8 92 76 571CE 60b/1KB19nm Y Y Toshiba 32Gbit TLC-8K TC58TVG5T2JTA0098 D7 98 92 72 D71CE 60b/1KB19nm Y Testing Toshiba 64Gbit TLC-8K TC58TVG6T2JTA0098 DE 98 92 72 D71CE 60b/1KB19nm Y Y Toshiba 128Gbit TLC-16K TC58TVG7T2JTA0098 3A A8 92 76 D71CE 60b/1KB19nm Y Y Toshiba 64Gbit MLC-8K TC58NVG6D2JTA0098 DE A4 82 76 571CE 40b/1KB19nm Testing TestingY Testing Toshiba 64Gbit MLC-16K TC58NVG6DCJTA0098 DE 84 93 72 571CE 40b/1KB 19nm (TypeB)Testing Testing Toshiba 64Gbit MLC-16K TC58TEG6DCJTA0098 DE 84 93 72 D71CE 40b/1KB 19nm (TypeB)Testing Testing Toshiba 64Gbit MLC-16K TC58TEG6DDJTA0098 DE 94 93 76 D71CE 40b/1KB 19nm (TypeC)Testing Testing Toshiba 32GbitTLC-8K TC58NVG5T2HTA0098 D7 98 92 72 561CE 64b/1KB24nm Y Toshiba64Gbit TLC-8K TC58NVG6T2HTA0098 DE 98 921CE 64b/1KB 24nm N N N N N N N N NY Y Toshiba 32Gbit TLC-8K TC58TVG5T2HTA0098 D7 98 92 72 D61CE 60b/1KB24nm Y YToshiba 64Gbit TLC-8KTC58TVG6T2GTA0098 DE 98 92 72 D61CE 60b/1KB24nm YFlash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012Toshiba 64Gbit TLC-8K TC58TVG6T2HTA0098 DE 98 92 72 D61CE 60b/1KB24nm Y Y Toshiba 64Gbit TLC-8K TH58TVG6T2HBA4C 98 DE 98 92 72 D62CE 60b/1KB24nm Y Toshiba 128Gbit TLC-8K TH58NVG7T2HTA2098 DE 98 92 722CE 60b/1KB 24nm YToshiba 128Gbit TLC-8K TH58TVG7T2HBA4C 98 DE 98 922CE 64b/1KB 24nm N N N N N N N N N YToshiba 256Gbit TLC-8K TH58NVG8T2HTA2098 3A 99 92 76 562CE 60b/1KB 24nm YToshiba 16Gbit MLC-8K TC58NVG4D2HTA0098 D5 84 32 76 561CE 24b/1KB24nm Y Toshiba 32Gbit MLC-8K TC58TVG5D2HTA0098 D7 94 32 76 561CE 24b/1KB24nm Y Y Toshiba 32Gbit MLC-8K TC58NVG5D2HTA0098 D7 94 32 76 562CE 24b/1KB24nm Y YToshiba 64Gbit MLC-8K TC58TEG6D2HTA0098 DE A4 82 76 D61CE 24b/1KB24nm YToshiba 64Gbit MLC-8K TH58TEG6D2HBA4C 98 D7 94 32 76 D62CE 24b/1KB24nm Y YToshiba 64Gbit MLC-8K TC58NVG6D2HTA0098 DE A4 82 76 561CE 24b/1KB24nm YToshiba 64Gbit MLC-8K TC58NVG6D2GTA0098 DE 94 821CE 24b/1KB 24nm N N N N N N Y Y Testing Y YToshiba 128Gbit MLC-8K TH58NVG7D2GTA2098 DE 94 82 76 D61CE 24b/1KB24nm Y YToshiba 16Gbit TLC-8K TC58NVG4T2FTA0098 D5 88 821CE 64b/1KB 32nm (ED3)N N N N N N N N N Y Toshiba 32Gbit TLC-8K TC58NVG5T7FLA1998 D7 98 821CE 64b/1KB 32nm (ED3)N N N N N N N N N Y Toshiba 32Gbit TLC-8K TC58NVG5T2FTA0098 97 98 821CE 64b/1KB 32nm (ED3)N N N N N N N N N Y Toshiba 64Gbit TLC-8K TC58NVG6T7FLA1998 DE A8 821CE 64b/1KB 32nm (ED3)N N N N N N N N N Y Toshiba 64Gbit TLC-8K TC58NVG6T2FTA0098 DE A8 821CE 64b/1KB 32nm (ED3)N N N N N N N N N Y Toshiba 8Gbit MLC-8K TC58NVG3D2FTA0098 D3 94 321CE 24b/1KB 32nm N N N N Y Y Y Y Toshiba 16Gbit MLC-8K TC58NVG4D2FTA0098 D5 94 321CE 24b/1KB 32nm N N N N Y Y Y Y Toshiba 32Gbit MLC-8K TC58NVG5D2FTA1098 D7 94 321CE 24b/1KB 32nm N N N N Y Y Y Y Toshiba 64Gbit MLC-8K TH58NVG6D2FTA2098 D7 94 322CE 24b/1KB 32nm N N N N Y Y Y Y Toshiba 128Gbit MLC-8K TH58NVG7D2FTA2098 DE 95 322CE 24b/1KB 32nm N N N N Y Y Y Y Toshiba 256Gbit MLC-8K TH58NVG8D2FLA8998 EE 95 324CE 24b/1KB 32nm N N N N N N Y Y Toshiba 16Gbit TLC-8K TC58NVG4T2ETA0098 D5 98 B21CE 24b/1KB 43nm N N N N Y Y Toshiba 32Gbit TLC-8K TH58NVG5T2ETA2098 D7 98 B21CE 24b/1KB 43nm N N N N Y Y Toshiba 64Gbit TLC-8K TH58NVG6T2ETA2A 98 D7 99 B22CE 24b/1KB 43nm N N N N Y Y Toshiba 16Gbit MLC-8K TC58NVG4D2ETA0098 D5 94 321CE 24b/1KB 43nm N N N N Y Y Y Y Toshiba 32Gbit MLC-8K TH58NVG5D2ETA2098 D5 94 322CE 24b/1KB 43nm N N N N Y Y Y Y Toshiba 64Gbit MLC-8K TH58NVG6D2ETA2098 D7 95 322CE 24b/1KB 43nm N N N N Y Y Y Y Toshiba 128Gbit MLC-8K TH58NVG7D2ELA4898 D7 94 324CE 24b/1KB 43nm N N N N Y Y Y Y Toshiba 256Gbit MLC-8K TH58NVG8D2ELA8998 DE 95 321CE 24b/1KB 43nm N N N N Y Y Y YToshiba 1Gbit SLC-8K TC58NVG0S3ETA0098 D1 90 151CE 1bit/512B 43nm Y Y N N Toshiba 2Gbit SLC-8K TC58NVG1S3ETA0098 DA 90 151CE 1bit/512B 43nm Y Y N N Toshiba 4Gbit SLC-8K TC58NVG2S3ETA0098 DC 90 151CE 1bit/512B 43nm Y Y N N Toshiba 8Gbit MLC-4K TC58NVG3D1DTG0098 D3 94 BA 1CE 8b/512B 56nm Y Y Y Y Toshiba 16Gbit MLC-4K TC58NVG4D1DTG0098 D5 94 BA 1CE 8b/512B 56nm Y Y Y Y Toshiba 32Gbit MLC-4K TH58NVG5D1DTG2098 D5 94 BA 2CE 8b/512B 56nm Y Y Y Y Toshiba 64Gbit MLC-4K TH58NVG6D1DTG2098 D7 95 BA 2CE 8b/512B 56nm Y Y Y Y Toshiba 64Gbit MLC-4K TH58NVG6D1DTG8098 D5 94 BA 4CE 8b/512B 56nm Y Y Y Y Toshiba 64MB SLC-512TC58NVM9S3CTA0098 F0 80 951CE 1b/512B 70nm N N N N Toshiba 4Gbit MLC-2K TC58NVG2D4CTGI0 98 D3 85 A5 1CE 4b/512B 70nm Y Y Y Y Toshiba 8Gbit MLC-2K TC58NVG3D4CFT00 98 D5 85 A51CE 4b/512B 70nm Y Y Y Y Toshiba 16Gbit MLC-2K TH58NVG4D4CTG0098 D5 85 A52CE 4b/512B 70nm Y Y Y Y Toshiba 32Gbit MLC-2K TH58NVG5D4CTG20 98 D5 85 A52CE 4b/512B 70nm Y Y Y Y Toshiba 2Gbit MLC-2K TC58NVG1D4BTG0098 DA 84 A51CE 4b/512B 90nm Y Y Y Y Toshiba 4Gbit MLC-2K TC58NVG2D4BFT0098 DC 84 A51CE 4b/512B 90nm Y Y Y Y Toshiba 8Gbit MLC-2K TH58NVG3D4BTG00 98 D3 84 A52CE 4b/512B 90nm Y Y Y Y Toshiba 64MB SLC-512TC58DVM92A3TA0098 F1 80 951CE 1b/512B N N N N Toshiba 2Gbit MLC-512TC58DVG14B1FT00 98 DA 80 951CE 4b/512B Y Y Y YFlash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CCAC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012Toshiba1Gbit MLC-512TC58DVG04B1FT00 98 79 A5 C01CE 4b/512B Y Y Y Y Toshiba 4Gbit SLC-2K TH58NVG2S3BTG 98 DC 81 95 2CE 1b/512B Y Y Y Y Toshiba 2Gbit SLC-2K TC58NVG1S3BFT 98 DA 81 951CE 1b/512B Y Y Y Y Toshiba 2Gbit SLC-2K TH58NVG1S3AFT 98 DA 81 952CE 1b/512B Y Y Y Y Toshiba 1Gbit SLC-2K TC58NVG0S3BFT 98 F1 80 951CE 1b/512B Y Y Y Y Toshiba 1Gbit SLC-2K TC58NVG0S3AFT 98 F1 80 951CE 1b/512B Y Y Y Y Toshiba 512Mbit SLC-512TC58DVM92A1FT 98 76 A5 C01CE 1b/512B Y Y Y YHynix 32Gbit MLC-8K H27UBG8T2CTR AD D7 94 91 60 441CE 40b/1KB 20nm Y Y Testing Testing Hynix 64Gbit MLC-8K H27UCG8T2ATR AD DE 94 DA 74 C41CE 40b/1KB 20nm Y Y Testing TestingHynix 32Gbit MLC-8K H27UBG8T2BTR AD D7 94 DA 1CE 24b/1KB 26nm N N N N N N Y Y Y Y Hynix 64Gbit MLC-8K H27UCG8T2MYR AD DE 94 D21CE 24b/1KB 26nm N N N N N N Y Y Y Y Hynix 32Gbit TLC-4K H27UBG8M2ADA AD D7 18 8D 1CE 24b/1KB 32nm N N N N N N Y Y Hynix 16Gbit MLC-8K H27UAG8T2BTR AD D5 94 9A 1CE 24b/1KB 32nm N N N N Y Y Y Y Y Hynix 32Gbit MLC-8K H27UBG8T2ATR AD D7 94 9A 1CE 24b/1KB 32nm N N N N Y Y Y Y Y Hynix 64Gbit MLC-8K H27UCG8U5ATR AD D7 95 252CE 24b/1KB 32nm N N N N Y Y Y Y Y Hynix 128Gbit MLC-8K H27UDG8V5ATR AD DE 95 9A 4CE 24b/1KB 32nm N N N N Y Y Y Y YHynix 256Gbit MLC-8K HY27UEG8YEA AD DE 95 9A 4CE 24b/1KB 32nm N N N N Y Y Y Y Hynix 16Gbit TLC-4K H27UAG8M2MYR AD D5 18 2D 1CE 24b/1KB 41nm N N N N N N YYHynix 16Gbit MLC-4K 912A H27UAG8T2ATR AD D5 94 251CE 12b/512B 41nm N N Y Y Hynix 32Gbit MLC-4K 912A H27UBG8T2MYR AD D7 94 251CE 12b/512B 41nm N N Y Y Hynix 32Gbit MLC-4K 925A H27UBG8T5ATR AD D5 94 252CE 12b/512B 41nm N N Y Y Hynix 64Gbit MLC-4K 911A H27UCG8UDMYR AD D7 94 252CE 12b/512B 41nm N N Y Y Hynix 64Gbit MLC-4K 925A H27UCG8V5ATR AD D7 94 252CE 12b/512B 41nm N N Y Y Hynix 128Gbit MLC-4K 914A H27UDG8VEMYR AD D7 94 254CE 12b/512B 41nm N N Y Y Hynix 64Gbit TLC-4K 928A H2EUCG8N1MYR AD D7 18 352CE Error Free 48nm N N N N Hynix 128Gbit TLC-4K 922A H2EUDG8P1MXR AD D7 18 354CE Error Free 48nm N N N N Hynix 2Gbit MLC-2K 818A later H27U2G8T2MTR AD DA 14 A51CE 4b/512B 48nm Y Y Y Y Hynix 16Gbit MLC-4K 830AA laterH27UAG8T2MTR AD D5 14 B61CE 4b/512B 48nm Y Y Y Y Hynix 32Gbit MLC-4K 830A later H27UBG8U5MTR AD D5 14 B64CE 4b/512B 48nm Y Y Y Y Hynix 64Gbit MLC-4K 821A later H27UCG8VFMTR AD D5 14 B64CE 4b/512B 48nm Y Y Y Y Hynix 64Gbit MLC-4K 831A later H27UCG8V5MTR AD D7 55 B62CE 4b/512B 48nm Y Y Y Y Hynix 128Gbit MLC-4K 837AA laterH27UDG8YFMXR AD D7 55 B64CE 4b/512B 48nm Y Y Y Y Hynix 128MB SLC-2K H27U1G8F2BTR AD F1 00 1D 1CE 1b/512B 48nm N N Y Y Hynix 8Gbit SLC-2K H27U8G8F2MTR AD D3 10 A61CE 1b/512B 48nm Y Y Y Y Hynix 4Gbit MLC-2K HY27UT084G2A AD DC 14 A51CE 4b/512B 57nm Y Y Y Y Hynix 8Gbit MLC-2K HY27UT088G2A AD D5 14 B61CE 4b/512B 57nm Y Y Y Y Hynix 16Gbit MLC-2K HY27UU08AG5A AD D3 14 A52CE 4b/512B 57nm Y Y Y Y Hynix 32Gbit MLC-2K HY27UV08BGFA AD D3 14 A54CE 4b/512B 57nm Will Test Will TestWill TestWill TestHynix 32Gbit MLC-2K HY27UV08BG5A AD D3 14 A52CE 4b/512B 57nm Y Y Y Y Hynix 64Gbit MLC-2K HY27UW08CGFA AD D5 55 A54CE 4b/512B 57nm Will Test Will TestWill TestWill TestHynix 2Gbit SLC-2K HY27UF082G2B AD DA 10 951CE 1b/512B 57nm Y Y Y Y Hynix 4Gbit SLC-2K HY27UF084G2B AD DC 10 951CE 1b/512B 57nm Y Y Y Y Hynix 8Gbit SLC-2K HY27UG088G5B AD DC 10 952CE 1b/512B 57nm Y Y Y Y Hynix 16Gbit SLC-2K