BL-BK73V4V-1中文资料
HT7333文档
高耐压低压差微功耗型HT73## 系列CMOS 电压稳压电路 250mAHT73##系列是使用CMOS技术开发的低压差，高精度输出电压，超低功耗电流的正电压型电压稳压电路。
由于置有低通态电阻晶体管，因而输入输出压差低。
同时具有高输入电压承受能力，最高工作电压可达12V，适合需要较高耐压的应用电路。
■特性：·输出电压精度高。
精度±3％·输入输出压差低。
典型值5mV·超低功耗电流。
典型值⒈2uA·低输出电压温漂典型值50 PPm /℃·高输入耐压。
升至12V保持输出稳压·输出短路保护短路电流小于100 mA■用途：·使用电池供电设备的稳压电源·通信设备的稳压电源·家电玩具的稳压电源·移动用的稳压电源·便携式医用仪器稳压电源■产品目录型号输出电压〔注〕误差HT7330 3.0V ±3%HT7333 3.3V ±3%HT7336 3.6V ±3%HT7344 4.4V ±3%HT7350 5.0V ±3% 注: 在希望使用上述输出电压档以外的产品，客户可要求定制，输出电压围1.5V~12V，每0.1V 进展细分。
■封装：■绝对最大额定值：〔除特殊注明以外：Ta=25℃〕注意绝对最大额定值是指无论在任何条件下都不能超过的额定值。
万一超过此额定值，有可能造成产品劣化等物理性损伤。
■电气属性：HT73##系列〔HT7330，输出电压+3.0V〕〔除特殊注明以外：Ta=25℃〕*⒈缓慢增加输出电流，当输出电压为小于V OUT的98%时的输出电流值*⒉V drop=V IN1-〔V OUT〔E〕×0.98V〕V OUT〔E〕：V IN=V OUT+2V，I OUT=1 mA时的输出电压值V IN1：缓慢下降输出电压，当输出电压降为V OUT〔E〕的98%时的输入电压测定电路1.2.3.标准电路:注意上述连接图以与参数并不作为保证电路工作的依据。
BTS724G中文资料
BL1117低压差线性稳压器 说明书
1A 低压差线性稳压器BL1117选型指南：BL1117概述： BL1117是一款低压差的线性稳压器，当输出1A 电流时，输入输出的电压差典型值仅为1.2V 。
BL1117除了能提供多种固定电压版本外（Vout ＝1.8V,2.5V,2.85V,3.3V,5V ），还提供可调端输出版本，该版本能提供的输出电压范围为1.25V~13.8V。
BL1117提供完善的过流保护和过热保护功能（BL1117正常工作环境温度范围极宽，为 -50℃～140℃），确保芯片和电源系统的稳定性。
同时在产品生产中应用先进的修正技术，确保输出电压和参考源精度在±1%的精度范围内。
BL1117采用SOT-223封装形式。
特点：•包括三端可调输出和固定电压输出版本（固定电压包括1.8V ，2.5V ，2.85V ，3.3V ，5V 等，其他电压规格可根据用户定制）• 最大输出电流为1A • 输出电压精度高达±1％ • 稳定工作电压范围为高达15V • 电压线性度为0.2％ • 负载线性度为0.4％• 环境温度：T A 的范围是-50℃~140℃用途：• 计算机主板、显卡 • LCD 监视器及LCD TV • DVD 解码板 • ADSL 等设备 •开关电源的后级稳压引脚排列图：温度范围：C ：标准输出电压： 18……1.8V 25……2.5V 28……2.85V50……5.0V缺省：输出可调版本封装形式： X ：SOT-223 Y ：TO-252 A ：表示芯片生产卡号 B ：表示输出电压值引脚定义：固定电压型 可调电压型产品命名目录：产品名称输出电压规格封装形式BL1117-18CX 1.8 V SOT-223BL1117-25CX 2.5 V SOT-223 BL1117-28CX 2.85 V SOT-223 BL1117-33CX 3.3 V SOT-223 BL1117-50CX 5.0V SOT-223 BL1117-CX Adj. SOT-223 BL1117-18CY 1.8 V TO-252 BL1117-25CY 2.5 V TO-252 BL1117-28CY 2.85 V TO-252 BL1117-33CY 3.3 V TO-252 BL1117-50CY 5.0V TO-252 BL1117-CY Adj. TO-252系统框图：产品的极限参数：输入电压Vin 最大值---------------------------------------------------------------------------------18V引脚号 符号 定义 1 GND 接地脚 2 Vout 输出端 3 Vin 输入端 引脚号 符号 定义 1 Adj. 可调端 2 Vout 输出端 3 Vin 输入端最大节温T J--------------------------------------------------------------------------------------------150°C最大环境温度T A-------------------------------------------------------------------------------------140°C贮存温度Ts--------------------------------------------------------------------------------------------65～150°C焊接温度和时间--------------------------------------------------------------------------------------300°C,10S推荐工作条件：名称最小推荐最大单位输入电压范围15 V环境温度-50 140 °C主要参数和工作特性：Tj=25℃参数参数说明条件最小值典型值最大值单位Vref 参考电压Iout=10mA, Vin-Vout=2V10mA≤Iout≤1A ,1.5V≤Vin-Vout≤12V1.2381.2251.251.251.2621.275V BL1117-1.80VIout=10mA,Vin=3.8V,Tj=25℃0≤Iout≤1A ,3.2V≤Vin≤12V1.7821.7641.801.801.8181.836VBL1117-2.5VIout=10mA,Vin=4.5V,Tj=25℃0≤Iout≤1A ,3.9V≤Vin≤12V2.4752.452.52.52.5252.55VBL1117-2.85VIout=10mA,Vin=4.85V,Tj=25℃0≤Iout≤1A ,4.25V≤Vin≤12V2.8222.7932.852.852.8782.907VBL1117-3.3VIout=10mA,Vin=5V,Tj=25℃0≤Iout≤1A ,4.75V≤Vin≤12V3.2673.2343.33.33.3333.366VVout 输出电压BL1117-5VIout=10mA,Vin=7V,Tj=25℃0≤Iout≤1A ,6.5V≤Vin≤12V 4.954.9555.055.1VBL1117-ADJIout=10mA,1.5V≤Vin-Vout≤13.775V0.035 0.2 %BL1117-1.8VIout=10mA,3.2V≤Vin≤15V9 12 mVBL1117-2.5VIout=10mA,3.9V≤Vin≤15V 9 12 mV∆Vout 电压线性度(note1)BL1117-2.85VIout=10mA,4.25V≤Vin≤15V9 12 mV注释：Note1：表中所给出的电压线性度和负载线性度的参数是在常温下测试的。
WH104中文资料
SSC-WH104-#
- 5/9 -
6. Soldering Profile Reflow Soldering Conditions/ Profile (1) Lead Solder -Preliminary heating to be at 150℃max. for 2 minutes max. -Soldering heat to be at 240℃max. for 5 seconds max.
SSC-WH104-#
- 3/9 -
5. Characteristic Diagram
Forward Current vs. Forward Voltage
100
5
Luminous Intensity vs. Forward Current
Forward Current [mA]
10
Relative Luminosity [a.u.]
