DS3662中文资料

 Standard Resistance TableResistance(Ohms)Resistance Code10 20 50 100 200 500 1,000 2,000 5,000 10,000 20,000 25,000 50,000 100,000 200,000 250,000 500,000 1,000,000 2,000,000 100 200 500 101 201 501 102 202 502 103 203 253 503 104 204 254 504 105 205

Special resistances available

Electrical CharacteristicsStandard Resistance Range.................50Ω～2MΩResistance Tolerance....................................±10%Absolute Minimum Resistance..........≤1%R或10ΩContact Resistance Variation........CRV≤3%或5ΩInsulation Resistance................R1≥1GΩ(500Vac)

Withstand Voltage......................................700VacEffective Travel.............................................250℃

Environmental CharacteristicsPower Rating, 300 volts max .........................................0.5W@70℃,0W@125℃

Temperature Range..........................-55℃

DS16F95,DS36F95EIA-485/EIA-422A Differential Bus TransceiverGeneral DescriptionThe DS16F95/DS36F95Differential Bus Transceiver is a monolithic integrated circuit designed for bidirectional data communication on balanced multipoint bus transmission lines.The transceiver meets both EIA-485and EIA-422A standards.The DS16F95/DS36F95offers improved performance due to the use of L-FAST bipolar technology.The L-FAST technol-ogy allows for higher speeds and lower currents by minimiz-ing gate delay times.Thus,the DS16F95and DS36F95con-sume less power,and feature an extended temperature range as well as improved specifications.The DS16F95/DS36F95combines a TRI-STATE ®differen-tial line driver and a differential input line receiver,both of which operate from a single 5.0V power supply.The driver and receiver have an active Enable that can be externally connected to function as a direction control.The driver differ-ential outputs and the receiver differential inputs are inter-nally connected to form differential input/output (I/O)bus ports that are designed to offer minimum loading to the bus whenever the driver is disabled or when V CC =0V.These ports feature wide positive and negative common mode volt-age ranges,making the device suitable for multipoint appli-cations in noisy environments.The driver is designed to accommodate loads of up to 60mA of sink or source current and features positive and negative current limiting in addition to thermal shutdown for protection from line fault conditions.The DS16F95/DS36F95can be used in transmission line applications employing the DS96F172and the DS96F174quad differential line drivers and the DS96F173and DS96F175quad differential line receivers.Featuresn Meets EIA-485and EIA-422An Meets SCSI-1(5MHZ)specifications n Designed for multipoint transmissionn Wide positive and negative input/output bus voltage rangesn Thermal shutdown protectionn Driver positive and negative current-limiting n High impedance receiver inputn Receiver input hysteresis of 50mV typical n Operates from single 5.0V supply n Reduced power consumptionn Pin compatible with DS3695and SN75176A n Military temperature range available n Qualified for MIL-STD 883Cn Standard Military Drawings (SMD)availablenAvailable in DIP (J),SOIC (M),LCC (E),and Flatpak (W)packagesLogic Diagram Function Tables DriverDriver InputEnable OutputsDI DE A B H H H L L H L H XLZZReceiverDifferential InputsEnable Output A–B RE RO V ID ≥0.2V L H V ID ≤−0.2VL L XHZH =High Level L =Low Level X =ImmaterialZ =High Impedance (Off)TRI-STATE ®is a registered trademark of National Semiconductor Corporation.DS009629-20June 1998DS16F95,DS36F95EIA-485/EIA-422A Differential Bus Transceiver©1998National Semiconductor Corporation COMMERCIALAbsolute Maximum Ratings(Note2) Specifications for the883version of this product are