HY27UH08AG5B AD D3 51 952CE 1b/512B 57nm Y Y Y Y Hynix 32Gbit SLC-2K HY27UK08BGFB AD D3 51 954CE 1b/512B 57nm Will Test Will TestWill TestWill TestHynix 8Gbit MLC-2K HY27UT088G2M AD D3 14 A51CE 4b/512B 60nm Y Y Y Y Hynix 16Gbit MLC-2K HY27UU08AG5M AD D3 14 A52CE 4b/512B 60nm Y Y Y Y Hynix 32Gbit MLC-2K HY27UV08BG5M AD D5 55 A52CE 4b/512B 60nm Y Y Y Y Hynix 32Gbit MLC-2K HY27UV08BGFM AD D3 14 A54CE 4b/512B 60nm Y Y Y Y Hynix 64GbitMLC-2K HY27UW08CGFM AD D5 55 A54CE 4b/512B 60nm Y Y Y YFlash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012Hynix1Gbit SLC-2K HY27UF081G2B AD F1 80 1D 1CE 1b/512B 60nm Y Y Y Y Hynix 8Gbit SLC-2K HY27UG088G2M AD D3 C1 951CE 1b/512B 60nm Y Y Y Y Hynix 16Gbit SLC-2K HY27UH08AG5M AD D3 C1 952CE 1b/512B 60nm Y Y Y Y Hynix 512Mbit SLC-512HY27US08121B AD 76 AD 761CE 1b/512B 70nm N N N N Hynix 1Gbit SLC-2K HY27UF081G2A AD F1 80 1D 1CE 1b/512B 70nm Y Y Y Y Hynix 1Gbit SLC-2K HY27UA081G1M AD 79 A5 001CE 1b/512B 70nm N N N N Hynix 2Gbit SLC-2K HY27UF082G2A AD DA 80 1D 1CE 1b/512B 70nm Y Y Y Y Hynix 2Gbit SLC-2K HY27UB082G4M AD 79 A5 002CE 1b/512B 70nm N N N N Hynix 4Gbit SLC-2K HY27UF084G2M AD DC 80 951CE 1b/512B 70nm Y Y Y Y Hynix 8Gbit SLC-2K HY27UH088G2M AD D3 80 151CE 1b/512B 70nm Y Y Y Y Hynix 8Gbit SLC-2K HY27UG088G5M AD DC 80 952CE 1b/512B 70nm Y Y Y Y Hynix 128Mbit SLC-512HY27US08281A AD 73 A5 C0 1CE 1b/512B 90nm N N N N Hynix 256Mbit SLC-512HY27US08561A AD 75 A5 001CE 1b/512B 90nm N N N N Hynix 256Mbit SLC-512HY27US08561M AD 75 A5 001CE 1b/512B 90nm N N N N Hynix 512Mbit SLC-512HY27US08121M AD 76 A5 001CE 1b/512B 90nm N N N N Hynix 1Gbit SLC-2K HY27UF081G2M AD F1 80 151CE 1b/512B 90nm Y Y Y Y Hynix 2Gbit SLC-2K HY27UF082G2M AD DA 80 151CE 1b/512B 90nm Y Y Y Y Hynix 2Gbit SLC-2K HY27UG082G2M AD DA 80 151CE 1b/512B 90nm Y Y Y Y Hynix 4Gbit MLC-2K HY27UT084G2M AD DC 84 251CE 4b/512B 90nm Y Y Y Y Hynix 4Gbit SLC-2K HY27UH084G2M AD DA 80 15 1CE 1b/512B 90nm Y Y Y Y Hynix 4Gbit SLC-2K HY27UG084G2M AD DC 80 151CE 1b/512B 90nm Y Y Y Y Hynix 8Gbit MLC-2K HY27UU088G5M AD DC 84 252CE 4b/512B 90nm Y Y Y Y Hynix 16Gbit MLC-2K HY27UV08AG5M AD D3 85 252CE 4b/512B 90nm Y Y Y Y Hynix 32Gbit MLC-2K HY27UW08BGFM AD D3 85 254CE 4b/512B 90nm Y Y Y Y Hynix 64MB SLC-512H27U518S2CTP AD 76 AD 761CE 1b/512B N N N N Hynix 128Mbit SLC-512HY27US08281B AD 73 A5 C0 1CE 1b/512B N N N N STM 32Gbit MLC-4K NAND32GW3D4AN620 D5 14 B62CE 4b/512B 48nm Y Y Y Y STM 16Gbit MLC-4K NAND16GW3D2AN620 D5 14 B61CE 4b/512B 48nm Y Y Y Y STM 8Gbit SLC-4K NAND08GW3F2AN620 D3 10 A61CE 1b/512B 48nm Y Y Y Y STM 16Gbit MLC-2K NAND16GW3C4BN620 D3 14 A52CE 4b/512B 57nm Y Y Y Y STM 8Gbit MLC-2K NAND08GW3C2BN120 D3 14 A51CE 4b/512B 57nm Y Y Y Y STM 4Gbit MLC-2K NAND04GW3C2BN620 DC 14 A51CE 4b/512B 60nm Y Y Will Test Will Test STM 8Gbit MLC-2K NAND08GW3C2A 20 D3 14 A51CE 4b/512B 60nm Y Y Y Y STM 2Gbit SLC-2K NAND02GW3B2DN620 DA 10 951CE 1b/512B 60nm Y Y Y Y STM 4Gbit SLC-2K NAND04GW3B2DN6 20 DC 10 95 1CE 1b/512B 60nm Y Y Y Y STM 2Gbit SLC-2K NAND02GW3B2C 20 DA 80 1D 1CE 1b/512B 70nm Y Y Y Y STM 4Gbit SLC-2K NAND04GW3B2B 20 DC 80 951CE 1b/512B 70nm Y Y Y Y STM 8Gbit SLC-2K NAND08GW3B2A 20 D3 C1 951CE 1b/512B 70nm Y Y Y Y STM 4Gbit SLC-2K NAND04GW3B2A 20 DC 80 951CE 1b/512B 90nm Y Y Y Y STM 2Gbit SLC-2K NAND02GW3B2B 20 DA 80 15 1CE 1b/512B 90nm Y Y Y Y STM 2Gbit SLC-2K NAND02GW3B2A 20 DA 80 15 1CE 1b/512B 90nm Y Y Y Y STM 1Gbit SLC-2K NAND01GW3B2B 20 F1 80 1D 1CE 1b/512B 90nm Y Y Y Y STM 1Gbit SLC-2K NAND01GW3B2A 20 F1 80 151CE 1b/512B 90nm Y Y Y Y STM 1Gbit SLC-2K NAND01GW3A0A 20 79 A5 001CE 1b/512B 90nm Y Y Y Y STM 512Mbit SLC-512NAND512W3A2BN6 20 76 20 76 1CE 1b/512B 90nm N N N N STM 512Mbit SLC-512NAND512W3A2C 20 76 A5 001CE 1b/512B 90nm N N N N STM 512Mbit SLC-512NAND512W3A2B 20 76 A5 001CE 1b/512B 90nm N N N N STM 256Mbit SLC-512NAND256W3A0AN620 75 20 751CE 1b/512B 90nm N N N N STM 128Mbit SLC-512NAND128W3B2BN620 73 20 73 1CE 1b/512B 90nm N N N N STM 256Mbit SLC-512NAND256W3A2A 20 75 A5 00 1CE 1b/512B N N N NFlash Flash Flash Flash Flash Flash Flash Flash Part Number SM321U SM325SM3251SM3252SM3253SM3254SM3255SM3257SM3255EN SM3257EN SM3260VendorCapacityTypeDateCodePart#ID#CE#ECC IC revision CC AC BB BB AE AE ABAA AA AA AD MP Tool version V2.03.20V2.03.20V2.03.20 v4V2.03.20 v4V2.03.36 v16V2.03.36 v16V2.03.46 v4 V2.03.68 v9V2.03.54 v8V 2.3.72 V1 V 2.3.70 v8F/W version J1015J1015J1015J1015K0222K0222K0823L0403K1216L0425 v2L0504Dyna Flash Support List Updated on 05/04/2012STM128Mbit SLC-512NAND128W3A2A 20 73 A5 00 1CE 1b/512B N N N N Renesas 4Gbit MLC-2K R1FV04G13RSA 07 29 07 291CE 4b/512B 90nm Y Y Y Y Renesas 1Gbit MLC-2K HN29V1G91T-30V 07 01 07 01 1CE 4b/512B 90nm N N N N Renesas 1Gbit MLC-2K HN29V1G91T-3007 01 07 01 1CE 4b/512B 90nm N N N N Powerchip 4Gbit SLC-2K P1U4GA31DT-G30CA92 DC 00151CE 4b/512B 90nm Y Y Y Y Powerchip 4Gbit MLC-2K P1U4GR30CT-G45CA07 29 07 291CE 4b/512B 90nm Y Y Y Y Powerchip 4Gbit MLC-2K P1U4GR30CT-G45CB07 29 07 291CE 4b/512B 90nm Note 1Note 1Note 1Note 1Powerchip 4Gbit MLC-2K P1U4GR30CT-G45CD07 29 07 291CE 4b/512B 90nm Note 1Note 1Note 1Note 1Infenion 512Mbit MLC-512HYF31DS512805BTC C1 66 29 411CE 4b/512B N N N N Infenion 512Mbit MLC-512HYF33DS512800ATC C1 76 C1 76 1CE 4b/512B N N N NMicron 64Gbit MLC-8K MT29F64G08CBABA 2C 84 C5 4B A9 001CE 40b/1KB20nm (L84)N N N N N N N Y Y Y Testing Micron 64Gbit MLC-8K MT29F64G08CBABB 2C 64 44 4B A9 001CE 40b/1KB20nm (L84)N N N N N N N NY TestingMicron 128Gbit TLC-8K MT29F128G08EFAA 2C 88 08 5F A9 002CE 66b/1KB 25nm (B74A)N N N N N N N Y Y Micron 256Gbit TLC-8K MT29F256G08EJAA 2C 88 08 5F 89 002CE 66b/1KB 25nm (B74A)N N N N N N N Y Y Micron 64Gbit TLC-8K MT29F64G08EBAAA 2C 88 28 5F1CE 66b/1KB 25nm (B74A)N N N N N N N N YY Micron 16Gbit MLC-4K MT29F16G08CBACA 2C 48 04 4A1CE 24b/1KB 25nm (L72A)N N N N Y Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08CBACA 2C 68 04 4A1CE 24b/1KB 25nm (L73A)N N N N Y Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08CFACA 2C 48 04 4A2CE 24b/1KB 25nm (L72A)N N N N Y Y Y Y Y Micron 64Gbit MLC-8K MT29F64G08CBAAB 2C 88 04 4B A91CE 24b/1KB 25nm (L74A)Y Y Micron 64Gbit MLC-8K MT29F64G08CBAAA 2C 88 04 4B 1CE 24b/1KB 25nm (L74A)N N N N Y Y YY YY Y Micron 64Gbit MLC-4K MT29F64G08CFACA 2C 68 04 4A2CE 24b/1KB 25nm (L73A)N N N N Y Y Y Y Y Micron 128Gbit MLC-8K MT29F128G08CFAA 2C 88 04 4B A9 002CE 24b/1KB 25nm (L74A)Y Y Micron 128Gbit MLC-8K MT29F128G08CFAA 2C 88 04 4B2CE 24b/1KB 25nm (L74A)N N N N Y Y Y Y Y Y YMicron 256Gbit MLC-8K MT29F256G08CJAA 2C A8 25 CB2CE 24b/1KB 25nm (L74A)N N N N Y Y Y Y YYMicron 32Gbit SLC-8K MT29F32G08ABAAA 2C 68 00 2B1CE 8b/540B 25nm N N N N Y Y Micron 32Gbit TLC-4K MT28F32G08EBAAA 2C 68 08 561CE 24b/1KB 34nm (B63)N N N N N N N N Micron 16Gbit MLC-4K MT29F16G08CBABA 2C 48 04 461CE 12b/540B 34nm (L62A)N N Y Y Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08MAA 2C D7 94 3E 1CE 12b/539B 34nm (L63A)N N Y Y Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08CBAAA 2C D7 94 3E 1CE 12b/539B 34nm (L63A)N N Y Y Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08CBABA 2C 68 04 461CE 12b/540B 34nm (L63B)N N Y Y Y Y Y Y Micron 64Gbit MLC-4K MT29F64G08QAA 2C D7 94 3E 2CE 12b/539B 34nm (L63A)N N Y Y Y Y Y Y Micron 64Gbit MLC-4K MT29F64G08CFAAA 2C D7 94 3E 2CE 12b/539B 34nm (L63A)N N Y Y Y Y Y Y Micron 64Gbit MLC-4K MT29F64G08CFABA 2C 68 04 462CE 12b/540B 34nm (L63B)N N Y Y Y Y Y Y Micron 128Gbit MLC-4K MT29F128G08CJABA 2C 88 05 C62CE 12b/540B 34nm (L63B)N N Y Y Y Y Y Y Micron 128Gbit MLC-4K MT29F128G08TAA 2C D9 D5 3E 2CE 12b/539B 34nm (L63A)N N Y Y Y Y Y Y Micron 128Gbit MLC-4K MT29F128G08CJAAA 2C D9 D5 3E 2CE 12b/539B 34nm (L63A)N N Y Y Y Y Y YMicron 8Gbit SLC-4K MT29F8G08ABABA 2C 38 00 261CE 4b/540B 34nm N N Y Y Micron 16Gbit SLC-4K MT29F16G08ABABA 2C 48 00 261CE 4b/540B 34nm N N Y Y Micron 32Gbit SLC-4K MT29F32G08AFABA 2C 48 00 262CE 4b/540B 34nm N N Y Y Micron 64Gbit SLC-4K MT29F64G08AJABA 2C 68 01 A62CE 4b/540B 34nm N N Y Y Micron 8Gbit MLC-2K MT29F8G08MAD 2C D3 94 2D 1CE 4b/512B 50nm Y Y Y Y Micron 16Gbit MLC-4K MT29F16G08MAA 2C D5 94 3E 1CE 8b/512B 50nm Y Y Y Y Micron 32Gbit MLC-4K MT29F32G08QAA 2C D5 94 3E 2CE 8b/512B 50nm Y Y Y Y Micron 64Gbit MLC-4K MT29F64G08TAA 2C D7 D5 3E 2CE 8b/512B 50nm Y Y Y Y Micron 2Gbit SLC-2K MT29F2G08AAD 2C DA 80 951CE 1b/512B 50nm Y Y Y Y Micron 8Gbit SLC-4K MT29F8G08AAA 2C D3 90 2E 1CE 1b/512B 50nm Y Y Y Y Micron 16Gbit SLC-4K MT29F16G08DAA 2C D3 90 2E 2CE 1b/512B 50nm Y Y Y Y Micron 32Gbit SLC-4K MT29F32G08FAA 2C D5 D1 2E 2CE 1b/512B 50nm Y Y Y Y Micron 4Gbit MLC-2K MT29F4G08MAA 2C DC 84 25 1CE 4b/512B 72nm Y Y Y Y Micron 8Gbit MLC-2KMT29F8G08MAA 2C D3 94 A51CE 4b/512B 72nm Y Y Y Y。