LED Surface temperature
°C Operation heating 260
150 ~ 120 0
Pre-heating
Temperature rise: 5°C/sec. MAX.
Cooling: -5°C/sec.
60 to 150 sec.
10 sec.
SSC-WH104-#
Relative Emission Intensity [a.u.]
1.0
Ta=25℃ IF=5mA
0.8
0.6
0.4
0.2
0.0 300
400
500
600
700
Wavelength λ [nm]
SSC-QP-0401-06(REV.0)
AFE0064IPBK;AFE0064IPBKR;中文规格书,Datasheet资料
AFE0064 SLAS672–SEPTEMBER200964Channel Analog Front End for Digital X-Ray DetectorCheck for Samples:AFE0064FEATURESDESCRIPTION•64Channels•28.32µSec Min Scan Time(including The AFE0064is a64channel analog front enddesigned to suit the requirements of flat panel integration and data transfer for all64detector based digital X-ray systems.channels)•7.5MHz Max Data Transfer Rate The device includes64integrators,a PGA for fullscale charge level selection,correlated double •Noise824e-RMS with30pF Sensor Capacitorsampler,64as to2multiplexer,and two differential in1.2pC Rangeoutput drivers.•Integral Nonlinearity:±0.006%of FSRHardware selectable Integration polarity allows •Eight Adjustable Full Scale Ranges(0.13pCintegration of a positive or negative charge and min to9.5pC max)provides more flexibility in system design.In addition,•Built in CDS(signal sample–offset sample)the device features TFT(Thin Film Transistor fromFlat Panel Detector)charge injection compensation.•Selectable Integration Up/Down ModeThis feature helps maximize the usable signal charge •Low Power:175mWrange of the device.•NAP Mode:49.5mWThe nap feature enables substantial power saving.•14mm×14mm128Pin TQFP PackageThis is especially useful for power saving during longX-ray exposure periods.APPLICATIONSThe AFE0064is available in a128pin TQFP •Digital Radiographypackage.•CT Scanners•Baggage Scanners•Infrared SpectroscopyORDERING INFORMATION(1)INTEGRAL MIN SCAN TRANSPORT POWER NUMBER OF PACKAGE PACKAGE TEMPERATURE ORDERING MODEL LINEARITY TIME MEDIA DISSIPATION CHANNELS TYPE DESIGNATOR RANGE INFORMATION %of FS(µSec)QUANTITYAFE0064IPBK90(5+1)AFE00640.006175mW28.3264TQFP PBK–40to85°CAFE0064IPBKR1000 (1)For the most current package and ordering information,see the Package Option Addendum at the end of this document,or see the TIwebsite at .Please be aware that an important notice concerning availability,standard warranty,and use in critical applications of TexasInstruments semiconductor products and disclaimers thereto appears at the end of this data sheet.PRODUCTION DATA information is current as of publication date.Copyright©2009,Texas Instruments Incorporated Products conform to specifications per the terms of the TexasInstruments standard warranty.Production processing does notnecessarily include testing of all parameters.AFE0064SLAS672–SEPTEMBER This integrated circuit can be damaged by ESD.Texas Instruments recommends that all integrated circuits be handled with appropriate precautions.Failure to observe proper handling and installation procedures can cause damage.ESD damage can range from subtle performance degradation to complete device failure.Precision integrated circuits may be more susceptible to damage because very small parametric changes could cause the device not to meet its published specifications.FUNCTIONAL BLOCK DIAGRAM2Submit Documentation FeedbackCopyright ©2009,Texas Instruments IncorporatedProduct Folder Link(s):AFE0064AFE0064 SLAS672–SEPTEMBER2009ABSOLUTE MAXIMUM RATINGS(1)over operating free-air temperature range(unless otherwise noted)VALUE/UNITIN<n>to VSS–0.3V to+VDD+0.3VVDD to AGND–0.3V to5VDigital input voltage to GND–0.3V to(+VDD+0.3V)Digital output to GND–0.3V to(+VDD+0.3V) Operating temperature range–40°C to85°CStorage temperature range–65°C to150°CJunction temperature(T J max)150°CPower dissipation(T J max–T A)/θJATQFP package(2)θJA Thermal impedance45°C/W(1)Stresses beyond those listed under absolute maximum ratings may cause permanent damage to the device.These are stress ratingsonly,and functional operation of the device at these or any other conditions beyond those indicated under recommended operating conditions is not implied.Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability.(2)Device confirms to MSL level3at260°C as per JEDEC-033.SPECIFICATIONST A=25to85°C,+VDD=3.3V,f CLK=15MHz for sequential mode and3.75MHz for simultaneous mode,scan time=28.32µs(unless otherwise noted)PARAMETER TEST CONDITIONS MIN TYP MAX UNIT ANALOG INPUT RANGERange00.13ρC Range10.25ρC Range20.5ρC Range3 1.2ρC Range4 2.4ρC Range5 4.8ρC Range67.2ρC Range79.6ρC Input current30µA Integrator positive input voltage 1.66 1.68 1.70V ANALOG OUTPUTDifferential full scale analog output For all ranges–(REFP-±1.4(REFP-VREFM)REFM)Output common-mode voltage 1.55(REFP+REFM)/2Copyright©2009,Texas Instruments Incorporated Submit Documentation Feedback3Product Folder Link(s):AFE0064AFE0064SLAS672–SPECIFICATIONS(continued)T A=25to85°C,+VDD=3.3V,f CLK=15MHz for sequential mode and3.75MHz for simultaneous mode,scan time=28.32µs(unless otherwise noted)PARAMETER TEST CONDITIONS MIN TYP MAX UNIT ACCURACYC-sensor(1)1=30pF,Range3,14µSec824integration timeNoise in electrons referred to input of C-sensor(1)=20pF,Range314µSec integration600e-integrator timeC-sensor(1)=30pF,Range3,270µSec1400integration timeIntegral nonlinearity±0.006%ofFSR(2) Analog input channel leakage current This current is integrated and reflects as a part of2pAoffset error.Channel to channel full-scale error For ranges3to7±0.7%of matching FSR(2) Offset error Device output offset,resulting from integration of±0.07%ofinput leakage current FSR(2) Channel to channel offset error±0.07%of matching FSR(2) Integrator input offset:(difference Integrator input offset mean across channels±0.002mV between integrator positive andnegative terminal)Integrator input offset matching across±3sigma limit of integrator input offset across±1.5mV channels channelsChannel to channel crosstalk Aggressor channel with full scale charge to next0.08%ofadjacent channel FSR(2) EXTERNAL REFERENCE INPUTREFP 2.24 2.25+VDD-V0.85REFM0.840.850.86V Input current50nAP_REF output 1.68VP_REF current source capacity±1mA POWER SUPPLY REQUIREMENTSPower supply voltage,+VDD 3.2 3.3 3.6During operation5358mA Power supply currentDuring NAP15mA Power up time from NAP10µSec DIGITAL INPUT OUTPUTLogic levelsV IH0.8×VDD VDD+0.1V IL–0.10.2×VDDV OH I OH=-500µA VDD–0.4V OL I OL=500µA0.4 TEMPERATURE RANGEOperating free air085°C (1)C-Sensor is total external capacitance seen at IN(x)pin.This includes capacitance of all the TFT switches connected to that node andthe routing capacitance.