listed separately on the following pages.Storage Temperature Range−65˚C to+175˚C Lead Temperature(Soldering,60sec.)300˚C Maximum Package Power Dissipation(Note1)at25˚C’J’Package1300mW ’M’Package735mW Supply Voltage7.0V Input Voltage(Bus Terminal)+15V/−10V Enable Input Voltage 5.5V Recommended Operating ConditionsMin Typ Max Units Supply Voltage(V CC)DS36F95 4.75 5.0 5.25V DS16F95 4.50 5.0 5.50V Voltage at Any Bus Terminal(Separately or Common Mode)(V I or V CM)−7.0+12V Differential Input±12V Voltage(V ID)Output Current HIGH(I OH)Driver−60mA Receiver−400µA Output Current LOW(I OL)Driver60mA Receiver16mA Operating Temperature(T A)DS36F950+25+70˚C DS16F95−55+25+125˚C Note1:Derate’J’package8.7mW/˚C above25˚C.Derate’M’package5.88mW/˚C above25˚C.Driver Electrical Characteristics(Notes3,4)Over recommended supply voltage and operating temperature ranges,unless otherwise specifiedSymbol Parameter Conditions Min Typ Max Units V IH Input Voltage HIGH 2.0V V IL Input Voltage LOW0.8V V OH Output Voltage HIGH I OH=−55mA0˚C to+70˚C 3.0V V OL Output Voltage LOW I OL=55mA0˚C to+70˚C 2.0V V IC Input Clamp Voltage I I=−18mA−1.3V |V OD1|Differential Output Voltage I O=0mA 6.0V |V OD2|Differential Output Voltage R L=100Ω,Figure1 2.0 2.25VR L=54Ω,Figure1 1.5 2.0∆|V OD|Change in Magnitude of R L=54Ωor100Ω,−40˚C to+125˚C±0.2V Differential Output Voltage Figure1−55˚C to+125˚C±0.4(Note5)V OC Common Mode OutputVoltage(Note6)3.0V∆|V OC|Change in Magnitude ofCommon Mode OutputVoltage(Note5)±0.2V I O Output Current(Note9)Output Disabled V O=+12V 1.0mA(Includes Receiver I I)V O=−7.0V−0.8I IH Input Current HIGH V I=2.4V20µA I IL Input Current LOW V I=0.4V−50µA I OS Short Circuit Output Current(Note10)V O=−7.0V−250V O=0V−150mAV O=V CC150V O=+12V2502Driver Electrical Characteristics (Notes 3,4)(Continued)Over recommended supply voltage and operating temperature ranges,unless otherwise specifiedSymbol ParameterConditionsMinTypMax UnitsI CC Supply Current No Load,DE =2V,RE =0.8V 28mA (Total Package)All Inputs OpenOutputs Enabled I CCXDE =0.8V,RE =2V Outputs Disabled25COMMERCIALDriver Switching CharacteristicsV CC =5.0V,T A =25˚C Symbol ParameterConditions Min Typ Max Units t DD Differential Output Delay Time R L =60Ω,Figure 38.01520ns t TD Differential Output Transition Time 8.01522ns t PLH Propagation Delay Time,R L =27Ω,Figure 46.01216nsLow-to-High Level Output t PHL Propagation Delay Time, 6.01216nsHigh-to-Low Level Output t ZH Output Enable Time to High Level R L =110Ω,Figure 52532ns t ZL Output Enable Time to Low Level R L =110Ω,Figure 62532ns t HZ Output Disable Time from High Level R L =110Ω,Figure 52025ns t LZ Output Disable Time from Low Level R L =110Ω,Figure 62025ns t LZL Output Disable Time from Low Level Load per Figure 5300nswith Load Resistor to GND Timing per Figure 6t SKEWSkew (Pulse Width Distortion)R L =60Ω,Figure 31.04.0nsReceiver Electrical CharacteristicsOver recommended supply voltage and operating temperature ranges,unless otherwise specified Symbol ParameterConditionsMinTypMax Units V TH Differential Input High V O =2.7V,I O =−0.4mA0.2VThreshold Voltage V TL Differential Input Low V O =0.5V,I O =8.0mA−0.2VThreshold Voltage (Note 7)V T+−V T−Hysteresis (Note 8)V CM =0V3550mV V IH Enable Input Voltage HIGH 2.0V V IL Enable Input Voltage LOW 0.8V V IC Enable Input Clamp Voltage I I =−18mA −1.3V V OHOutput Voltage HIGHV ID =200mV,0˚C to +70˚C 2.8VI OH =−400µA,Figure 2−55˚C to +125˚C 2.5V OL Output Voltage LOWV ID =−200mV,I OL =8.0mA 0.45V Figure 2I OL =16mA 0.50I OZ High Impedance State Output V O =0.4V to 2.4V ±20µA I ILine Input Current (Note 9)Other Input =0VV I =+12V 1.0mA V I =−7.0V0.8I IH Enable Input Current HIGH V IH =2.7V 20µA I IL Enable