无卤低烟电力电缆样本
绝缘 厚度
Insulation thickness
护套
厚度
thickness
电缆 近似外径
diameter WDZAYJY WDZBYJY
电缆近似重量
Cable approx weight WDZCWD-YJLY YJY WDZAYJLY WDZBYJLY WDZCYJLY
Sheath Approximate WD-YJY
0.6/1kV 无卤低烟低毒阻燃和耐火环保型电力电缆
环保型无卤低烟阻燃和耐火电力电缆绝缘采用交联聚乙烯， 护套采用 90℃无卤低烟阻 燃聚烯烃，电缆填充及包带等采用低烟、无卤、阻燃环保型材料。
一.
产品标准
本 产 品 按 GB/T12706-2008 《 额 定 电 压 1kV 到 35kV 挤 包 绝 缘 电 力 电 缆 及 附 件 》 和 GB/T19666-2005 《阻燃和耐火电线电缆通则》 标准生产 0.6/1kV 无卤低烟阻燃和耐火环保型 电力电缆，同时还可根据用户需要按国际电工委员会推荐标准 IEC、英国标准、德国标准及 美国标准生产.
Sheath Approximate WD-YJY
mm RE RE RE RE RE RE RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RE RE RE RE RE RE RM RM 0.80 0.97 1.4 1.8 2.3 2.8 4.1 5.1 6.4 7.0 8.3 9.8 11.5 13.0 14.5 16.1 18.4 20.6 23.5 26.5 30.0 34.0 0.80 0.97 1.4 1.8 2.3 2.8 4.1 5.1
标称截面 Nom. Cross sectional of areas 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 mm × 0.5 × × × × × × × × × × × × × × × × × × × × × × × × × × × × × 0.75 1.5 2.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300 400 500 630 800 0.5 0.75 1.5 2.5 4 6 10 16
SMI主控FLASH支持列表
64Gbit 128Gbit 32Gbit 64Gbit
32Gbit
8G bit
32G bit 16G bit 16G bit 32Gbit 64Gbit 32Gbit 64Gbit 128Gbit 32G bit 64G bit 128G bit 32GB 128G bit 64G bit 128G bit 64G bit 64G bit 64G bit 64G bit 32G bit 32G bit 32G bit 32G bit 32G bit 32G bit 16G bit 16G bit 16G bit 16G bit 16G bit 16G bit 16G bit 8G bit 8G bit 8G bit 8G bit 8G bit 4G bit 4G bit 4G bit 2G bit 64G bit 32G bit 32G bit 32G bit 16G bit 16G bit 16G bit
Y
Y
Y
1CE 4b/512B
60nm
Y
Y
Y
2CE 4b/512B
90nm
Y
Y
Y
M 1CE 4b/512B
59nm
Y
Y
Y
S1CE 4b/512B
51nm
Y
Y
Y
Y
Y
Y
Y
N
N
N
N
N
N
N
Y
N
Y
N
Y
N
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
SMF33A中文资料
Document Number 17249Surface Mount ESD Protection DiodesFeatures•For surface mounted applications •Low-profile package•Optimized for LAN protection applications •Ideal for ESD protection of data lines in accordance with IEC 61000-4-2 (IEC801-2) •Ideal for EFT protection of data lines in accordance with IEC 61000-4-4 (IEC801-4) •IEC 61000-4-2 (ESD) 15 kV (air) 8 kV (contact) •Low incremental surge resistance, excellent clamping capability •200 W peak pulse power capability with a 10/1000 µs waveform, repetition rate (duty cycle): 0.01 % •Very fast response time•High temperature soldering guaranteed:260°C/ 10 seconds at terminals •Lead (Pb)-free component•Component in accordance to RoHS 2002/95/EC and WEEE 2002/96/ECMechanical DataCase: JEDEC DO-219AB (SMF ®) Plastic case Terminals: Solder plated, solderable per MIL-STD-750, Method 2026Polarity:The band denotes the cathode, which is positive with respect to the anode under normal TVS operationMounting Position: Any Weight: approx. 15 mgPackaging Codes/Options:GS18 / 10 k per 13 " reel (8 mm tape), 50 k/box GS08 / 3 k per 7 " reel (8 mm tape), 30 k/boxAbsolute Maximum RatingsRatings at 25°C, ambient temperature unless otherwise specified1)Non-repetitive current pulse and derated above T A = 25°CThermal CharacteristicsRatings at 25°C, ambient temperature unless otherwise specified2) Mounted on epoxy glass PCB with 3 x 3 mm, Cu pads ( ≥ 40 µm thick)ParameterT est conditionSymbol Value Unit Peak pulse power dissipation 10/1000 µs waveform 1)P PPM 200W 8/20 µs waveform 1)P PPM 1000W Peak pulse current 10/1000 µs waveform 1)I PPM next Table A Peak forward surge current8.3 ms single half sine-waveI FSM20AParameterT est conditionSymbol Value Unit Thermal resistance 2)R thJA 180K/W Operation junction and storage temperature rangeT stg , T J- 55 to + 150°C Document Number 85811Electrical CharacteristicsRatings at 25°C ambient temperature unless otherwise specified. V F = 3.5 V at I F = 12 A (uni-directional only)1) Pulse test t p≤ 5.0 ms2)Surge current waveform 10/1000 µs3) All terms and symbols are consistent with ANSI/IEEE C62.35PartnumberMarking Code UNIBreakdown Voltage 1)Test CurrentStand-off VoltageMaximum Reverse Leakage Maximum Peak Pulse Surge Current 2,3)Maximum Clamping VoltageJunction CapacitanceV (BR)@ I TV WM@ V WMI D I PPM@ I PPM V CC j @ V R = 0 V, f = 1 MHzV mA V µA AV pF mintypSMF5V0A AE 6.4010 5.040021.79.21030SMF6V0A AG 6.6710 6.040019.410.31010SMF6V5A AK 7.2210 6.525017.911.2850SMF7V0A AM 7.78107.010016.712.0750SMF7V5A AP 8.33 1.07.55015.512.9730SMF8V0A AR 8.89 1.08.02514.713.6670SMF8V5A AT 9.44 1.08.51013.914.4660SMF9V0A AV 10.0 1.09.0 5.013.515.4620SMF10A AX 11.1 1.010 2.511.817.0570SMF11A AZ 12.2 1.011 2.511.018.2460SMF12A BE 13.3 1.012 2.510.119.9440SMF13A BG 14.4 1.013 1.09.321.5420SMF14A BK 15.6 1.014 1.08.623.2370SMF15A BM 16.7 1.015 1.08.224.4350SMF16A BP 17.8 1.016 1.07.726.0340SMF17A BR 18.9 1.017 1.07.227.6310SMF18A BT 20.0 1.018 1.0 5.829.2305SMF20A BV 22.2 1.020 1.0 6.232.4207SMF22A BX 24.4 1.022 1.0 5.635.5265SMF24A BZ 26.7 1.024 1.0 5.138.9240SMF26A CE 28.9 1.026 1.0 4.842.1225SMF28A CG 31.1 1.028 1.0 4.445.4210SMF30A CK 33.3 1.030 1.0 4.148.4205SMF33A CM 36.7 1.033 1.0 3.853.3190SMF36A CP 40.0 1.036 1.0 3.458.1180SMF40A CR 44.4 1.040 1.0 3.164.5165SMF43A CT 47.8 1.043 1.0 2.969.4160SMF45A CV 50.0 1.045 1.0 2.872.7155SMF48A CX 53.3 1.048 1.0 2.677.4150SMF51ACZ56.71.0511.02.482.4145Document Number Typical Characteristics (Tamb = 25 °C unless otherwise specified)Figure 1. Peak Pulse Power RatingFigure 2. Pulse Derating CurveFigure 3. Pulse WaveformP P P M -P e a k P u l s e P o w e r (k W )0.11100.1µ s 1.0µ s 10µ s t d -Pulse Width (sec.)100µ s 1.0ms 10ms172502550751000752550100125150175200P e a k P u l s e P o w e r (P P P )o r C u r r e n t (I P P M )D e r a t i n g i n P e r c e n t a g e ,%T A -Ambient Temperature (°C)17251I P P M -P e a k P u l s e C u r r e n t ,%I R S M2.0t -Time (ms)17252Package Dimensions in mm (Inches) Document Number 85811Blistertape for SMFDocument Number Ozone Depleting Substances Policy StatementIt is the policy of Vishay Semiconductor GmbH to1.Meet all present and future national and international statutory requirements.2.Regularly and continuously improve the performance of our products, processes, distribution and operatingsystems with respect to their impact on the health and safety of our employees and the public, as well as their impact on the environment.It is particular concern to control or eliminate releases of those substances into the atmosphere which are known as ozone depleting substances (ODSs).The Montreal Protocol (1987) and its London Amendments (1990) intend to severely restrict the use of ODSs and forbid their use within the next ten years. Various national and international initiatives are pressing for an earlier ban on these substances.Vishay Semiconductor GmbH has been able to use its policy of continuous improvements to eliminate the use of ODSs listed in the following documents.1.Annex A, B and list of transitional substances of the Montreal Protocol and the London Amendmentsrespectively2.Class I and II ozone depleting substances in the Clean Air Act Amendments of 1990 by the EnvironmentalProtection Agency (EPA) in the USA3.Council Decision 88/540/EEC and 91/690/EEC Annex A, B and C (transitional substances) respectively. Vishay Semiconductor GmbH can certify that our semiconductors are not manufactured with ozone depleting substances and do not contain such substances.We reserve the right to make changes to improve technical designand may do so without further notice.Parameters can vary in different applications. All operating parameters must be validated for each customer application by the customer. Should the buyer use Vishay Semiconductors products for any unintended or unauthorized application, the buyer shall indemnify Vishay Semiconductors against all claims, costs, damages, and expenses, arising out of, directly or indirectly, any claim of personal damage, injury or death associated with such unintended or unauthorized use.Vishay Semiconductor GmbH, P.O.B. 3535, D-74025 Heilbronn, Germany Document Number 85811。
WS3253_CN
接电阻 Rs 调节。输出功率通过 CC 恒流点的变化来调节。Rs 越大，CC 恒流点越小，输出功率也越小；反之亦然。
工作电流 WS3253 具有很低的的工作电流（2mA）。低工作电流，
以及多模式控制电路可以有效地提高开关电源的转换效率。
current