(2)FSR is full-scale range.There are eight ranges from0.13pC to9.6pC.4Submit Documentation Feedback Copyright©2009,Texas Instruments IncorporatedProduct Folder Link(s):AFE0064AFE0064 SLAS672–SEPTEMBER2009TIMING REQUIREMENTST A=0to85°C,+VDD=3.3VPARAMETER MIN TYP MAX UNIT SAMPLING AND CONVERSION RELATEDt-scan Scan time,See Figure1,Figure728.3See(1)µSec2t1IRST,SHR,SHS,STI high duration,See Figure1,Figure730nSec t2Setup time,STI falling edge to first clock rising edge,See Figure1,Figure730nSec t2Setup time,IRST falling edge to first clock rising edge,See Figure1,Figure730nSec t3Delay time,133rd clock rising edge to SHR rising edge,See Figure1,Figure7400nSec t4Delay time,SHR rising edge to INTG rising edge,See Figure1,Figure730nSec t5INTG high duration(TFT on time),See Figure1,Figure714See(2)µSec t6Delay time,INTG falling edge to SHS rising edge,See Figure1,Figure7 4.5µSec t7Delay time,SHS rising edge to IRST rising edge,See Figure130nSec t8Delay time,SHS rising edge to STI rising edge,See Figure1,Figure730nSec t9Hold time,STI falling edge to IRST falling edge,See Figure1,Figure710nSec In sequential mode115 Clock(CLK)frequency MHzIn simult mode0.25 3.75 OUTP or OUTM settling time to16bit accuracy with30pF load and full scale375nSecstepOUTP or OUTM settling time to16bit accuracy with15pF load and full scale250nSecstep(1)See max specification for t5and minimum specification for CLK frequency.Also see the section Running the Device at Higher ScanTime.(2)There is no real limit on maximum integration time,however as integration time increases the offset value changes due to integration ofleakage current(2pA typical)also the1/f noise contribution to output increases,refer to the typical noise numbers at14and270µSec integration time in the Specifications table and also see Figure28.Copyright©2009,Texas Instruments Incorporated Submit Documentation Feedback5Product Folder Link(s):AFE00641 2 81271261251241231221211211911811711611511411311211111191817161514131211199989796959493929190898887868584838281807978777675747372717069686766653 3343536373839441424344454647484955152535455565758596616263641 2 3 4 5 6 7 8 9 10 11 12 1314 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32AFEXR0064(Top View)IN15IN14IN13IN12IN11IN1IN9IN8IN7IN6IN5IN4IN3IN2IN1INEXT-CNCVSSVSSVDDVSSVDDREFPREFMVSSVSSVSSVDDVSSSMT-MDSTIIN16 IN17 IN18 IN19 IN20 IN21 IN22 IN23 IN24 IN25 IN26 IN27 IN28 IN29 IN30 IN31 IN32 IN33 IN34 IN35 IN36 IN37 IN38 IN39 IN40 IN41 IN42 IN43 IN44 IN45 IN46 IN47I N 4 8IN49IN5IN51IN52IN53IN54IN55IN56IN57IN58IN59IN6IN61IN62IN63VSSP-REFVSSVSSVDDVSSVDDVT-AVT-BNCVSSVDDVDDVSSSTOEOCPGA-0PGA-1PGA-2INTUPZENTRIVSSVSSNAPZPDZVDDVSSVSSOUTP-0OUTM-0VSSVDDVSSVSSOUTP-1OUTM-1VSSVDDVSSVSSDF-SMVSSCLKSHRSHSIRSTINTGVSSAFE0064SLAS672–DEVICE INFORMATIONPIN ASSIGNMENTSPIN FUNCTIONSPINI/O DESCRIPTIONNUMBER NAMEANALOG INPUT PINS113..128IN<0>…I Analog input channels from0to63IN<15>1..48IN<16> (I)IN<63>DIFFERENTIAL ANALOG OUTPUT PINS84OUTP-0O Driver0-analog output positive terminal83OUTM-0O Driver0-analog output negative terminalDriver0outputs analog data for channels31to06Submit Documentation Feedback Copyright©2009,Texas Instruments IncorporatedProduct Folder Link(s):AFE0064AFE0064 SLAS672–SEPTEMBER2009PIN FUNCTIONS(continued)PINI/O DESCRIPTIONNUMBER NAME78OUTP-1O Driver1-analog output positive terminal77OUTM-1O Driver1-analog output negative terminalDriver1outputs analog data for channels63to32Note that the device output is differential(OUTP-OUTM)with common mode of(OUTP+OUTM)/2REFERENCE105REFP I Positive reference input104REFM I Negative reference inputDecouple REFP and REFM terminals to VSS with suitable capacitor and use low noise reference,noise on these terminals will add to noise at output terminals.112EXT_C O Terminal available for decoupling internally generated integrator common-mode voltage(1.68V).Decouple this pin to VSS with1µF ceramic capacitor.Internally connected to+ve terminals of all64integrators.50P_REF O Internally generated1.68V reference output available for referencing photodiode cathodes.CONTROL PINS63STO O Delayed ST for cascading next ASIC64EOC O End of data shifting,EOC is low during data read.66INTG I Filter bandwidth control for Signal sample(SHS).Filter BW is high when this signal is high andfilter BW is low when this signal is low.Typically this signal should go high with TFT switch turn onand should go low~0.5µSec after TFT switch off.67IRST I Resets the integrator capacitors on rising edge of this input.68SHS I Device samples'signal'level of integrator output(0to63)onto the respective CDS on rising edgeof this input.69SHR I Device samples'reset'level of integrator output(0to63)onto the respective CDS on rising edgeof this input.70CLK I For simultaneous mode:Device serially outputs the analog voltage from each integrator channelon each rising edge of CLK.For sequential mode:Device serially outputs the analog voltage from each integrator channel onevery fourth rising edge of CLK.88PDz I Low level puts device in powerdown mode.89NAPz I Low level puts device in NAP mode,this is useful for power saving during X-ray exposure period.92ENTRI I High on this pin enables3-state of analog output drivers after shift out of data for all64channels.97STI I Rising edge resets the channel counter.Falling edge enables data transfer on OUTP and OUTMterminals.PGA-I/P