Input Current LOW V IL =0.4V−50µA R I Input Resistance141822k ΩI OSShort Circuit Output Current(Note 9)−15−85mA3Receiver Electrical Characteristics(Continued)Over recommended supply voltage and operating temperature ranges,unless otherwise specifiedSymbol ParameterConditionsMinTypMax UnitsI CC Supply Current No Load,DE =2V,RE =0.8V 28mA (Total Package)All Inputs OpenOutputs Enabled I CCXDE =0.8V,RE =2V Outputs Disabled25COMMERCIALReceiver Switching CharacteristicsV CC =5.0V,T A =25˚C Symbol ParameterConditionsMin Typ Max Units t PLH Propagation Delay Time,V ID =0V to +3.0V 141924nsLow-to-High Level Output C L =15pF,Figure 7t PHL Propagation Delay Time,141924nsHigh-to-Low Level Output t ZH Output Enable Time to High Level C L =15pF,Figure 81016ns t ZL Output Enable Time to Low Level 1218ns t HZ Output Disable Time from High Level C L =5.0pF,Figure 81220ns t LZOutput Disable Time from Low Level 1218ns |t PLH −t PHL |Pulse Width Distortion (SKEW)Figure 71.04.0nsNote 2:“Absolute Maximum Ratings”are those values beyond which the safety of the device cannot be guaranteed.They are not meant to imply that the devices should be operated at these limits.The tables of “Electrical Characteristics”provide conditions for actual device operation.Note 3:Unless otherwise specified min/max limits apply across the −55˚C to +125˚C temperature range for the DS16F95and across the 0˚C to +70˚C range for the DS36F95.All typicals are given for V CC =5V and T A =25˚C.Note 4:All currents into the device pins are positive;all currents out of the device pins are negative.All voltages are referenced to ground unless otherwise specified.Note 5:∆|V OD |and ∆|V OC |are the changes in magnitude of V OD and V OC ,respectively,that occur when the input is changed from a high level to a low level.Note 6:In TIA/EIA-422A and TIA/EIA-485Standards,V OC ,which is the average of the two output voltages with respect to ground,is called output offset voltage,V OS .Note 7:The algebraic convention,where the less positive (more negative)limit is designated minimum,is used in this data sheet for common mode input voltage and threshold voltage levels only.Note 8:Hysteresis is the difference between the positive-going input threshold voltage,V T +,and the negative-going input threshold voltage,V T−.Note 9:Refer to TIA/EIA-485Standard for exact conditions.Note 10:Only one output at a time should be shorted.Order Number:DS16F95J,NS Package Number J08A DS36F95J,NS Package Number J08A DS36F95M,NS Package Number M08A 4MIL-STD883CAbsolute Maximum Ratings(Note2)For complete Military Product Specifications,refer to the appropriate SMD or MDS.Storage Temperature Range−65˚C to+175˚C Lead Temperature(Soldering,60sec.)300˚C Maximum Power Dissipation(Note11)at25˚CCeramic’E’Package1800mW Ceramic’J’Package1300mW Ceramic’W’Package TBD Supply Voltage7.0V Input Voltage(Bus Terminal)+15V/−10V Enable Input Voltage 5.5V Recommended Operating ConditionsMin Max Units Supply Voltage(V CC)DS16F95 4.50 5.50V Voltage at Any Bus Terminal(Separately or Common Mode)(V I or V CM)−7.0+12V Differential Input±12V Voltage(V ID)Output Current HIGH(I OH)Driver−60mA Receiver−400µA Output Current LOW(I OL)Driver60mA Receiver16mA Operating Temperature(T A)DS16F95−55+125˚C Note11:Above T A=25˚C,derate E package,J package8.7mW/˚C,W package125mW/˚C.Driver Electrical Characteristics(Notes3,4)Over recommended supply voltage and operating temperature ranges,unless otherwise specifiedSymbol Parameter Conditions Min Max UnitsV IH Input Voltage HIGH V CC=5.5V 2.0VV IL Input Voltage LOW V CC=5.5V0.8VV OH Output Voltage HIGH I OH=−20mA,V CC=4.5V 3.0VV OL Output Voltage LOW I OL=+20mA,V CC=4.5V 2.0VV IC Input Clamp Voltage I I=−18mA−1.3V|V