Current Sense Section
TLEB
Leading edge Blanking Time
625
Zsense
Input impedance
50
TD_OC
OCP control delay
110
VTH_OC
OCP threshold
0.88 0.91 0.94
T_ss
Soft start time
FSW
=
1 2TDemag
由于 TDemag 与原边电感 LP 成反比，所以 LPFSW 是恒定的，因此 在 CC 模式下，最大输出功率与输出电流是恒定的，不会由 于原边电感的改变而改变。原边电感变化在±10%间可以补 偿。
频率抖动技术 WS3253 使用了频率抖动技术，可以很好的改善开关电
源系统的 EMI 性能。
Output Clamp Voltage Level
T_r
Output Rising Time
CL=0.5nF
WS3253
60
khz
14
khz
±6
%
1
V
6
V
12
V
650
ns
T_f
Output Falling Time
MOSFET Section
华为产品介绍V2
室内覆盖LampSite(pRRU3901/pRRU3902)
pRRU3902
设备型号 pRRU3901
1.8(2T2R)+2.3(2T2R)
•1*50mW for 1.8G GSM •2*125mW for 2.3G TDL GSM: 20MHz TDL: 20MHz 1.8: 4GSM 2.3G: 1TDL 内置：2dBi，支持外接天线 2.6L/3Kg 电口千兆以太网 1.2L/1.2Kg 电口千兆以太网 •1*50mW for 1.8G GSM •2*125mW for 2.3G TDL 20MHz for GSM 2*20MHz for TDL 1.8: 4GSM or 1FDL 2.3G: 2TDL(单RF卡)
备注
LCR8.0新增
UBBP
UBBPc：支持12C的基带处理能力，提供6个CPRI/IR光口，支持2.5/6.144G速率。仅slot2、slot3槽位上的单板提供接口功能。 UBBP(a)：支持12C的基带处理能力，提供3个CPRI/IR光口，支持2.5速率。仅2、3槽位的单板提供接口功能。 UTRP2：提供2个FE/GE光口。IP组网，需增加FE或GE光口时配发。
输出功率
8 * 30 W FA:2*15W; D: 2*30W 2*5W 回传模块：>24dBm 回传模块：>24dBm FA：2*10W， D：2*10W 2*5W 2 * 125 mW 2 * 125 mW
D: 3*20M FA:1*20M + 15C; D: 3*20M 13L D: 2*20M 6L 回传模块：F：1*20M 4L 回传模块：D：1*20M 4L 8L D: 3*20M 4L E: 1*20M 2.6L E: 2*20M 1.2L
SM5023中文资料
Recommended operating frequency
range1 [MHz]
22 to 70
50 to 70
4 to 70
Oscillator circuit constants
gm ratio
Built-in capacitance CG [pF] CD [pF]
Rf [kΩ]
3
8
15
–
L [mH] 16.24 11.34 7.40 5.05 4.18
Ca [fF] 1.733 1.396 1.370 1.388 1.254
Cb [pF] 5.337 3.989 4.105 4.226 5.170
NIPPON PRECISION CIRCUITS INC.—3
SM5023 series
ORDERING INFORMATION
Device SM5023×××H
Package SOT23-6
NIPPON PRECISION CIRCUITS INC.—1
PINOUT
(Top view)
SM5023 series
INHN 1 XT 2
VSS 3
6 XTN 5 VDD 4Q
PIN DESCRIPTION
Oscillator Normal operation Normal operation
Current consumption and Output waveform with NPC’s standard crystal
Cb L Ca R
f [MHz] 30 40 50 60 70
R [Ω] 18.62 20.53 22.17 22.20 25.42
–
Ground
SM7523芯片2.5-12V、350mALED照明方案测试报告V1.0
图 3：方案实物图（反面）
第 2页 共 6 页
咨询电话：13802567304 胡经理
400-033-6518
明微电子研发中心
SM7523 芯片 2.5-12V、350mA LED 照明方案测试报告 2012V1.0
三、方案 BOM 清单
位号 D1 D2 R1 R2 R3 R4 C1 C2 C3 C4 U1 材料名称 M7 SS115 2.4Ω 47K 1M 10K 4.7uF/400V 10uF 10 uF/25V 15pF SM7523 规格型号 DO-214 DO-214 1206 贴片电阻 0805 贴片电阻 1206 贴片电阻 0805 贴片电阻 铝电解电容φ8*12 0805 贴片电容 插件电解电容 0805 贴片电容 SOP8 用量(个) 1 1 1 1 1 1 1 1 1 1 1
240Vac 60.00 % 70.15 % 73.62 % 67.92 %
62.28 % 71.10 % 75.11 % 69.50 %
小结：在 180Vac-240Vac 电压输入范围内，系统平均效率＞67% 。 2.3
空载功耗测试数据
180Vac 空载功耗 93mW
220Vac 100 mW
240Vac 123 mW
图 4：方案变压器参数
N2(8→5) Φ0.3 1 *1*2 7 T N 1(1→2) Φ0.1 7 *1*1 6 6 T
第 3页 共 6 页
咨询电话：13802567304 胡经理
400-033-6518
明微电子研发中心
SM7523 芯片 2.5-12V、350mA LED 照明方案测试报告 2012V1.0
第 6页 共 6 页
咨询电话：13802567304 胡经理
sun配件PN号及编号
sun配件PN号及编号sun平台100-7192 550MHz UltraSPARC IIi FRU w Heatsink 100-7270 500MHz UltraSPARC IIe Module150-2267 SCSI Terminator HD68-pin150-3114 Interlock Switch180-1997 Localized Power Cord Kit - U.K., RoHS:Y180-2007 10A 90° IEC 320 Sheet E to C13 Power Cord, 1M, 240-4839 Low Profile Bracket, RoHS:Y245-ELZ2C18GC2 V245/2x1.5Ghz/8GB RAM/2x73GB300-1055 65 Watt Power Supply and DC Harness300-1081 140 Watt Power Supply for Sparc10300-1215 150 Watt Power Supply Sparc5/20300-1257 50 Watt Power Supply Sparc4300-1263 Power Sequencer 56" Cab300-1279 150 Watt Power Supply300-1282 30 Watt Power Supply Unipack300-1295 310W PS for A5XXX300-1301 FDK PEX705-30 184 Watt Peripheral Power Supply 300-1308 180W PS for Ultra 1300-1322 DC-DC Converter300-1324 Flexipack Power Supply300-1328 200 Watt Power Supply Modules A and B300-1330 Multipack Power Supply300-1337 Lucent LP300A 300 Watt PS Ultra 30300-1340 FDK PEX737-30 360 Watt Power Supply300-1342 350W PS for Ultra 2300-1352 360W PS for E250 X9683A300-1353 V880 Power Supply300-1357 Sony 670 Watt Power Supply300-1358 FDK PEX750-30 195 Watt X9689A300-1359 Zytec 605 Watt Power Supply300-1393 230V AC Power Sequencer300-1400 FDK PEX705-40 184 Watt300-1407 125 Watt DC-DC Converter with Fan300-1408 FT1800 695W DC Input Power Supply300-1413 SF15K Artesyn 4000W Power Supply, A141, RoHS:Y 300-1434 330W AC Power Supply, Type A142300-1435 330W DC Power Supply, Type D129 N1400300-1441 SF3800 Power Supply X4303A300-1447 130W DC Input Power Supply300-1448 130W AC Input Power Supply300-1457 Lucent 560 Watt Power Supply (X9699A)300-1459 1750 WATT Power SupplySF4810,SF6800300-1460 A153, AC-48VDC Power Supply300-1471 D240 Power Supply, Type A155300-1480 Tyco 1184 Watt Power Supply300-1488 Delta DPS-129AB AC Input Power Supply Type A160 300-1496 Netra 20 AC Power Supply300-1497 Netra 20 DC Power Supply300-1501 680W POWER SUPPLY V440???300-1523 Delta DPS-1500 AC Input Power Supply Type A166300-1544 1018W PS for SunFire B1600300-1546 Dual Input, 24 Output AC Power Sequencer300-1562 6020/6120 410 Watt Power Supply300-1566 320W AC Input Power Supply (Type A177)300-1567 400W DC Input Power Supply300-1588 V250 460 Watt Power Supply300-1622 V890 Power Supply300-1630 475 Watt Power Supply300-1667 SB2500 600 Watt Power Supply300-1708 400-Watt PS for Sun StorEdge 5310 NAS and 6130 Array 300-1794 400 Watt Power Supply Ultra 20300-1884 AC/DC Input DC Power Distribution Board, RoHS:YL300-1906 420 Watt Power Supply300-1910 600 Watt Power Supply320-1271 Type-6 Keyboard, 2M Cable, USB, US320-1273 Type-6 Keyboard, 2M Cable, USB, US/UNIX330-2308 Front Bezel, Purple330-2619 4U Trim Strip330-2910 Trim Strips340-6640 HDD Barrier Plate w/ SUN Logo365-1324 20" P4 Premium Color Monitor, DB13W3365-1335 20" N2 Premium Color Monitor, DB13W3365-1354 17" Entry Level Color Monitor, HD15365-1396 17" Entry Level Color Monitor, HD15370-1416 5.0GB 8 mm Tape Drive, Full-Height, Grey Bezel370-1426 Fibre Channel Optical Module (FC/OM)370-1434 Teminal Concentrator370-1710 1.05GB Disk Drive, Seagate ST31200N370-1753 1.05GB Disk Drive, Seagate ST31200WC370-1810 Keyswitch Assembly/FRU370-1812 230V AC Input/Fan Assembly370-1844 535MB Hard Drive370-1922 14GB 8 mm Tape Drive370-1986 FAN ASSEMBLY,UNIPACK??370-2004 AC Input Filter370-2040 Seagate ST32550WC (2.1GB - 7200 RPM)370-2067 2.1GB 7200 RPM Disk Drive, Seagate ST32550N 370-2070 2.1GB Disk Drive, Seagate ST32430N370-2073 Keyswitch Adapter Assembly/FRU370-2073 Keyswitch Adapter Assembly/FRU370-2160 E450 AC Line Filter370-2162 SM151 HyperSparc Module370-2168 Quantum 1080S370-2196 WD2S Single-Ended to Differential Interface Card 370-2197 Fan Assembly370-2200 7-14GB 8 mm Tape Drive (Medium Grey Bezel) 370-2256 PGX 8-Bit Color Frame Buffer (X3660A370-2365 Seagate ST32171WC (2.1GB - 7200 RPM)370-2376 DDS-3 Dat Drive (X6283A)370-2401 20-40GB EXB-8900 Tape Drive370-2730 Manual Eject Triple Density Floppy370-2816 SunCD 12370-2817 SunCD 12370-2868 Scalable Coherent Interface (SCI) Card370-2868 SBus Cluster Interconnect Card (SCI) (X1073A) 370-3038 SB 2500 Audio Riser Card370-3159 Dual Density Floppy Drive [standard]370-3162 AC Input Power Supply Mitac MPU-200REF370-3168 Ultra 5 8 Centimeter Fan370-3171 AC Input Power Supply Mitac MPU-250REF370-3199 64MB DIMM, 60ns370-3279 4-8GB 1/4" SLR Tape Drive370-3319 24X CD-ROM370-3413 9GB 7200RPM SCSI370-3415 SunCD 32370-3416 SunCD 32370-3417-N A1000 Battery370-3421 L280 Power Supply370-3516 DLT[tm] 7000 T ape Drive FRU370-3521 Symbios SYM8751D370-3522 X-Axis Timing Belt, 1/4" Wide370-3525 Robotics Controller Board370-3526 Actuator Driver Board370-3529 Extension Axis Assembly370-3530 8-Cartridge Bulk/Load Pack Assembly370-3531 Power Supply with Switch (-01: ATL p/n 6220518) 370-3532 5-Slot Backplane370-3693 Seagate ST39140A370-3694 32X EIDE CD-ROM [standard]370-3797 64MB 3.3V ECC 50ns DIMM370-3863 5400 RPM 8.4GB Ultra ATA370-3933 Smart Card Reader Single-Sided370-3956 Battery Pack, NiMH370-3976 System Fan Assembly370-3979 Fan Assembly370-3989 MEDIA INTERFACEADAPTER DB9TOSC370-4152 48X EIDE CD-ROM370-4154 15.3GB 7200RPM IDE HDD (X6172A)370-4206 200W PS Blade 100370-4207 SB1XX Fan Assembly370-4208 SB100 PCI Riser Board370-4209 Cable Service Kit370-4211 Triple Density Floppy370-4278 24X CD-ROM for Netra T1370-4285 System Configuration Card370-4326 200 Watt Power Supply with Power370-4327 20GB 7200RPM IDE HDD (X6174A)370-4363 80W AC Input Power Supply370-4412 8X DVD-ROM/24X CD-ROM370-4422 AC Input Connector Assembly370-4427 V480 4-Post Rackmount Kit370-4617 D2 12-Drive Chassis/Midplane370-4666 Smart Card Reader370-4872 