RANGE SELECTION94PGA-2I Selects eight different analog input ranges.Three bit word with these three bits represents binarynumber corresponding to Analog Input Range.PGA-2is MSB and PGA-0is LSB.Example000is 95PGA-1Irange0and100is range4.96PGA-0IMODE SELECTION93INTUPz I High level selects'integration-down'mode.In this mode device integrates positive pixel currentinto each channels,starting from reset level(REFP)down to REFM low level selects'integration-up'mode.In this mode the device integrates negative pixel current into each channel,starting from reset level(REFM)up to REFP.98SMT-MD I High level selects simultaneous mode.Device outputs data simultaneously on both differentialoutput drivers OUTP-OUTM<0>and OUTP-OUTM<1>in this mode.Low level on this input selects sequential mode.In this mode device output data for driver0isskewed by two clocks from driver1.This is useful when a two channel multiplexed ADC is usedafter AFE.POWER SUPPLY53,55,60,VDD I Device power supply61,75,81,87,100,106,108Copyright©2009,Texas Instruments Incorporated Submit Documentation Feedback7Product Folder Link(s):AFE0064AFE0064SLAS672–SEPTEMBER PIN FUNCTIONS (continued)PINI/O DESCRIPTIONNUMBER NAME 49,51,52,VSSIGround for device power supply54,59,62,65,71,73,74,76,79,80,82,85,86,90,91,99,101,102,103,107,109,110TFT CHARGE INJECTION COMPENSATION72DF-SM I Digital control to dump compensation charge on integrator capacitor;this is useful to nullify the effect of pixel TFT charge injection.56VT-AIExternal voltage to control the amount of charge dump for TFT charge injection compensation.Charge dump =(V-voltage at 'EXT_C')*0.857pC where V is external voltage at pins 56,57.Short pins 56and 57externally and apply external voltage for charge injection compensation.57VT-B INC PINS58,111These pins should be connected to VSS.DESCRIPTIONS AND TIMING DIAGRAMSFigure 1.Integrator Channel SchematicFigure 1shows the typical schematic of an integrator channel.As shown,each integrator has a reset (IRST)switch which resets the integrator output to the 'reset-level'.The device integrates input current while this switch is open.There are two sample and hold circuits connected to each integrator output.SHR samples integrator reset level output and SHS samples integrator output post integration of signal charge.The device subtracts the SHR sample from the SHS sample.The difference is then available at device output in a differential format.This action is called 'Correlated Double Sampling'(CDS).CDS removes integrator offset and low frequency noise from device output.Each sample and hold has a built-in low pass filter.This filter limits sampling bandwidth so as to limit sampled noise to an acceptable level.Detailed functioning of individual blocks is described further with timing diagrams.8Submit Documentation FeedbackCopyright ©2009,Texas Instruments IncorporatedProduct Folder Link(s):AFE0064IRST SHR INTGSHS STICLKEOCreset level channel leakage currentchargeAFE0064 SLAS672–SEPTEMBER 2009Figure 2.Integration and Data ReadAs shown in Figure 2,the device performs two functions,‘Integration’and ‘Data Read’during each scan (indicated by 't-Scan').Signals IRST,SHR,SHS,INTG,CLK control 'Integration Function'and STI,CLK control 'Data Read Function'.EOC is a device output and a low level on the EOC pin indicates a data read is in progress.Charge IntegrationIntegration function consists of two phases namely ‘Reset’and ‘Integration’.IRST rising edge starts the ‘Reset’phase which ends with SHR rising edge.Figure 3shows the detailed timing waveform for the reset phase.Figure 3.Timing Diagram Showing Details of Reset PhaseIn this phase the device resets all 64integration capacitors.This reset-level voltage depends on the integration mode (selected by the INTUPz pin).Integrator output is reset to REFM for ‘integration-up’mode and is reset to REFP in ‘integration-down’mode.Note that the integrator reset switch is on from IRST rising edge to the end of the 32nd clock for sequential mode and up to the 8th clock for simultaneous mode.SHR and filter bypass switches (see Figure 1)are on right from IRST rising edge to the 64th clock falling edge.Copyright ©2009,Texas Instruments IncorporatedSubmit Documentation Feedback9Product Folder Link(s):AFE0064AFE0064SLAS672– In this period,the reset sample capacitor is tracking the integrator output voltage.On the64th CLK falling edge, the filter bypass switch is opened.This kicks in the low pass filter.The filter has a fixed time constant of1µSec (160kHz BW).The device samples and holds(SHR switch opens)the integrator reset output at rising edge of SHR.The low pass filter cuts off high frequency noise during sampling.Figure4.Timing Diagram Showing Details of Integration PhaseHere after the integration phase starts.The device integrates pixel charge during on time of the external TFT switch.The device integrates pixel charge starting from the reset level(as described previously).In integration up mode,the integrator output moves up from REFM(reset level).As shown in the Specifications table there are8different ranges for the integrator.For any range,the device can linearly integrate input charge until the integrator output reaches REFP.In integration down mode,the integrator output moves down from REFP(reset level).For any analog input range ,the device can linearly integrate input charge until the integrator output reaches REFM.It is clear that the linear output range for the integrator is‘REFP-REFM’volts.One can calculate the integrator feedback capacitor with formula;Q=CV.Here Q is the specified charge for range‘0to7’and V is the linear output range of the integrator(REFP-REFM).Refer to Table1for more details.It is recommended to assert(pull high)the INTG signal along with TFT switch turn on.Note that the TFT switch is external to the device,and the device still integrates without the INTG signal.INTG can be held high for0.5µSec