OD1|Differential Output Voltage I O=0mA,V IN=0.8V or2V,V CC=5.5V 6.0V|V OD2|Differential Output Voltage R L=100Ω,V CC=4.5V,Figure1 2.0VR L=54Ω,V CC=4.5V,Figure1 1.5∆|V OD|Change in Magnitude of R L=54Ωor100Ω,Figure1,V CC=4.5V±0.2V Differential Output Voltage(Note5)V OD3Differential Output Voltage V CM=−7V to+12V 1.0VV OC Common Mode Output R L=54Ωor100Ω 3.0V Voltage(Note6)∆|V OC|Change in Magnitude of V CC=4.5V,R L=54Ωor100ΩCommon Mode Output±0.2VVoltage(Note5)I O Output Current(Note9)Output Disabled V O=+12V 1.0mA(Includes Receiver I I)V CC=0V or5.5V V O=−7.0V−0.8I IH Input Current HIGH V I=2.4V20µAI IL Input Current LOW V I=0.4V−50µAI OS Short Circuit Output V O=−7.0V,V IN=0V or3V−250Current(Note10)V O=0V,V IN=0V or3V−150mAV O=V CC,V IN=0V or3V150V O=+12V,V IN=0V or3V250I CC Supply Current No Load,DE=2V,RE=0.8V,Inputs Open28mAI CCX(Total Package)No Load,DE=0.8V,RE=2V,Inputs Open255MIL-STD883CDriver Switching CharacteristicsV CC=5.0VSymbol Parameter Conditions Min Typ T A=25˚C T A=125˚C T A=−55˚C UnitsMax Max Maxt DD Differential Output Delay Time R L=60Ω,Figure38.015253030ns t TD Differential Output Transition8.015253030nsTimet PLH Propagation Delay Time,R L=27Ω,Figure4 6.012182525ns Low-to-High Level Outputt PHL Propagation Delay Time, 6.012182525ns High-to-Low Level Outputt ZH Output Enable Time to HighR L=110Ω,Figure525354545ns LevelR L=110Ω,Figure625405050ns t ZL Output Enable Time to LowLevelt HZ Output Disable Time from HighR L=110Ω,Figure520304040ns LevelR L=110Ω,Figure620304040ns t LZ Output Disable Time from LowLevelt LZL Output Disable Time from Low Load per Figure5300ns Level with Load Resistor to GND Timing per Figure6t SKEW Skew(Pulse Width Distortion)R L=60Ω,Figure3 1.061212ns Receiver Electrical CharacteristicsOver recommended supply voltage and operating temperature ranges,unless otherwise specifiedSymbol Parameter Conditions Min Max Units V TH Differential Input High V O=2.5V,I O=−0.4mA,V CM=−7V,0V,+12V0.2V Threshold Voltage V CC=4.5V,5.5VV TL Differential Input Low V O=0.5V,I O=8.0mA,V CM=−7V,0V,+12V,−0.2V Threshold Voltage(Note7)V CC=4.5V,5.5VV T+−V T−Hysteresis(Note8)V CM=0V,V CC=4.5V,5.5V35mV V IH Enable Input Voltage HIGH 2.0VV IL Enable Input Voltage LOW0.8VV IC Enable Input Clamp Voltage I I=−18mA,V CC=5.5V−1.3VV OH Output Voltage HIGH V ID=200mV,−55˚C to+125˚CI OH=−400µA, 2.5VFigure2,V CC=4.5VV OL Output Voltage LOW V ID=−200mV,I OL=8.0mA0.45VFigure2,V CC=4.5V I OL=16mA0.50I OZ High Impedance State Output V O=0.4V,2.4V±20µA I I Line Input Current(Note9)Other Input=0V V I=+12V 1.0V CC=5.5V or V I=−7.0V−0.8mAV CC=0VI IH Enable Input Current HIGH V IH=2.7V20µA I IL Enable Input Current LOW V IL=0.4V−50µA R I Input Resistance10kΩI OS Short Circuit Output Current V IN=1V,V OUT=0.0V(Note10)−15−85mA I CC Supply Current(Total Package)No Load,DE=2V,RE=0.8V,Inputs Open28mA I CCX No Load,DE=0.8V,RE=2.0V,Inputs Open256MIL-STD 883CReceiver Switching CharacteristicsV CC =5.0V SymbolParameterConditionsMinTypT A =25˚C T A =125˚C T A =−55˚C UnitsMaxMax Max t PLH Propagation Delay Time,V ID =0V to +3.0V 1019273838ns Low-to-High Level Output C L =15pF,Figure 7t PHL Propagation Delay Time,1019273838ns High-to-Low Level Output t ZH Output Enable Time to High Level C L =15pF,Figure 810203030ns t ZL Output Enable Time to Low Level 12203030ns t HZOutput Disable Time from High LevelC L =5.0pF,Figure 812203030ns C L =20.0pF,Figure 812304040ns (Note 16)t LZOutput Disable Time from Low LevelC IL =50pF,Figure 812203030ns |t PLH −t PHL |Pulse Width Distortion (SKEW)Figure 71.081616nsOrdering Number:DS16F95J/883,NS Package Number J08A DS16F95E/883,NS Package Number E20A DS16F95W/883,NS Package Number W10ASMD Number:DS16F95J/883↔5962-8961501PA