250W PS for SB150370-4873 SB150 PCI Riser Board370-4897 Hub - SuperStack370-4946 24 Outlet AC Power Strip370-5018 SB1500/2500 Smart Card Reader370-5126 CPU Fan/Heatsink FRU370-5127 System Configuration Card Reader370-5128 Internal Slimline DVD-ROM (ATAPI)370-5129 V210 Lower Interface Board370-5134 V240 60mm Fan370-5393 3310/JBOD MIdplane370-5393 3310 JBOD, LVD Chassis & Midplane370-5396 3310 JBOD I/O370-5465 PCI RISER BD V240/N240??370-5524 3310 RAID Chassis & Midplane Assembly370-5527 DC Power Supply / Fan Module for 3XXX Array370-5646 V250 System Configuration Card Reader with Switch and Cable 370-5679 Front Fan370-5680 Rear Fan370-5682 USB Connector Board with Mounting Bracket SB1500370-5683 SB1500 Silver Speaker370-5690 16X DVD-ROM / 48X CD-ROM370-5707 Rack Kit V210/V240370-5720 SB2500 Speaker370-5726 SB2500 Front Fan370-5727 REAR FAN 120MM BLADE2500?370-5728 SB2500 Cable Kit370-5744 DC Power Distribution Board370-5959 V250 8-Slot SCSI Disk Backplane370-5961 V250 Power Distribution Board370-5962 V250 Front Fan Assembly370-5973 SB1500 Cable Kit370-6084 V250 Rear Dual Fan Assembly370-6124 Netra 240 CPU Blower Assembly370-6125 Netra 240 Air Duct Blower Assembly370-6126 N240 System Config Card Reader370-6127 NX40 Alarm Card370-6128 N240 SCSI Interface Board370-6176 SF240/N240 PCI Riser Card370-6177 DC Power Distribution Board370-6463 16X DVD/48X CD-ROM Writer370-6636 478W POWER SUPPLY V20Z370-6689 (73.4GB - 10000 RPM LVD Ultra-320) (X9256A)370-6773 3511 RAID I/O Module (XTA-3511-CTRL-1G)370-6938 SB2500 Silver MEMORY FAN/AIR DUCT ASSY370-7088 FAN HEATSINK PSX TIM370-7591 SB2500 Disk Drive Fan Assmbly371-1115 256MB PC2100 Dimm375-0005 PCI Dual SE-SCSI (X6540A)375-0006 PCI Dual FWD SCSI (X6540A)375-0007 RAID Controller FRU, 8MB MPU + 16MB RPA w Battery 375-0008 Differential SCSI Controller375-0015 16MB MPU Memory/375-0016 RAID Controller FRU, 8MB MPU + 16MB RPA w/o Battery 375-0071 Power Distribution Board375-0079 270/333/360/400MHz (Ultra 5)375-0083 T3 Chassis with Midplane375-0084 T3 Array Controller FRU375-0085 T3 Interconnect Card375-0095 SunPCi 400MHz Co-processor375-0097 Single-Channel Single-Ended Ultra/Wide SCSI (X5010A) 375-0100 Serial Asynchronous Interface PCI375-0115 333/360/400MHz (Ultra 5)375-0131 SunPCi II 600MHz, 64MB memory Co-Processor375-0132 0MB (500MHz UltraSPARC IIe)375-0135 8MB MPU Memory/16MB RPA Memory375-0136 16MB MPU Memory/64MB RPA Memory375-3006 DC Power Distribution Board375-3038 SB2500 Silver AUDIO RISER CARD375-3048 SBus Dual FC Network Adapter (X6757A)375-3058 Netra X1 500MHz UltraSPARC IIe MB375-3065 650MHz UltraSPARC IIi375-3069 XVR-500 Graphics Accelerator375-3090 V100 500Mhz Motherboard375-3097 SB2500 2-Slot SCSI Backplane375-3108 2GB PCI Dual FC-AL Adapter (X6768A)375-3120 Motherboard w/ 2 × US IIIi 1.28GHz, 0MB375-3126 XVR-100 Graphics Accelerator (32MB)375-3128 Blade 1500 Motherboard375-3130 V250 2 × 1.28GHz 0MB System Board Assembly375-3140 I/O COMBO CARD375-3148 0MB Motherboard, Tomatillo 2.3 v210/V240375-3156 JNI 2GB Single FC-AL Adapter (SG-XPCI1FC-JF2)375-3157 JNI 2Gb PCI Dual FC Host Adapter (SG-XPCI2FC-QF2)(FCX2-6562-L) 375-3167 SB150 MB w/650Mhz CPU375-3181 XVR-100 Graphics Accelerator (64MB)375-3193 FRU, OEM, 2x 1.6GHz, OMB ENCHIL+????375-3216 6130/5300 FC RAID Controller card with 1GB cache memory375-3219 StorEdge CSM100, SATA Expansion I/O Module (XTACSM1-IOM-SA) 375-3226 Motherboard w/ 2 × US IIIi 1.336GHz, 0MB375-3227 Motherboard w/ 2 × US IIIi 1.503GHz, 0MB375-3253 2GB Single Port FC-AL HBA (SG-XPCIFC-QLC)375-3294 4GB PCI-X Dual FC-AL HBA (SG-XPCI2FC-QF4)375-3306 Ultra 20 System Board375-3359 Tomatillo 2.3 0MB USIIIi FRU 1× 1.503GHz w Fanless Heatsink375-3375 RAID Fibre Channel Controller, 1GB memory, 2 host ports,380-0083 A3000/A3500 Dual Raid Controller380-0343 Sun Ray 150 Assembly/FRU.380-0383 DLT8000 for L20/L40/L60380-0451 L9 Assembly/FRU with DLT1 Drive 380-0458380-0458 DLT1 LVD/SE 40GB 1/2-Inch Tape Drive390-0006 Fujitsu MAG3182LC390-0025 10X DVD-ROM Drive (X6168A)390-0027 20-40GB 4 mm DDS-4 Tape Drive (X6296A)390-0028 20-40GB 4 mm DDS-4 Tape Drive (X6295A)390-0043 Fujitsu MAJ3182MC390-0066 Fujitsu MAN3184MC390-0164 250GB SATA HDD (Hitachi HDS722525VLSA80)390-0214 Hitachi HDS724040KLSA80 (400.0GB)445-EHZ4C2-16CB V445/2X1.6Ghz CPU/16GB RAM/2x73GB HDD 501-1415 SBUS CG3 Color Frame Buffer501-1672 8-Bit Color Frame Buffer501-1717 Gxplus 8-Bit Color Frame Buffer501-1718 8-Bit Color Frame Buffer501-1725 High Speed Serial Interface501-1817 8MB SIMM501-1840 SBus Expansion Adapter501-1931 Serial Parallel Controller501-1932 Token Ring Interface/SBus501-1996 GX CG6 66/76Hz Color501-2015 SBUS Fast SCSI/Ethernet (X1053A)501-2066 SCSI Disk Card FRU without Disk Drives501-2069 SBus Optical Channel Host Adapter501-2196 32MB SIMM501-2219 SM40 40Mhz CPU501-2232 SunVideo501-2239 SM30 SuperSPARC Module501-2253 TurboGXplus 8-Bit Color Frame Buffer501-2324 Sparc 20 Motherboard501-2325 TurboGX 8-Bit Color Frame Buffer501-2336 0MB FRU501-2352 SM51 SuperSPARC Module501-2481 4MB 60ns 24-bit VSIMM501-2486 167MHz 0MB FRU501-2519 SM61 SuperSparc Module501-2520 SM71 SuperSPARC Module501-2562 SM51 SuperSPARC Module501-2588 Wide SCSI Disk Card FRU without Disk Drives501-2613 AC Line Filter501-2617 SM51 SuperSPARC Module501-2668 SS1000E System Board501-2707 SM51 SuperSparc CPU501-2708 SM50 SuperSparc Module501-2739 Single-Ended Fast/Wide SCSI/FastEthernet (X1018A) 501-2741 Single-Ended Ultra/Wide SCSI/FastEthernet (X1032A) 501-2752 SM61 SuperSparc Module501-2754 SM51 SuperSparc Module501-2769 SM61 SuperSparc Module501-2825 SM61 SuperSPARC Module501-2836 U1/140 143MHz 0MB FRU501-2874 SUN PC Accelerator DX2501-2904 SM71 SuperSPARC II Module501-2919 SunFastEthernet Adapter 2.0 (X1059A)501-2922 TurboGX 8-Bit Frame Buffer501-2948 Horizontal Interconnect Board501-2951 A5XXX Fibre Interface Board501-2955 SBUS TurboGx Plus CG6501-2975 X-Axis Timing Belt, 1/4" Wide501-2978 E4000 8-Slot Centerplane501-2980 Robotics Controller Board501-2982 Configured Array Controller, Light Grey501-2998 SS1000E 0MB - 2 SM81501-3001 Extension Axis Assembly501-3100 E450 DC Power Distribution Board501-3108 Wide SCSI Interface Card & Cable, approx. 400 mm 501-3142 E6XXX Load Boards501-4148 4-Slot SCSI Backplane501-4189 8-Slot SCSI Disk Backplane501-4230 SunPC 133-MHz 5x86501-4266 SBus I/O Board with SOC+ (X2611A)501-4327 Half-Height 16-Bit SCSI I/O Board501-4346 E10K Centerplane Support Board501-4348 E10K Centerplane501-4372 A5000/A5100 7-Slot FC-AL Disk Backplane501-4404 PCI I/O Assembly (8 slot)501-4440 12-Slot SCSI Disk Backplane501-4450 0MB Ultra 60 System Board501-4669 Alarm Module501-4676 CPU Board (Model 170E)501-4681 E250 System Board501-4788 Creator3D Series 3 (FFB2+)501-4799 E3500 5-Slot Backplane501-4818 E250 Remote System Control Board and Cable501-4823 USCSI Interface Card Unipack501-4849 300MHz UltraSPARC IIi Module501-4882 CPU/Memory Board - 0MB FRU w/o Module (X2602A) 501-4901 Remote System Control (RSC) Card501-4926 SBUS PCI I/O Board (X2632A)501-4944 8-Slot Centerplane501-4946 Clock Board - 83/90/100MHz Gigaplane501-4953 Level 2 Repeater Board501-5010 16-Slot Centerplane (83/90MHz Gigaplane)501-5019 PCI 10/100 Ethernet (X1033A)501-5030 512MB Dimm for X7051A Kit501-5031 1GB Dimm for X7052A Kit501-5039 270MHz UltraSPARC IIi Module501-5040 300MHz UltraSPARC IIi Module501-5090 333MHz UltraSPARC IIi Module501-5142 V880 I/O Board501-5148 360MHz UltraSPARC IIi Module501-5149 440MHz UltraSPARC IIi Module/2MB Cache501-5168 U80/E420R/T1`400/T1405 Motherboard501-5218 Ultra 80 Memory Riser Board501-5270 E450 0MB FRU w 4MB Cache Support501-5271 Fan Backplane501-5274 E450 8-Slot SCSI Disk Backplane501-5365 83/90/100MHz Gigaplane501-5365 Clock Board - 83/90/100MHz Gigaplane501-5401 256MB SDRAM DIMM501-5407 system controller version 1 4800/6800501-5440 E250 Motherboard501-5473 System Controller CPU board (CP1500) with 440MHz CPU, 0MB 501-5488 Netra Rear I/O Board501-5505 2-Slot SCSI Disk Backplane501-5506 220R/420R DC Power Distribution Board501-5563 System Controller Board501-5568 333MHz UltraSPARC IIi Module501-5606 U60/220R Motherboard501-5656 Single-Ended Ultra/Wide SCSI/FastEthernet501-5672 E450 0MB FRU w 8MB Cache Support501-5690 Creator3D Series 3 (FFB2+)501-5699 SF280 FC-AL Backplane501-5740 