after TFT switch turn off.This makes sure the SHS low pass filter is bypassed all through integration and for0.5µSec after integration.This extra0.5µSec ensures charge injection during TFT switch turn off is settled and the SHS sampling capacitor is tracking the integrator output.As shown in Figure4,the device turns on the LPF on the falling edge of INTG.Like SHR sampling,this filter has a1µSec time constant(160kHz BW),and it cuts off high frequency noise during sampling.Timing‘t6’in the Timing Requirements table specifies that the settling of voltage on the SHS capacitor is close to the16bit level while filter BW is low.On the rising edge of SHS,the device samples and holds integrator output voltage on the correlated double sampler(CDS).The CDS output voltage is proportional to the difference of the‘SHS’and‘SHR’samples.This scheme removes offset and noise coming from integrator reset.The integration phase ends with the SHS falling edge and data corresponding to all64channels is ready to read during the next‘scan’.Data Read:Device output is differential even though the integrator output(internal to device)is single ended.Here is the relation between integrator output and AFE0064output(OUTP and OUTM):Case1:(Integrator up mode,INTUPz=0)10Submit Documentation Feedback Copyright©2009,Texas Instruments IncorporatedProduct Folder Link(s):AFE0064分销商库存信息:TIAFE0064IPBK AFE0064IPBKR。
bk7231英文规格书
bk7231英文规格书Title: BK7231 English Specification BookIntroduction:The BK7231 English Specification Book serves as a comprehensive guide to understanding the technical specifications and features of the BK7231 model. This article aims to provide an accurate and detailed overview of the book's content. It will be structured as follows: an introduction, a main body consisting of five major points with 3-5 sub-points each, and a conclusion summarizing the key aspects covered in the book.Main Body:1. Hardware Specifications:1.1 Processor: The BK7231 is equipped with a high-performance processor, providing efficient data processing capabilities.1.2 Memory: The device offers ample memory capacity, enabling smooth multitasking and storage of large files.1.3 Connectivity: The BK7231 supports various connectivity options, including Wi-Fi, Bluetooth, and Ethernet, ensuring seamless integration with other devices and networks.1.4 Power Consumption: The device is designed to optimize power usage, maximizing battery life and energy efficiency.1.5 Interfaces: The BK7231 features multiple interfaces, such as USB, HDMI, and audio ports, facilitating versatile connectivity with external peripherals.2. Software Features:2.1 Operating System: The BK7231 runs on a reliable and user-friendly operating system, providing a stable and intuitive user experience.2.2 Security: The device incorporates robust security measures, including encryption protocols and firewall protection, ensuring data privacy and preventing unauthorized access.2.3 Application Support: The BK7231 supports a wide range of applications, allowing users to customize their experience and enhance productivity.2.4 Firmware Updates: The device offers regular firmware updates, ensuring compatibility with the latest technologies and providing access to new features and improvements.2.5 Multilingual Support: The BK7231 is equipped with multilingual support, enabling users from different regions to operate the device in their preferred language.3. Performance and Functionality:3.1 Speed and Efficiency: The BK7231 delivers high-speed data processing and seamless performance, enabling smooth multitasking and quick response times.3.2 Wireless Range: The device offers an extensive wireless range, ensuring reliable connectivity even in large or obstructed environments.3.3 Signal Strength: The BK7231 is engineered to provide strong and stable signals, minimizing interruptions and ensuring consistent network performance.3.4 Data Transfer Rates: The device supports high data transfer rates, enabling fast and efficient file sharing and streaming.3.5 Compatibility: The BK7231 is compatible with various operating systems and devices, allowing for seamless integration and interoperability.4. Design and Ergonomics:4.1 Compact and Lightweight: The BK7231 boasts a compact and lightweight design, making it portable and easy to carry.4.2 User-Friendly Interface: The device features an intuitive and user-friendly interface, enabling effortless navigation and operation.4.3 Ergonomic Keyboard: The BK7231 is equipped with an ergonomic keyboard, providing comfortable typing experience and reducing strain on the wrists.4.4 Display Quality: The device offers a high-resolution display, delivering sharp and vibrant visuals for an enhanced viewing experience.4.5 Durability: The BK7231 is built to withstand daily wear and tear, ensuring long-lasting performance and reliability.5. Technical Support and Warranty:5.1 Customer Support: The BK7231 comes with comprehensive customer support, providing assistance for any queries or issues that may arise.5.2 Warranty Coverage: The device is backed by a warranty, offering coverage for manufacturing defects and malfunctions within a specified period.5.3 Troubleshooting Guide: The BK7231 English Specification Book includes a detailed troubleshooting guide, helping users resolve common technical issues independently.Conclusion:The BK7231 English Specification Book provides a detailed and accurate overview of the hardware specifications, software features, performance, design, and technical support offered by the BK7231 model. By understanding the content presented in this book, users can make informed decisions about the device's suitability for their needs and maximize its potential.。
BK3431数据手册v1.3-博芯
Proprietary and Confidential
Page 1 of 1
BK3431 Datasheet
v1.3
Revision History
深 Version 0.1 圳1.0
Date 18/Apr/2012 13/July/2012 2013-08-23
2013-08-26
Author(s) Weifeng Weifeng Zhou Guofei