DS16F95W-SMD ↔5962-8961501HA DS16F95E/883↔5962-89615012AParameter Measurement InformationDS009629-2FIGURE 1.Driver V OD and V OC (Note 15)DS009629-3FIGURE 2.Receiver V OH and V OLDS009629-4DS009629-5t SKEW =|t PLHD –t PHLD |FIGURE 3.Driver Differential Output Delay and Transition Times (Notes 12,14)7Parameter Measurement Information(Continued)DS009629-6DS009629-7FIGURE 4.Driver Propagation Times (Notes 12,13)DS009629-8DS009629-9FIGURE 5.Driver Enable and Disable Times (t ZH ,t HZ )(Notes 12,13,14)DS009629-10DS009629-11FIGURE 6.Driver Enable and Disable Times (t ZL ,t LZ ,t LZL )(Notes 12,13,14)DS009629-12DS009629-13FIGURE 7.Receiver Propagation Delay Times (Notes 12,13) 8Parameter Measurement Information(Continued)Note 12:The input pulse is supplied by a generator having the following characteristics:PRR =1.0MHz,50%duty cycle,t r ≤6.0ns,t f ≤6.0ns,Z O =50Ω.Note 13:C L includes probe and stray capacitance.Note 14:DS16F95/DS36F95Driver enable is Active-High.Note 15:All diodes are 1N916or equivalent.Note 16:Testing at 20pF assures conformance to 5pF specification.Typical ApplicationDS009629-14DS009629-15DS009629-16DS009629-17DS009629-18FIGURE 8.Receiver Enable and Disable Times (Notes 12,13,15)DS009629-19The line should be terminated at both ends in its characteristic impedance,typically 120Ω.Stub lengths off the main line should be kept as short as possible.9Connection Diagrams8-Lead Dual-In-Line Package or Small Outline MoldedPackageDS009629-1Order Number DS16F95,DS16F95J/883,DS36F95J,DS36F95MSee NS Package Number J08A,or M08A20-Lead Ceramic Leadless Chip CarrierDS009629-21Order Number DS16F95E/883See NS Package Number E20A10-Lead Ceramic FlatpakDS009629-22Order Number DS16F95W/883See NS Package Number W10A1011Physical Dimensions inches(millimeters)unless otherwise noted20-Lead Ceramic Leadless Chip Carrier(E)Order Number DS16F95E/883NS Package Number E20A12Physical Dimensions inches(millimeters)unless otherwise noted(Continued)8Narrow Lead Ceramic Dual-In-Line Package(J)Order Number DS16F95J,DS16F95J/883or DS36F95JNS Package Number J08A8-Lead(0.150"Wide)Molded Small Outline Package,JEDECOrder Number DS36F95MNS Package Number M08A13Physical Dimensions inches(millimeters)unless otherwise noted(Continued)LIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DE-VICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF NATIONAL SEMI-CONDUCTOR CORPORATION.As used herein:1.Life support devices or systems are devices or sys-tems which,(a)are intended for surgical implant intothe body,or(b)support or sustain life,and whose fail-ure to perform when properly used in accordancewith instructions for use provided in the labeling,canbe reasonably expected to result in a significant injuryto the user.2.A critical component in any component of a life supportdevice or system whose failure to perform can be rea-sonably expected to cause the failure of the life supportdevice or system,or to affect its safety or effectiveness.National SemiconductorCorporationAmericasTel:1-800-272-9959Fax:1-800-737-7018Email:support@National SemiconductorEuropeFax:+49(0)180-5308586Email:europe.support@Deutsch Tel:+49(0)180-5308585English Tel:+49(0)180-5327832Français Tel:+49(0)180-5329358Italiano Tel:+49(0)180-5341680National SemiconductorAsia Pacific CustomerResponse GroupTel:65-2544466Fax:65-2504466Email:sea.support@National SemiconductorJapan Ltd.Tel:81-3-5620-6175Fax:81-3-5620-617910-Lead Ceramic Flatpak(W)Order Number DS16F95W/883NS Package Number W10ADS16F95,DS36F95EIA-485/EIA-422ADifferentialBusTransceiverNational does not assume any responsibility for use of any circuitry described,no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications.。