400MHz UltraSPARC IIi Module501-5741 400MHz UltraSPARC IIi Module501-5762 400MHz UltraSPARC II Module (8MB Cache Sapphire-Black) 501-5820 PCI I/O Riser Board501-5822 2-Slot FC-AL Disk Backplane501-5856 V880 Remote System Control (RSC2) Board501-5877 3 Slot System Centerplane (4800), FRU501-5902 Sun GigaSwift Ethernet UTP (Copper)501-5938 0MB FRU (SCHIZO 2.2)501-5951 StorEdge S1 Motherboard501-5993 6 Slot FC Base/Expansion Backplane501-6015 SCSI Disk Backplane501-6066 Fan Tray Board501-6109 1GB SDRAM DIMM501-6164 2x1.2Ghz CPU/0MB MEM Board501-6174 512MB SDRAM DIMM CR1/LC1501-6230 0MB FRU (SCHIZO >=2.2)501-6287 SCSI LED Board501-6323 V880 Motherboard501-6334 2 x 900Mhz CPU/Memory Board501-6335 4-SLOT SCSI DISK BACKPLANE V440501-6345 1.280GHz CPU/Memory Board501-6346 Advanced Lights Out Manager (ALOM) Card501-6384 Connector Board501-6560 0MB FRU (SCHIZO 2.5)501-6665 6 Slot FC Base/Expansion Backplane501-6752 V880 Motherboard501-6762 GigaSwift Ethernet MMF (GFS) (X4151A)501-6788 1.593GHz CPU Board Assembly501-7058 CPU/Memory Board w/2 × USIV+ 1.5GHz, 0MB501-7139 V40z Motherboard501-7461 1.593GHz CPU Board Assembly, RoHS:YL525-1369 48T08 NVRAM525-1430 48T59 NVRAM530-1884 External SCSI Cable, HD68 to HD68, 80 cm530-2150 Back-to-Back Ethernet Cable, 5.0M530-2181 Address Select Cable530-2357 Video Connector Adapter, 13W3F to HD15M (X470A)530-2383 External SCSI Cable, HD68 to HD68, 0.8M530-2455 External SCSI Cable (Drive to Host HBA), HD68 to VHDC, 10M 530-2481 E250 CPU to DC Distribution 16-Pin Sense Cable530-2525 E250 Backplane to DC Distribution Key/LED/I2C Cable530-2729 Ultra-3 Left 90° HD68 to VHDCI-68 with Ferrites, 2M (X992A) 530-2745 I/O Board Remote Sense Cable530-2746 I/O Signal Cable, RoHS:Y530-2835 PCI Internal Status Cable, RoHS:Y530-2840 I2C Cable530-2841 Base Backplane Power Cable530-2843 INTERCONNECT CABLE, LONG530-2846 Ultra-3 Right 90° HD68 to VHDCI-68 with Ferrites, 2M (X959A) 530-2924 Narrow SCSI Adapter Cable530-2984 Ultra-3 SCSI cable, VHDCI/VHDCI, 4M530-3056 Internal Loop B cable530-3211 HSSDC2 to HSSDC2 Array Interconnect Cable540-2007 Patch Panel for X1008A/X1146A540-2191 4-Channel RS-449 Interface Panel540-2465 Power Supply Assembly/FRU540-2500 CD-ROM Assembly/FRU540-2568 1.05GB Disk Drive FRU540-2570 Aurora Bracket540-2573 Fan Tray Assembly/FRU, Light Grey540-2709 Fan Controller Assembly (Fan Tray Assembly) (X956A)540-2756 3-Fan Tray Assembly540-2757 Auxiliary Fan Assembly540-2782 2.1GB 5400 RPM Disk Drive Assembly/FRU540-2832 E450 Front Door Assembly540-2840 CPU Fan Tray Assembly540-2841 Disk Fan/Speaker Assembly540-2852 SunCD 4 CD-ROM Assembly/FRU540-2858 A5XXX Front Fan Tray540-2901 E450 Motherboard with 4MB cache540-2903 E450 Removable Media Tray540-2910 Removable Media Door Assembly540-2937 4.2GB Disk Drive FRU540-2937 SSA FRU 4.2GB Disk Card FRU540-2938 4.2GB - 7200 RPM SCSI HDD540-2988 A5XXX Interface Board540-3002 1/2-Height Filler Panel540-3017 PCI Fan Assembly/FRU540-3024 Spud Bracket540-3083 A3500 Differential SCSI Array Controller (X6537A) 540-3274 3-Fan Fan Assembly540-3323 A1000/D1000 Fan Canister540-3441 E10K AC Input Module540-3566 3-Fan Tray Assembly with Fan 370-3321540-3586 Fan Tray, Bottom Right I/O Area (FT2)540-3604 E250 Keyswitch and LED Assembly with Cables 540-3614 V880 CPU Fan Tray540-3615 V880 PCI I/O Fan Tray540-3704 Remote System Control Board540-3809 System Board Bracket with Fan540-3926 Netra ft 1800 CAF Module540-3992 FT1800 Empty PCI Carrier540-4017 Netra ft 1800 FRU RMM Tray with CD-ROM540-4026 A3500FC FC-AL Array Controller with Memory 540-4050 SF15K Fan Tray540-4136 CPU Shroud Assembly540-4172 Netra T1 Front Bezel540-4179 Netra T1 Assembly CD-ROM + Bracket540-4193 SF3800 Fan Tray540-4258 440MHz CPU and I/O Interface Assembly540-4260 360MHz CPU and I/O Interface Assembly540-4262 CPU Fan Assembly540-4346 AC Input Module540-4364 E450 Disk Fan Assembly540-4434 Fan Tray Assembly with 3× 120mm Fans540-4453 V880 CPU Fan Status Assembly540-4454 V880 CPU/Memory Board Status Assembly540-4520 36.4GB - 10000 RPM SCSI HDD540-4525 36.4GB - 10000 RPM FC-AL540-4556 Mediatray Assembly/FRU with Front Bezel540-4689 36.4GB - 10000 RPM SCSI HDD540-4715 SF480R CPU Fan Tray540-4716 V4xx PCI Fan Tray (1)540-4863 Spud3 Bracket Assembly540-4904 36.4GB - 10000 RPM SCSI HDD540-4910 18.2GB - 10000 RPM SCSI HDD540-4921 18.2GB - 10000 RPM SCSI HDD540-4968 Netra1280 Baseplane Assembly540-4972 8-Fan Tray Assembly/FRU (gold/tin or tin/tin connectors) 540-4977 CPU/Memory Filler Panel540-5014 8X DVD-ROM Drive (X7288A)540-5016 D2 Low Voltage Differential SCSI Controller Assembly 540-5026 Netra CT410 5-Slot cPCI Drawer540-5082 16-Slot Chassis Assembly/FRU B1600540-5088 280R Fan Tray540-5185 Switch and System Controller (SSC) Assembly/FRU 540-5258 V440 PCI Fan Tray540-5299 V120 CPU Fan with Air Duct540-5304 Fan Tray, Dual Fan540-5304 E15K Fan Tray, Dual Fan540-5318 6020/6120 Chassis/Midplane540-5383 V440 CPU Fan Tray540-5384 Array Interconnect Card (loop card) Assembly540-5384 6020/6120 Interconnect Card540-5410 8-Fan Tray Subassembly540-5411 DVD-ROM Assembly540-5418 V440 Motherboard540-5471 146GB 10K FC-AL HDD (X6817A)540-5521 Level 2 Repeater Assembly540-5555 Service Processor Accessory (SPA) Tray540-5559 Sun StorEdge 6120 RAID Controller Assembly540-5563 Sun StorEdge3310 SCSI 73.4GB 10000rpm Disk540-5565 I/O Board and System Controller (IB_SSC)540-5596 8X DVD-ROM Drive Assembly, RoHS:YL540-5603 CPU/Memory Uniboard w/ 4× US III Cu 1.2GHz, 16GB 540-5604 CPU/Memory Uniboard w/ 4× US III Cu 1.2GHz, 32GB 540-5605 CPU/Memory Uniboard w/ 4× US III Cu 1.2GHz, 0MB 540-5849 CPU/Memory UniBoard w/ 4× US III Cu 1200MHz, 0MB 540-5859 CPU/Memory Uniboard w/ 4× US III Cu 1.2GHz, 8GB540-5981 CPU/Memory UniBoard w/ 4× US III Cu 1200MHz, 8GB540-5997 Fan Tray, Top I/O Area (FT1)540-5998 Fan Tray, Bottom Left I/O Area (FT0)540-6081 CPU/Memory Uniboard w/ 4× US III Cu 1050MHz, 0MB540-6083 CPU/Memory Uniboard w/ 4× US III Cu 1.2GHz, 0MB540-6092 8-Fan Tray Assembly/FRU (tin/tin connectors)540-6244 400GB - 7200 RPM SATA FOR 6130 Array (XTA-ST1CD-400G7K)540-6336 V440 Motherboard540-6448 73.4GB - 10000 RPM SCSI HDD540-6449 73.4GB - 15000 RPM U320 (XTA-SC1NC-73G15K)540-6450 146.8GB 10K U320 HDD (XTA-SC1NC-146G10K)540-6548 73GB - 15000 RPM FC-AL540-6574 300GB - 10000 RPM FC-AL540-6635 500GB - 7200 RPM SATA, (XTA-ST1CF-500G7K)560-2724 N1280 Left Door and Hinge560-2725 N1280 Right Door and Hinge560-2825 INTERNAL CABLE KIT V440560-2825 V440 Internal Cable KitA1000-12 A1000 12-Bay Raid ArrayA12 Ultra 1 BaseA14 Ultra 2 BaseA21-360 Ultra 5-360MhzA21-400 Ultra 5-400MhzA22-440 Ultra 10 BaseA23 Ultra 60 BaseA25-AA E450 BaseA25-BA E450 BaseA25-CA E450 BaseA26 E250 BaseA27 Ultra 80 BaseA28 SB 1000A29 SB 2000A30 V880 BaseA33 E420R BaseA34 E220R BaseA35 SF 280RA36-500 SUN BLADE 100/500MHZ CPU BASEA37 V480 BaseA39-UXB1 SUN Blade 2500 w/1 x 1.6Ghz CPUA39-UXB2-C1ABD2GDN SB2500/2x1.6Gzh CPU/2GB RAM/146GB HDD/XVR-100 A41-550 Blade 150 550MHZA42 V440 BaseA42-XAB2-04GD V440/2x1.06Ghz CPU/4GB Ram/4x36GB HDDA42-XAB4-08GD V440/4x1.06Ghz CPU/8GB RAM/4x36GB HDDA42-XCB2C2-04HD V440/2x1.28Ghz CPU/4GB RAM/4x73GB HDDA42-XCB4C2-16HD V440/4x1.28Ghz CPU/16GB RAM/4x73GB HDDA42-XHB4C2-08HD V440/4x1.5Ghz CPU/8GB RAM/4x73GB HDDA43-ULB1 SB1500 Base w/ 1.5Ghz CPUA43-XX SB1500 ChassisA5100 FC-AL Disk ArrayA5200 FC-AL Disk ArrayA53-AA V890-BaseA55 V20z BaseA55-PFB2-1-8GRA5M V20z/2xAMD275/8GB RAM/1x73GBA64-CONFIG X4100 A64-NFZ1-1N-1G-AL9A64-NGZ1-AN-1G-AL9 X4100/1 x 252/1GB RAMA67-QGZ8-4S-032CB1 X4600/8 x AMD885 CPUS/32GB RAM/2x73GB HDD A70-XHB2-9AF-2G-DT U45/2x1.6Ghz CPU/2GB RAM/250GB HDD/XVR-100 A70-XHZB2-9AT-2GDT Ultra 45/2x1.6Ghz/2GB RAM/250GB HDDA84 X2100 M2 BaseA84-GGZ1-H-4GB-JL8 X2100 M2/A85 X2200 M2 BaseA88-GGZ1-AA-2BGA Ultra 20/AMD 1218/2GB RAM/250GB HDDBAE-300 SUN Ray 150 Thin ClientD1000-12 D1000 12-Bay JBOD w/Rackmount KitD130-AC D130 Storage Array AC PowerD130-DC D130 Storage Array DC PowerD240 D240 Media Tray w/Rackmount KitD240 D240 Media Tray w/Rackmount KitD2-AC D2 Array AC PowerDS14MK2 NetApp Disk Storage Tray-EmptyE3000 E3000 BaseE3500 E3500 BaseE4000 E4000 BaseE4500 E4500 BaseE6500 E6500 Basef100-6889 48T59 NVRAMF15K Sunfire 15K BaseFC64-1063-EMC JNI 64BIT SBUS-TO-FIBER CHANNEL HBA EMCFCE-6410-N JNI 64BIT 1GB PCI FIBRE