公
司 This document contains information that may be proprietary to, and/or secrets of, Beken Corporation. The
contents of this document should not be disclosed outside the companies without specific written permission.
8
科 Ordering Information ................................................................................................ 18
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Pin Definitions and Functions
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Symbol Vbb
IN1 IN2 IN3 IN4 OUT1 OUT2 OUT3 OUT4 ST1/2 ST3/4 GND1/2 GND3/4
IL = 3.3 A, EAS = 120 mJ, 0 Ω
one channel:
IL = 4.7 A, EAS = 140 mJ, 0 Ω two parallel channels:
IL = 7.3 A, EAS = 160 mJ, 0 Ω four parallel channels:
Electrostatic discharge capability (ESD)
Parameter and Conditions
Symbol
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BAV74LT1G;BAV74LT1;BAV74LT3G;中文规格书,Datasheet资料
© Semiconductor Components Industries, LLC, 2009 August, 2009 − Rev. 51Publication Order Number:BAV74LT1/DBAV74LT1GMonolithic DualSwitching DiodeFeatures•These Devices are Pb−Free, Halogen Free/BFR Free and are RoHS CompliantMAXIMUM RATINGS (EACH DIODE)Rating Symbol Value Unit Reverse Voltage V R50Vdc Forward Current I F200mAdc Peak Forward Surge Current I FM(surge)500mAdc THERMAL CHARACTERISTICSCharacteristic Symbol Max UnitTotal Device Dissipation FR−5 Board (Note 1), T A = 25°CDerate above 25°C PD2251.8mWmW/°CThermal Resistance, Junction−to−Ambient R q JA556°C/WTotal Device Dissipation Alumina Substrate, (Note 2) T A = 25°C Derate above 25°C P D3002.4mWmW/°CThermal Resistance, Junction−to−Ambient R q JA417°C/W Junction and Storage Temperature T J, T stg−55 to +150°C Stresses exceeding Maximum Ratings may damage the device. Maximum Ratings are stress ratings only. Functional operation above the RecommendedOperating Conditions is not implied. Extended exposure to stresses above the Recommended Operating Conditions may affect device reliability.1.FR−5 = 1.0 0.75 0.062 in.2.Alumina = 0.4 0.3 0.024 in 99.5% alumina.SOT−23CASE 318STYLE 9MARKING DIAGRAMDevice Package Shipping†ORDERING INFORMATIONBAV74LT1G SOT−23(Pb−Free)3000/Tape & Reel†For information on tape and reel specifications, including part orientation and tape sizes, please refer to our T ape and Reel Packaging Specifications Brochure, BRD8011/D.312BAV74LT3G SOT−23(Pb−Free)10,000/T ape & Reel1JA M GGJA= Device CodeM= Date Code*G= Pb−Free Package(Note: Microdot may be in either location)*Date Code orientation and/or overbar may vary depending upon manufacturing location.2ELECTRICAL CHARACTERISTICS (T A = 25°C unless otherwise noted) (EACH DIODE)CharacteristicSymbolMinMaxUnitOFF CHARACTERISTICS Reverse Breakdown Voltage (I (BR) = 5.0 m Adc)V (BR)50−Vdc Reverse Voltage Leakage Current, (Note 3)(V R = 50 Vdc, T J = 125°C)(V R = 50 Vdc)I R−−1000.1m AdcDiode Capacitance(V R = 0, f = 1.0 MHz)C D − 2.0pF Forward Voltage (I F = 100 mAdc)V F − 1.0Vdc Reverse Recovery Time(I F = I R = 10 mAdc, I R(REC) = 1.0 mAdc, measured at I R = 1.0 mA, R L = 100 W )t rr−4.0ns3.For each individual diode while the second diode is unbiased.100V F , FORWARD VOLTAGE (VOLTS)101.00.110V R , REVERSE VOLTAGE (VOLTS)1.00.10.010.0011.00V R , REVERSE VOLTAGE (VOLTS)0.90.80.70.6C D , D I O D E C A P A C I T A N C E (p F )2468I F , F O R W A R D C U R R E N T (m A )Figure 1. Forward Voltage Figure 2. Leakage CurrentFigure 3. CapacitanceI R , R E V E R S E C U R R E N T (μA )Curves Applicable to Each AnodePACKAGE DIMENSIONSSOT −23 (TO −236)CASE 318−08ISSUE ANNOTES:1.DIMENSIONING AND TOLERANCING PER ANSI Y14.5M, 1982.2.CONTROLLING DIMENSION: INCH.3.MAXIMUM LEAD THICKNESS INCLUDES LEAD FINISH THICKNESS. MINIMUM LEADTHICKNESS IS THE MINIMUM THICKNESS OF BASE MATERIAL.4.318−01 THRU −07 AND −09 OBSOLETE, NEW STANDARD 318−08.SOLDERING FOOTPRINT*VIEW CDIM A MIN NOM MAX MIN MILLIMETERS0.89 1.00 1.110.035INCHESA10.010.060.100.001b 0.370.440.500.015c 0.090.130.180.003D 2.80 2.90 3.040.110E 1.20 1.30 1.400.047e 1.78 1.90 2.040.070L 0.100.200.300.0040.0400.0440.0020.0040.0180.0200.0050.0070.1140.1200.0510.0550.0750.0810.0080.012NOM MAX L1STYLE 9:PIN 1.ANODE2.ANODE3.CATHODE2.10 2.40 2.640.0830.0940.104H E 0.350.540.690.0140.0210.029*For additional information on our Pb −Free strategy and solderingdetails, please download the ON Semiconductor Soldering and Mounting Techniques Reference Manual, SOLDERRM/D.ON Semiconductor and are registered trademarks of Semiconductor Components Industries, LLC (SCILLC). SCILLC reserves the right to make changes without further notice to any products herein. SCILLC makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does SCILLC assume any liability arising out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation special, consequential or incidental damages.“Typical” parameters which may be provided in SCILLC data sheets and/or specifications can and do vary in different applications and actual performance may vary over time. All operating parameters, including “Typicals” must be validated for each customer application by customer’s technical experts. SCILLC does not convey any license under its patent rights nor the rights of others. SCILLC products are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body, or other applications intended to support or sustain life, or for any other application in which the failure of the SCILLC product could create a situation where personal injury or death may occur. Should Buyer purchase or use SCILLC products for any such unintended or unauthorized application, Buyer shall indemnify and hold SCILLC and its officers, employees, subsidiaries, affiliates,and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly or indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that SCILLC was negligent regarding the design or manufacture of the part. SCILLC is an Equal Opportunity/Affirmative Action Employer. This literature is subject to all applicable copyright laws and is not for resale in any manner.PUBLICATION ORDERING INFORMATION分销商库存信息:ONSEMIBAV74LT1G BAV74LT1BAV74LT3G。