1.1 实验软件（Experiment Software ）1.1.1 可执行代码实现工具 —— C 编译器不论用何种方式（手动或自动）生成实时系统程序，都是C 语言的源程序形式，需要通过C 编译器转变成为可运行的目标程序。

根据配置的不同，dSPACE 系统选用不同的C 语言编译器。

除C 编译功能外，这些编译器还包含汇编器，链接器和运行库并支持代码优化，以生成紧凑，高效的目标代码。

1.1.2 综合实验环境 —— ControlDeskControlDesk 是dSPACE 的新一代实验工具软件。

控制器的开发及仿真模型的建立使用MATLAB/simulink ，但是，一旦模型已经通过RTI 实现并下载到实时硬件中，余下的工作就由ControlDesk 来完成。

ControlDesk 将提供对实验过程的进行综合管理。

硬件管理工具 Pidr虚拟仪器仪表和图形化管理 参数可视化管理1.1.3 试验及参数调整自动化 —— MLIB 和MTRACE利用MLIB 和MTRACE ，可以大大增强dSPACE 实时系统的自动实验能力。

使用这两个库可在不中断试验的情况下，从MA TLAB 通过M 编程直接访问dSPACE 板上运行的应用程序中的变量，甚至无需知道变量的地址，有变量名就足够了。

这样就可以利用MATLAB 的数字计算及图形能力进行顺序自动测试、数据记录和控制参数的优化。

MLIB 和MTRACE 联合使用可组成一个完美的整体。

有MATLAB 强大的计算能力做支持，可以自动执行所能想到的任何试验。

比如控制器的优化：用MTRACE 记录数据，然后将数据传送给MA TLAB。

MATLAB自动计算出新的控制器参数，并通过MLIB送回处理器板或控制板。

MLIB和MTRACE也可以和ControlDesk同时使用。

1.1.4从方框图自动生成仿真源代码—— RTI(Real-Time Interface)/RTI-MP (Real-Time Interface Multi Processor)RTI是连接dSPACE实时系统与软件开发工具MA TLAB/Simulink之纽带。

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