CHANNEL ADAPTER?FCE-6460-N JNI 2GB 64BIT 66MHZ PCI FIBRE CHANNEL HBAFCI-1063-EMC JNI FIBRE CHANNEL GIGABIT CARD 32-BIT EMCFCI-1063-N JNI FIBRE CHANNEL GIGABIT CARD 32-BITFlexipack Sun Flexipack EmptyLP1102 4GB FC-AL HBALP9002DC-M2 2GB Dual F/C Adapter EMCLP9002L Emulex 2GB PCI FC-AL HBALP9002L-E 2GB FC-AL Adapter EMCLP9002S-E 2GB SBUS FC Adapter EMCLPE-1150E 4Gb/s PCI Express HBAMAP3147NC Fujitsu 146.8GB 10K U320 HDDMultiPack 6-Bay MultipackN03 Netra T1125 BaseN04-AA Netra T1120 BaseN06-440 Netra T105-440MhzN07-440 Netra T100 w/440Mhz CPUN19-500 Netra X1/500Mhz CPU BaseN25-650 V120 Base w/650Mhz CPUN28-DC Netra 20 DC Power BaseN31-XUB1 V210 w/1 x 1Ghz CPU BaseN32-XKB2 V240 Base w/2 x 1.5Ghz CPUsN32-XKB2B2204HB V240, 2X1.5, 2GB, 2X73GBN32-XWB2 V240 Base w/2 x 1.2Ghz cpusN44 Sun Fire B1600N54-XWB2 Netra 240 DC/ w/2 x 1.2Ghz CPU BaseNS-XDSKS1-373GAC S1 Array w/3x73GB HDDP-0002 Antares PCI SE-2 SerialP-0005 Antares PCI MSE-1 Serial Port + ModemQLA10162 QLogic PCI Dual Ultra-3 SCSI Host AdapterQLA2200F QLogic1GB PCI FC-AL HBAQLA2310 QLogic 2Gigabit/Sec PCI Single FC Host AdapterQLA2340 Qlogic 2GB FC-AL HBA PCI-XQLA2342 Qlogic 2GB Dual FC-AL HBAS1-AC S1 Storedge Array AC PowerSF3800 SunFire 3800 BaseSF4800 SunFire 4800 BaseSF6800 SunFire 6800 BaseSF-CAB Sunfire CabinetSG-XARY030A 72 inch Sun StorEdge Expansion CabinetSG-XAUTODLT8D-L9 L9 Autoloader w/ DLT 8KSG-XMT4-H2D1T1 2× 146GB Disks (540-6064) 1× 4 mm DDS-4 Tape 1× DVD-ROM SG-XPCI1FC-EM2 375-3304 2Gb PCI-X Single FC Host Adapter, RoHS:YSG-XPCI1FC-EM4-Z 4Gb PCI-X Single FC Host Adapter, RoHS:Y (375-3398)SG-XPCI1FC-JF2 2GB Single Port FC-AL HBA JNI (375-3156)SG-XPCI1FC-JN2 2GB Single Port FC-AL HBASG-XPCI1FC-QF2 2GB Single Port FC-AL HBASG-XPCI1FC-QF4 375-3354 4Gb PCI-X Single FC Host Adapter, RoHS:YSG-XPCI1FC-QLC2 2GB Single Port FC-AL HBA (375-3253)SG-XPCI2FC-JF2 2GB PCI Dual FC-AL JNI HBASG-XPCI2FC-QF2 2Gb PCI Dual FC Host AdapterSG-XPCIE1FC-EM4 4Gb PCI Express Single Port FC Host Adapter,SG-XPCIE1FC-QF4 4Gb PCI Express Single Port FC Host Adapter 375-3355SG-XPCIE2SCSIU320Z Dual-Channel Ultra320 LVD SCSI PCI Express (375-3357) SG-XTAP4MM-011A DDS-3 External UnipackSG-XTAP4MM-012A DDS-4 External UnipackSG-XTAPDAT72-D2 4 mm DAT 72 Desktop Assembly/FRU: RoHS:YSG-XTAPDLT-021A DLT 7K FlexipackSG-XTAPDLT-022A DLT 8K FlexipackSG-XTAPLTO2V-R LTO2 RACKMOUNTSS5-85 Sparc 5 w/85Mhz CPU BaseT20 T2000 Config…callUnipack SUN Unipack EmptyV210 V210, 1x1.3Ghz BaseV240 V240, 2X1.2, 2GB, 2X73GBX1018A Sun Fast EthernetX1025A FDDI/S Single-Attach SBus (SAS) 5.0X1030A PCMCIA Interface/SBus CardX1032A 501-5656 SE F/W SCSI/Fast EthernetX1033A PCI Fast EthernetX1034A PCI Quad EthernetX1039A 375-0001 Token Ring Interface PCI (TRI/P) 1.0X1049A SBUS Quad FastX1053A Fast SCSI-2/Buffered Ethernet (FSBE/S)X1062A Differential Fast/Wide SCSI-2 Host Adapter (DWIS/S)X1063A SE SCSI cardX1065A 370-2443 SBUS Differential Ultra/Wide SCSI Host AdapterX1068A SunATM-622/MFiber PCI 3.0 501-3029X1131A SunPCi 400MHzX1141A PCI GB EthernetX1142A FDDI/S Single-Attach SBus (SAS) 5.0/6.0X1150A PCI SUN GigaSwift UTPX1151A PCI GigaSwift MMFX1158A SunATM-155/UTP PCI 4.0X1188A 200Mhz/1MBX1190A 250Mhz/1MBX1191A 300Mhz/2MBX1192A 360Mhz/4MBX1194A 400Mhz/2MBX1195A 450Mhz/4MBX1197A 440Mhz/4MBX1232A 501-5570 (cPCI) Single Ended UltraSCSI + 10/100 EthernetX1234A cPCI Quad FastX2132A SunPCi IIpro 733MHz coprocessor cardX2136A SunPCi IIIpro 1.6GHz Co-Processor Card, 256MB memoryX2156A Serial Asynchronous Interface PCI (SAI/P) 3.0X2222A 501-5727 Dual FastEthernet / Dual SCSI PCI Adapter。
FAIRCHILD FST3253 数据手册
© 1999 Fairchild Semiconductor Corporation DS500058September 1997Revised December 1999FST3253 Dual 4:1 Multiplexer/Demultiplexer Bus SwitchFST3253Dual 4:1 Multiplexer/Demultiplexer Bus SwitchGeneral DescriptionThe Fairchild Switch FST3253 is a dual 4:1 high-speed CMOS TTL-compatible multiplexer/demultiplexer bus switch. The low on resistance of the switch allows inputs to be connected to outputs without adding propagation delay or generating additional ground bounce noise.When OE is LOW, S 0 and S 1 connect the A Port to the selected B Port output. When OE is HIGH, the switch is OPEN and a high-impedance state exists between the two ports.Featuress 4Ω switch connection between two ports.s Minimal propagation delay through the switch.s Low l CC .s Zero bounce in flow-through mode.s Control inputs compatible with TTL level.Ordering Code:Device also available in Tape and Reel. Specify by appending suffix letter “X” to the ordering code.Logic Diagram Pin DescriptionsConnection DiagramTruth TableOrder Number Package NumberPackage DescriptionFST3253M M16A 16-Lead Small Outline Integrated Circuit (SOIC), JEDEC MS-012, 0.150 Narrow FST3253QSC MQA1616-Lead Quarter Size Outline Package (QSOP), JEDEC MO-137, 0.150 Wide FST3253MTCMTC1616-Lead Thin Shrink Small Outline Package (TSSOP), JEDEC MO-153, 4.4mm WidePin Name Description OE 1, OE 2Bus Switch EnablesS 0, S 1Select InputsA Bus AB 1, B 2, B 3, B 4Bus BS 1S 0OE 1OE 2Function X X H X Disconnect 1A X X X H Disconnect 2AL L L L A = B 1L H L L A = B 2H L L L A = B 3HHLLA =B 4查询FST3253供应商 2F S T 3253Absolute Maximum Ratings (Note 1)Recommended Operating Conditions (Note 3)Note 1: The Absolute Maximum Ratings are those values beyond whichthe safety of the device cannot be guaranteed. The device should not be operated at these limits. The parametric values defined in the Electrical Characteristics tables are not guaranteed at the absolute maximum rating.The Recommended Operating Conditions tables will define the conditions for actual device operation.Note 2: The input and output negative voltage ratings may be exceeded if the input and output diode current ratings are observed.Note 3: Unused control inputs must be held HIGH or LOW. They may not float.DC Electrical CharacteristicsNote 4: Typical values are at V CC = 5.0V and T A = +25°CNote 5: Measured by the voltage drop between A and B pins at the indicated current through the switch. On resistance is determined by the lower of the voltages on the two (A or B) pins.Supply Voltage (V CC )−0.5V to +7.0V DC Switch Voltage (V S )−0.5V to +7.0V DC Input Voltage (V IN )(Note 2)−0.5V to +7.0VDC Input Diode Current (l IK ) V IN <0V −50mA DC Output (I OUT ) Sink Current 128mA DC V CC /GND Current (I CC /I GND )+/− 100mA Storage Temperature Range (T STG )−65°C to +150 °CPower Supply Operating (V CC) 4.0V to 5.5VInput Voltage (V IN )0V to 5.5VOutput Voltage (V OUT )0V to 5.5VInput Rise and Fall Time (t r , t f )Switch Control Input 0ns/V to 5ns/V Switch I/O0ns/V to DC Free Air Operating Temperature (T A )−40 °C to −85 °CSymbol ParameterV CC (V)T A = −40 °C to +85 °C Units ConditionsMinTyp (Note 4)Max V IK Clamp Diode Voltage 4.5−1.2V I IN = −18mAV IH High Level Input Voltage 4.0–5.5 2.0V V IL Low Level Input Voltage 4.0–5.50.8V I I Input Leakage Current 5.5±1.0µA 0≤ V IN ≤5.5V I OZ OFF-STATE Leakage Current 5.5±1.0µA 0 ≤A, B ≤V CC R ONSwitch On Resistance 4.547ΩV IN = 0V, I IN = 64mA (Note 5)4.547ΩV IN = 0V, I IN = 30mA 4.5815ΩV IN = 2.4V, I IN = 15mA 4.01120ΩV IN = 2.4V, I IN = 15mA I CC Quiescent Supply Current 5.53µA V IN = V CC or GND, I OUT = 0∆ I CCIncrease in I CC per Input5.52.5mAOne input at 3.4VOther inputs at V CC or GNDFST3253AC Electrical CharacteristicsNote 6:This parameter is guaranteed by design but is not tested. The bus switch contributes no propagation delay other than the RC delay of the typical On resistance of the switch and the 50pF load capacitance, when driven by an ideal voltage the source (zero output impedance).Capacitance (Note 7)Note 7: T A = +25°C, f = 1 MHz, Capacitance is characterized but not tested.AC Loading and WaveformsNote: Input driven by 50 Ω source terminated in 50 ΩNote: C L includes load and stray capacitance Note: Input PRR = 1.0 MHz, t W = 500 nsFIGURE 1. AC Test CircuitFIGURE 2. AC WaveformsSymbolParameterT A = −40 °C to +85 °C C L = 50pF, RU = RD = 500ΩUnitsConditionsFigure No.V CC = 4.5 – 5.5V V CC = 4.0V MinMax MinMax t PHL ,t PLH Prop Delay Bus to Bus (Note 6)0.250.25ns V I = OPEN Figure 1Figure 2Prop Delay, Select to Bus A 1.0 5.3 6.3t PZH , t PZL Output Enable Time, Select to Bus B 1.0 5.3 6.0ns V I = 7V for t PZL Figure 1Figure 2Output Enable Time, I OE to Bus A, B 1.0 5.3 