JE915HR3中文资料
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FBT型号直接代换速查表![终稿]
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FBT型号直接代换速查表!FBT型号直接代换速查表!FBT型号直接代换速查表!FCO-14A042 FTX-14A015 DNF-FL2727FEA185A DG300004021FEA237A BSC25-0202A BSC26-M02C1 BSC24-1402、79A361-1FEA241 KJF-9458A KJF-9320C 730-302-1433BFEA284 FEA86012D LCE CF0724A ZTFJ73345AFEA287B FEA287C、730-302-0564AFEA287C / 730-302-0564A FEA287BFEA374 CT-8355、79A348-3 FEA374F 79A348-1AFEA374F FEA374 CT-8355、79A348-3 79A348-1AFEA382 LCE CF0910FEA383 39L518AZT LCE CF1143 39L499AZTFEA469 FEA826 75A355-4-A 6174Z-1036A 79A355-5 79A355-1 BSC25-6503/C-FBT-1527 6174Z-1045A BSC24-1438FEA469D BSC25-6503/C-FBT-1527 79A355-503 BSC24-1438 6174Z-10 36A 79A355-5 6174Z-1045A、79A355-1FEA531A FEA531CFEA531C FEA531AFEA557 AT2097/16FEA565A 39L2065AZ、2385206700 39L1057AZ、2385205300FEA602B / 79A371-1C-TC FEA603A、79A371-1C-BFEA603A/ 79A371-1C-B FEA602B、79A371-1C-TCFEA634/ 79A355-1 FEA826 79A355-4-A(S) 6174Z-1036A 79A355-5 79A355-1 BSC25-6503/C-FBT-1527 6174Z-1045A BSC24 -1438FEA636 AT2097/07AFEA626/ LZ250A.000P FEA662A、LZ250A.013P LZ250A013J TAD53712、LZ250A.013TFEA662A/ LZ250A.013P FEA662、LZ250A.000P LZ250A 013J TAD53712、LZ250A.013TFEA677 TBC000* 277 BSM31-3905、TBC000 *150AFEA677/TBC000 * 277 BSM31-3905、TBC000 * 150AFEA687 BSC24-1420 730-312-1434FEA689/ 79A569-1 BSC25-6503/CFBT-1527 CT-8204A 6174 Z-1045A BSC24-1438 79A355-4-A(S) 6174Z-1036AFEA689/ 79A569-1D FEA689B、79A569-1-B FEA937、79A371-1C-CFEA689B/ 79A569-1-B FEA689、79A569-1DFEA711A/ 79A769-1-A 79A769-2-A 79A769-2-C 79A769-1-C 79A761-2-B FEA817A 79A769T-1-B FEA945B FEA915 FEA 711C、79A769-1-BFEA711C/ 79A769-1-B 79A769T-1-B FEA945B 79A761-2-B F EA817A FEA915、79A769-1-C FEA711A、79A769-1-A 79A769-2-AFEA755 FKG-15A001 FN1434FEA759 FKH-17A002 FKH-17A001FEA771/ DG3000008800 BSC24-N2333S FEA766A BSC25-6503/C-FBT-1 770DFFEA780 730-302-7681A FEA880 6174Z-1008F、730-302-7681A MF-6398 FEA780BFEA780B / 730-302-7601D FEA780、730-302-7681A FEA880 61714Z-1008F、730-302-7681A MF-6398 FEA780BFEA800A/ 79A955-1-A FEA800B/79A995-1-AHFEA800B/ 79A995-1-AH FEA800A、79A955-1-AFEA817 79A769-1-B、FEA711C 79A769T-1-B、FEA945B FEA711A 79A761-2-BFEA824 FKD-15D002FEA825A FEA827 CT-8459、LFT0007FEA826 79A355-4-A FEA469 6174Z-1036A、79A355-5 79A355-1 BSC25-6503/C-FBT-1527 6174Z-1045A 79A35 5-4-AHFEA827 CT-8459、LFT0007 FEA825AFEA830 FKG-15A001 FKG15A006FEA831 FQB-17A001 LCE CF1648、BH26-00108A FSA0188FEA833 LCE CF1741/730-302-572CFEA836 FEA861A/730-302-X975C FEA861/730-302-X975FEA848A FSN-15B052N/730-302-566DAFEA850 / 2385208600 2385210300 LCE CF1938 FEA850A 2385211800 2385211900FEA850A 2385210300 LCE CF1938 FEA850 2385211800 23852119 00FEA861/ 730-302-X975 FEA836、730-306-X759 FEA861 、730-302-X975CFEA861 / 730-302-X975C FEA836、730-302-X975 FEA861、730-302-X975FEA867A/ TFB-7012 FEA908、TFB-8503 FEA883 LCE CF1380B、TFB-7010 FEA976 FEA978 FEA880 FEA780FEA883 FEA867A、TFB-7012 FEA908、TFB-8503 LCE CF1380B、TFB-7010 FEA976 FEA978FEA886/ 313816874001 FSN-15C004N FEA888 FEA88A、313816878061FEA886A /313816878051 FEA888A、313816878061FEA888 FEA886、313816874001 FSN-15C004N FEA888 FEA888AFEA888A FEA886、313816874001 FSN-15C004N FEA888 FEA886A、313816878051FEA906 FEA907 19.70052.001 19.70056.S01 19.70056.001FEA907 79.70052.001 FEA906 19.70056.S01 19.70056.011FEA908/ TFB-8503 FEA867A、TFB-7012 FEA883 LCE CF1380B、TFB-7010 FEA976 FEA978FEA915 79A769-2-A 79A769-1-A FEA711A 79A769-2-CFEA915/ 79A769-1-C FEA711A、79A769-1-A、9602-04-101A FEA711C、79A769-1-BFEA937 HFT264MFEA937/ 79A371-1C-C FEA689、79A569-1DFEA945B 79A769-1-B FEA711C FEA711A FEA817AFEA946 FWK0062B、730-302-797N MF-6581、730-302-797N FEA946A LCE CF1737FEA946A FEA946 FWK0062B、730-302-797N MF-6581、730-302-797N LCE CF1737FEA953/ TFB-7015 FLO0108、TFB-7021FEA976 FEA867A、TFB-7012 FEA883A FEA908 FEA978 LCE CF1380B、TFB-7010 FEA978 FEA867A、TFB-7012 FEA883A FEA908 FEA976 LCE CF1380B、TFB-7010 FEA73015H MF-3131、5RH0000108 BSM35-3219 FFA81045H BSC25-0218 FFA76017U FFA76028U FFA76028U/FFFA76028U FFA76017U FFA76028U/FFFA76028U/F FFA76028U FFA76017UFFA79014U MF-3323A MF-3323 BSC25-0134FFA81024U LCE CF0883FFA81045 BSC25-0218 FFA81045H FFA73015H BSM35-3219FFA81045H MF-3131、5RH0000108 BSM35-3219 FFA73015HFFA81049H 79A355-503 BSC24-1438 BSC25-6503/C-FBT-1527 79A355 -4-AFFA82012H FFA82022HFFA82022H FFA82025H CFB-4/121、M374392 LCE CF0801 FFA82012H FFA82025H FFA82022H CFB-4/121、M374392 LCE CF0801FFA86012D FEA284、5RH0000060 LCE CF0724A ZTFJ73345AFJ2672 KJF-9215BFKD-14A001 FKD-15A001 FKD-15C003 FN/DNF1528FKD-15A001 FKD-14A001 FKD-15C003 FN/DNF1528FKD-15C003 FKD-14A001 FKD-15A001 FN/DNF1528FKD-15D002 FEA824FKG-15A001 FEA755 FN1434 FKG-15A006(3、4脚对换）FKG-15A006 FEA830 FKG-15A001（3、4脚对换）FKG-15A007 FQM-15A009FKG-15D001 FKG-15D002（将聚焦盒引脚向下右两脚连接）FKH-17A001 FKH-17A002 FEA759FKH-17A002 FEA759 FKH-17A001FLO0108/ TFB-7021 FEA953、TFB-7015FN/DNF1528 FKD-14A001 FKD-15A001 FKD-15C003FN1434 FEA755 FKG-15A001FPH0213 LCE CFT2091SFQA-15A001 BH26-00017AFQB-17A001 FEA831 LCE CF1648、BH26-00108A FSA0298FQB-17B015 FSA0188 FQB-17B002FQM-15A007 FQM-15A007B FQM-15A009/BFQM-15A007B FQM-15A007 FQM-15A009/BFQM-15A009/B FQM-15A007B FQM-15A007FQM-15B003 FSA0210FQM-17A008 BSC25-1448、6174T11006BFQM-17A001 FQM-17A012FQM-17A012 FQM-17A011FQM-17B002 BH26-00109A LCE CF1781 FQM-17B015 FSA0188FQM-17B007 BSM35-3316DQ770 V770 BSM35-3316D/F772 BSM35-3316/ F770D LCE CF1570、2850007210FQM-15B015 FQM-15B002FQM-17B019 FQM-17B021FQM-17B021 FQM-17B019FSA0188 BH26-00109A LCE CF1781 FQM-17B015 FQM-17B002FSA0210 FQM-15B003FSA0298 FQB-17A001 FEA831 LCE CF1648、BH26-00108AFSA-15A002 FSA-15A003FSA-15A003 FSA-15A002FSD-15B002 FSD-15B002AFSD-15B002A FSD-15B002FSN-14A024 BSM31-3305、730-302-850M 6174Z-2003HFSN-14A029S 6174Z-2003F 6174Z-2003HFSN-15A008 6174Z-2003C FSN-15A008S 154-388G CFB-4/085AFSN-15A008S 6174Z-2003C FSN-15A008 CFB-4/085A 154-388GFSN-15A019S 730-302-X570A