6.2V I = OPEN for t PZH t PHZ , t PLZOutput Disable Time., Select to Bus B 1.0 5.8 6.2nsV I = 7V for t PLZ Figure 1Figure 2Output Disable Time, I OE to Bus A, B1.05.56.2V I = OPEN for t PHZSymbol ParameterTyp MaxUnits ConditionsC IN Control Pin Input Capacitance 3pF V CC = 5.0V C I/OA Port Input/Output Capacitance13pF V CC , OE = 5.0VB Port5pF 4F S T 3253Physical Dimensions inches (millimeters) unless otherwise noted16-Lead Small Outline Integrated Circuit (SOIC), JEDEC MS-012, 0.150 NarrowPackage Number M16A16-Lead Quarter Size Outline Package (QSOP), JEDEC MO-137, 0.150 WidePackage Number MQA165FST3253 Dual 4:1 Multiplexer/Demultiplexer Bus SwitchPhysical Dimensions inches (millimeters) unless otherwise noted (Continued)16-Lead Thin Shrink Small Outline Package (TSSOP), JEDEC MO-153, 4.4mm WidePackage Number MTC16Technology DescriptionThe Fairchild Switch family derives from and embodies Fairchild ’s proven switch technology used for several years in its 74LVX3L384 (FST3384) bus switch product.Fairchild does not assume any responsibility for use of any circuitry described, no circuit patent licenses are implied and Fairchild reserves the right at any time without notice to change said circuitry and specifications.LIFE SUPPORT POLICYFAIRCHILD ’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF FAIRCHILD SEMICONDUCTOR CORPORATION. As used herein:1.Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain life, and (c) whose failure to perform when properly used in accordance with instructions for use provided in the labeling, can be rea-sonably expected to result in a significant injury to the user.2. A critical component in any component of a life support device or system whose failure to perform can be rea-sonably expected to cause the failure of the life support device or system, or to affect its safety or effectiveness.。
2023-2024学年江苏省镇江第一中学高三上学期期初阶段学情检测数学试卷及答案
江苏省镇江第一中学阶段检测试题高三数学考试时间：120分钟满分：150分一、选择题：本题共8小题，每小题5分，共40分．在每小题给出的四个选项中，只有一项是符合题目要求的．A ．a b c >>B ．c b a >>C ．a c b >>D ．c a b>>8．已知随机事件A ，B ，C 满足()01P A <<，()01P B <<，()01P C <<，则下列说法错误的是（）A ．不可能事件Φ与事件A 互斥B ．必然事件Ω与事件A 相互独立C ．()()()P AC P AB C P AB C =+∣∣∣D ．若()()||P A B P A B =，则()()12P A P A ==二．多选题：本题共4小题，每小题5分，共计20分．在每小题给出的选项中，有多项符合题目要求．全部选对的得5分，部分选对的得2分，有选错的得0分．9.已知函数f (x )的导函数f ′(x )的图象如图所示，则下列结论中正确的是()A ．f (x )在区间(－2,3)上有2个极值点B ．f ′(x )在x ＝－1处取得极小值C ．f (x )在区间(－2,3)上单调递减D ．f (x )在x ＝0处的切线斜率小于010．设0a >，0b >，1a b +=，则下列结论正确的是（）A ．ab 的最大值为14B ．22a b +的最小值为12C ．41a b+的最小值为9D ．+a b 的最小值为311．如图，AB 为圆锥SO 底面圆O 的直径，点C 是圆O 上异于A ，B 的一点，N 为SA 的中点，则圆O 上存在点M 使（）A ．MN SC ∥B ．//MN 平面SBC C ．SM AC丄D ．AM ⊥平面SBC12．随着春节的临近，小王和小张等4位同学准备互相送祝福.他们每人写了一个祝福的贺卡，这四张贺卡收齐后让每人从中随机抽取一张作为收到的新春祝福，则（）A ．小王和小张恰好互换了贺卡的概率为16B ．已知小王抽到的是小张写的贺卡的条件下，小张抽到小王写的贺卡的概率为13C ．恰有一个人抽到自己写的贺卡的概率为13D ．每个人抽到的贺卡都不是自己写的概率为58三．填空题：本题共4小题，每小题5分，共计20分．13．正四棱台的上、下底面边长分别为2，4，侧棱长为11，则其体积为_________14．某学校组织1200名学生进行“防疫知识测试”．测试后统计分析如下：学生的平均成绩为x =80，方差为225s =．学校要对成绩不低于90分的学生进行表彰．假设学生的测试成绩X 近似服从正态分布()2,N μσ16.已知函数f (x )＝e x 2＋2k ln x －kx ，若x ＝2是函数f (x )的唯一极值点，则实数k 的取值范围是__________四、解答题：本题共6小题，共70分．解答应写出文字说明、证明过程或演算步骤．17．(本小题满分10分)已知集合12324x A x ⎧⎫=≤≤⎨⎬⎩⎭，{}22440,B x x x m m =-+-≤∈R ．（1）若3m =，求A B ；（2）若存在正实数m ，使得“x A ∈”是“x B ∈”成立的，求正实数m 的取值范围．从“①充分不必要条件，②必要不充分条件”中任选一个，填在上面空格处，补充完整该问题，并进行作答．18．（本小题满分12分）已知函数f (x )＝a e x －x ，a ∈R .(1)当a ＝1时，求曲线y ＝f (x )在点(1，f (1))处的切线方程；(2)试讨论函数f (x )的单调性．答案一、单选题1、C2、B3、B4、D5、C6、C7、B8、D 二、多选题9、BCD 10、ABC 11、 BC 12、BC 四、填空题13、28 14、27 15、36 16、－∞，e 24.答案详解一、单选题A ．{}2,1,0,1−−B ．{}0,1,2C ．{}2−D ．2A ．－112B ．112C ．－28D ．28所以含5x 项的系数是()2282C 112−= 故选:B3．（203-4）某单位为了了解办公楼用电量y （度）与气温x （C °）之间的关系，随机统计了四个工作日的用电量与当天平均气温，并制作了对照表：由表中数据得到线性回归方程2y x a =−+，当气温为3C −°时，预测用电量为（ ） 气温x （C °）18 13 10 －1用电量y （度） 24 34 38 64A ．68度B ．66度C ．28度D ．12度A ．24B ．144C ．48D ．96【答案】D【分析】先安排数学，将物理和化学捆绑，与其余三门课程进行排序，结合分步乘法计数原理可得结果. 【详解】若数学只能排在第一节或者最后一节，则数学的排法有2种， 物理和化学必须排在相邻的两节，将物理和化学捆绑，与语文、英语、生物三门课程进行排序，有2424A A 48=种排法.由分步乘法计数原理可知，共有24896×=种不同的排法. 故选：D.5．(109-3)已知正方体1111ABCD A B C D −的棱长为1,,E F 是线段11B D 上的动点且1EF =，则三棱锥A BEF −的体积为（ ）f (x )＋xf ′(x )<0成立，若a ＝20.6·f (20.6)，b ＝ln 2·f (ln 2)，c ＝log 218·flog 218，则a ，b ，c 的大小关系是( ) A ．a >b >c B ．c >b >a C ．a >c >b D ．c >a >b答案 B解析 因为函数f (x )在R 上满足f (x )＝f (－x )，所以函数f (x )是偶函数， 令g (x )＝xf (x )，则g (x )是奇函数，g ′(x )＝f (x )＋x ·f ′(x )，由题意知，当x ∈(－∞，0]时，f (x )＋xf ′(x )<0成立，所以g (x )在(－∞，0]上单调递减， 又g (x )是奇函数，所以g (x )在R 上单调递减， 因为20.6>1,0<ln 2<1，log 218＝－3<0，所以log 218<0<ln 2<1<20.6，又a ＝g (20.6)，b ＝g (ln 2)，c ＝g log 218， 所以c >b >a .思维升华 (1)出现nf (x )＋xf ′(x )形式，构造函数F (x )＝x n f (x )；8．（193-7）已知随机事件A ，B ，C 满足()01P A <<，()01P B <<，()01P C <<，则下列说法错误的是（ ）二、多选题9（电子3-1）1．(多选)已知函数f(x)的导函数f′(x)的图象如图所示，则下列结论中正确的是()A．f(x)在区间(－2,3)上有2个极值点B．f′(x)在x＝－1处取得极小值C．f(x)在区间(－2,3)上单调递减D．f(x)在x＝0处的切线斜率小于0答案BCD解析根据f′(x)的图象可得，在(－2,3)上，f′(x)≤0，∴f(x)在(－2,3)上单调递减，∴f(x)在区间(－2,3)上没有极值点，故A错误，C正确；由f′(x)的图象易知B正确；根据f′(x)的图象可得f′(0)<0，即f(x)在x＝0处的切线斜率小于0，故D正确．11．（115-3）如图，AB 为圆锥SO 底面圆O 的直径，点C 是圆O 上异于A ，B 的一点，N 为SA 的中点，则圆O 上存在点M 使（ ）A ．MN SC ∥B ．//MN 平面SBC C ．SM AC 丄D ．AM ⊥平面SBC【答案】BC【分析】利用反证法的思想可判断AD 不成立，通过面面平行可判断B ，通过线面垂直可判断C. 【详解】假设存在点M 使//MN SC ，所以,,,M N S C 四点共面， 又因为A SN ∈，所以A ∈面MNSC ，易得点,,A M C 为面MNSC 和面ABC 的公共点， 所以,,A M C 三点共线，与题意矛盾， 故不存在点M 使//MN SC ，即A 错误；过O 作//OM BC ，交劣弧AC 与点M ，连接ON ， 由于,N O 分别为,SA AB 的中点，所以//ON SB ，由于OM ⊄面SBC ，ON ⊄面SBC ，所以//OM 面SBC ，//ON 面SBC ， 又因为OM ON O = ，所以面//OMN 面SBC ， 由于MN ⊂面OMN ，所以//MN 面SBC ，即B 正确； 点M 的位置同选项B ，由于AB 为直径，所以AC BC ⊥，即AC OM ⊥, 由圆锥易得SO AC ⊥，SO OM O ∩=， 所以AC ⊥面SOM ，所以AC SM ⊥，即C 正确；四、填空题16、（电子3-例3跟踪2）(2)(2022·哈师大附中模拟)已知函数f (x )＝e xx 2＋2k ln x －kx ，若 x ＝2 是函数 f (x ) 的唯一极值点，则实数 k 的取值范围是__________ .－∞，e 24 解析 由题意，f (x )＝e xx 2＋2k ln x －kx (x >0)，f ′(x )＝x －2x ·e x x 2－k ，令f ′(x )＝0得x ＝2或k ＝e xx 2，令φ(x )＝e xx 2(x >0)，∴φ′(x )＝e x (x －2)x 3，∴φ(x )在(0,2)上单调递减，在(2，＋∞)上单调递增， ∴φ(x )min ＝φ(2)＝e 24，又当x →＋∞时，φ(x )→＋∞， ∴若φ(x )＝k 无实数根，则k <e 24，e 24时，φ(x )＝k 的解为x ＝2， ∴实数k 的取值范围是－∞，e 24.三、解答题17. 已知集合12324x Ax=≤≤，{}22440,B x xx m m =−+−≤∈R ．（1）若3m =，求A B ；（2）若存在正实数m ，使得“x A ∈”是“x B ∈”成立的 ，求正实数m 的取值范围．从“①充分不必要条件，②必要不充分条件”中任选一个，填在上面空格处，补充完整该问题，并进行作答． 【答案】（1）[2,5]A B − （2）答案见解析 【解析】【分析】（1）分别求解两个集合，再求并集；（2）若选①，则A 是B 的真子集．若选②，则B 是A 的真子集,根据集合的包含关系，列不等式，即可求解m 的取值范围. 【小问1详解】[]12322,54xA x =≤≤=−因0m >，则()(){}[]220,2,2B x x m x m m R m m =−−−+≤∈=−+ ． 当3m =时，[1,5]B −，所以[2,5]A B − ． 【小问2详解】选① 因“x A ∈”是“x B ∈”成立的充分不必要条件，则A 是B 的真子集．所以[)002244,253m m m m m m m ∞>>−≤−⇒≥⇒∈+ +≥≥．经检验“=”满足．所以实数m 的取值范围是[4,)+∞．选② 因为“x A ∈”是“x B ∈”成立的必要不充分条件 所以B 是A 的真子集．所以(]002240,3253m m m m m m m >>−≥−⇒≤⇒∈ +≤≤，经检验“=”满足．所以实数m 的取值范围是(0,3]．18．(电子2-9)已知函数f (x )＝a e x －x ，a ∈R .(1)当a ＝1时，求曲线y ＝f (x )在点(1，f (1))处的切线方程； (2)试讨论函数f (x )的单调性． 解 (1)因为a ＝1，所以f (x )＝e x －x ，则f ′(x )＝e x －1， 所以f ′(1)＝e －1，f (1)＝e －1，所以曲线y ＝f (x )在点(1，f (1))处的切线方程是y －(e －1)＝(e －1)(x －1)， 即y ＝(e －1)x .(2)因为f (x )＝a e x －x ，a ∈R ，x ∈R ， 所以f ′(x )＝a e x －1，当a ≤0时，f ′(x )＝a e x －1<0，则f (x )在(－∞，＋∞)上单调递减； 当a >0时，令f ′(x )＝0，得x ＝－ln a ，当x <－ln a 时，f ′(x )<0，当x >－ln a 时，f ′(x )>0， 所以f (x )在(－∞，－ln a )上单调递减， 在(－ln a ，＋∞)上单调递增，综上，当a ≤0时，f (x )在(－∞，＋∞)上单调递减；当a >0时， f (x )在(－∞，－ln a )上单调递减，在(－ln a ，＋∞)上单调递增．19．某大学“爱牙协会”为了解“爱吃甜食”与青少年“蛀牙”情况之间的关系，随机对200名青少年展开了调查，得知这200个人中共有120个人“有蛀牙”，其中“不爱吃甜食”且“有蛀牙”的有30人，“不爱吃甜食”且“无蛀牙”的有50人.有22×列联表：有蛀牙 无蛀牙 总计 爱吃甜食 不爱吃甜食 总计(1)根据已知条件完成如图所给的22×列联表，并判断是否有99.5%的把握认为“爱吃甜食”与青少年“蛀牙”()2≥0.05 0.01 0.005P K kk 3.841 6.635 7.879有蛀牙无蛀牙总计爱吃甜食90 30 120 不爱吃甜食30 50 80 总计120 80 200∴()0m a <，即()()1210ln g x g x a +<−，得证．【点睛】关键点点睛：第二问二小问，由()()12g x g x +ln 8a a a =−+，综合应用分析法、函数思想转化为证明()0m a <在()0,4a ∈上恒成立，再利用导数研究单调性判断即可.。
IT系统集成项目-完工报告
封面作者：Pan Hongliang仅供个人学习时代购物IT系统集成项目完工报告深圳市华成峰科技有限公司2015年3月10日自2014年9月起，时代购物IT系统集成项目开始送货实施，到现在历时5个月多的实施，已经完成了项目的实施，达成了建设目的，成功试运行3个月，可进入验收阶段。
总结项目总体情况，现总结如下：一、设备移交清单X服务器，VM ESX, 及LinuxIBM 小型机及存储P740单台详细配置IBM WAS需支持负载均衡，含原厂一年服务;（乙方需免费提供后续的补丁版本升级服务）（如:aix6.x.x,”x”为补丁）IBM TSM 备份软件, 含原厂一年服务; 乙方提供后续的补丁版本升级服务。
（如:aix6.x.x,”x”为补丁）IBM TSM 监控软件, 含原厂一年服务; 乙方提供后续的补丁版本升级服务。
（如:aix6.x.x,”x”后为补丁）能监控：数据库(Oracle)，操作系统(AIX, LINUX, Windows)，VM虚拟机，网络设备。
其他:乙方提供足够数量、足够长度的超五类产品跳线，以满足把本次采购的设备的网口连接到同一机房内的核心交换机上的需要。
二、系统试运行2013 年11 月3日初验完毕，进入3个月试运行期，试运行期间，各功能软硬件运行稳定，功能正常。
到2014年3月3日试运行期结束，从系统试运行的情况看来，系统总体上满足时代购物的日常业务操作要求，达到预期目标。
系统业务模块进一步扩充完毕，系统运行稳定。
可以进入系统正式运行阶段。
1、VMWARE虚拟机：物理机：以上VMWARE 物理和虚拟机，运行稳定，功能正常，采用VCenter 安装于ESX内部的架构，网口冗余，启用故障切换功能，虚拟机漂移等，经过两次极端测试，验证了本架构的稳定性，试运行期间完全正常，满足项目需求。
2、存储交换机设备：以上磁盘存储设备，带库存储设备，光纤交换机设备，运行良好，无故障，性能稳定，满足项目需求。