FEA708AFSN-15B027N TFB-274T FEA848A、730-302-566DBFSN-15C004N FEA886、313816874001 FEA888 FEA888A、3138 168 78061 AT2097-33 AT2097-34 AT2097-21 AT2097-38 FSW-17A001 FSW-17A002FSW-17A002 FSW-17A001FTX-14A015 FCO-14A042 DNF-FL2727FUA-17A010 TRAN-8693、530-302-700SA BSC25-1459 MF-6623 FUA-17A019 6174Z-1008F MF-6398FUA-17A019 FUA-17A010 TRAN-8693、530-302-700SA BSC25-1459 MF-6623 6174Z-1008F MF-6398FUA-17C003 FUA-17C004 FUA-17C006FUA-17C004 FUA-17C003 FUA-17C006FUA-17C006 FUA-17C003 FUA-17C004FWK0030 LCE CF1628、730-302-770VC FWK0030AFWK0030A FWK0030 LCE CF1628、730-302-770VCFWK0062B FEA946 MF-6581、730-302-797N LCE CF1611HFT264M 79A371-1C-C FEA937KD-1731 KD-1732PF-A（5，7脚空）FSA0298KD-1732PF-A KD-1731 FSA0298KFS-60807A KFS-61410 KFS-61101 154-382B LCE CF0710KFS-60854 LCE CF0394KFS-61101 KFS-61410 154-382B LCE CF0710 KFS-60807AKFS-61140A FCO-14A030C DNF-FL2700KFS-61376 LCE CF1280KFS-61410 KFS-61101 154-382B LCE CF0710 KFS-60807AKFS-61432 6174Z-2002E 6174Z-2002JKFS-61478 LCE CF0929KJF-9203D LBCH0110-000KJF-9215B FJ2672KJF-9320C KJF-9458A 154-388F、730-302-1433B FEA241、730-302-1433 KJF-9458A KJF-9320C 154-388F、730-302-1433B FEA241、730-302-1433 KJF-9902B/F KJF-9902B/PKJF-9902B/P KJF-9902B/FLBCH011-000 KJF-9203DLCE CF0394 KFS-60854LCE CF0590A LCE CF0590BLCE CF0590B LCE CF0590ALCE CF0612 /313811877590 LCE CF0612A、313811879410LCE CF0612A /313811879410 ETF39L639AZT、313811877581 ETF35L510AZT、313811878501 AT2094-02LCE CF0612A /313811879410 LCE CF0612/313811877590LCE CF0625 /19.70026.001 BSM54-3207、19.70038.A01 LCE CF0698A、19.70034.001 LCE CF0689、19.70028.001LCE CF0689 /19.70028.001 BSM54-3207、19.70038.A01 LCE CF0698A、19.70034.001 LCE CF0625、19.70026.001LCE CF0698A LCE CF0625 BSM54-3207、19.70038.A01 LCE CF0698 LCE CF0706 Y265161 Y265163LCE CF0710 KFS-61410 KFS-61101 154-382B KFS-60807ALCE CF0724A FEA284、5RH0000060 FFA86012D ZTFJ73345ALCE CF0754B 19.70032.001LCE CF0801 FFA82025H FFA82022H CFB-4/121/M374392LCE CF0821 TFB-251T、5062625120LCE CF0857 LCE CF0857A、313812875530LCE CF0857A LCE CF0857LCE CF0883 FFA81024ULCE CF0910 FEA382、HH00002LCE CF0929 KFS-61478LCE CF0959 HH000001LCE CF0960 39L2024AZ、HH000005 FEA477、HH00005LCE CF0969 LCE CF0969B LCE CF0969C LCE CF1033A LCE CF09 69ALCE CF0969A LCE CF1033A LCE CF0969B LCE CF0969C LCE CF0 969LCE CF0969B LCE CF0969 LCE CF0969C LCE CF0969A LCE CF10 33ALCE CF0969C LCE CF0969 LCE CF0969B LCE CF0969A LCE CF10 33ALCE CF1027 LCE CF1263、2850004510LCE CF1033A LCE CF0969 LCE CF0969B LCE CF0969A LCE CF09 69CLCE CF1043 LCE CF1043ELCE CF1043E LCE CF1043、0480-0000-0040LCE CF1119A /313817875452 AT2097-21 FB-5B/CF1486、313816873121 AT2097-33 AT2097-34 ETF39L2075AZB、313817876342 AT2097-38LCE CF1143 39L518AZT FEA383 39L499AZT、410-F012BLCE CF1263 /2850004510 LCE CF1027LCE CF1280 KFS-61376LCE CF1285 LCE CF1433、47F13-0911A LCE CF1611、47F13-1090B LCE CF1380B / TFB-7010 FEA867A、TFB-7012 FEA908、TFB-8503 FEA883LCE CF1388B LCE CF1388CLCE CF1388C LCE CF1388BLCE CF1433 LCE CF1611 LCE CF1285LCE CF1517 BSC25-0208M TRAN-6516 BSC25-0208MLCE CF1570 FQM-17B007LCE CF1611 LCE CF1433、47F13-0911A LCE CF1285、47F13-0910A LCE CF1628 730-302-770VCLCE CF1628 / 730-302-770VC FWK0030 FWK0030ALCE CF1648 FEA831 FQB-17A001 BH26-00108ALCE CF1737 FEA946A、47F13-1091S MF-6581、730-302-797NLCE CF1741 FEA833、730-302-566DLCE CF1781 HBH26-00109A FQM-17B002 FSA0188LCE CF1821 BSC24-N2375S、730-302-786FD LCE CF1920 730-302-796FDLCE CF1827B BSC24-N2374S、730-302-796PF BSM75-3709N、730-302-796PF LCE CF1921LCE CF1873 CT-8151、331100000107LCE CF1920 LCE CF1821 730-302-786FD 730-302-796FDLCE CF1921 LCE CF1827B BSC24-N2374S BSM75-3709NLCE CF1938 2385210300 FEA850 FEA850A 2385211900LCE CF2091S FPH0213LCE CF2101C/ 79A763A 79A763B504 FAO0220/79A763ALZ250A 013J FEA662、LZ250A.000P FEA662A、LZ250A.013P LZ250A.013T MF-2095 Y265065CMF-3131 BSM35-3219 FFA81045H FFA73015HMF-3323 MF-3323A FFA79014U BSC25-0134MF-3323A FFA79014U BSC25-0134 MF-3323MF-6114 BSC25-0251M、37-SC25M0-2510X TFB-016、5062601600MF-6398 FEA780、730-302-7681A FUA-17A010 FEA880MF-6407 BSM26-0202 BSM75-3707 CT-8670、KTC9970 BSC26-1451 MF-6421 BSC26-1451 BSC26-1460MF-6540 490-170-6540 MF-6540B 490-170-6687MF-6540B 490-170-6687 490-1706540 MF-6540MF-6581/ 730-302-797N FWK0062B、730-302-797N FEA946 FEA946A LCE CF1737MF-6623 FUA17010 TRAN-8693 、530-302-700SAMSU1FVH002 CA-0215TAD53712 /LZ250A.013T FEA662、LZ250A.000P FEA662A、L250A.013P LZ250A 013JTBC000*007 TBC000*033 BSC24-4005TBC000*033 BSC24-4005 TBC000*007TFB-016 BSC25-0251M、37-SC25M0-2510X MF-6114TFB023 TFB025TFB025 TFB023TFB-251T LCE CF0821TFB-274T FSN-15B027NTFB-3501 TFB-3502TFB-3502 TFB-3501TFB-7002A/ FEA766A BSC24-N233S FEA771 BSC25-6503/C-FBT -1770DFTRAN-6515 LCE CF1517TRAN-8693 FUA17010 MF-6623V770 BSM35-3316D/Q770 BSM35-3316D/F772 BSM35-3316/F770D FQM-17B007Y265065C MF-2095Y265161 LCE CF0706 Y265163Y265163 Y265161 LCE CF0706Y265275 Y265387 Y265432BY265382 Y265434 6174Z-1024AY265387 Y265275 Y265432BY265432B Y265387 Y265275Y265434 6174Z-1024A Y265382ZTFJ3385A ZTFJ73369A、80000371ZTFJ73345A FEA284、5RH0000060 FFA86012D LCE CF0724A ZTFJ73369A/ 8000370 ZTFJ3385A。
V5011P双向线头球式阀门产品数据应用说明书
V5011P TWO-WAY THREADED GLOBE VALVEPRODUCT DATAAPPLICATIONThe V5011P is a two-way threaded globe valve that controlsteam, water, and glycol solutions (up to 50 percentconcentration) in heating or cooling HVAC applications. Thevalve is used in two-position and modulating control systems.The valve is not suitable for combustible gas service.FEATURES•Red brass body with BSPT-threaded end connections.•Low seat leakage rate (≤0.05 percent of C v).•50:1 rangeability per VDI/VDE 2173.•Spring-loaded, self-adjusting packing.•Accurate positioning to ensure state of the arttemperature control.•Directly coupled electric and pneumatic actuatorsfor easy mounting.•Sizes rang from 1-1/4 in. to 2 in.•Valve designs provide equal percentage flowcharacteristic for water and linear flow characteristic forsteam.•Stainless steel stem and metal-to metal seats.•Repack and rebuild kits for field servicing.APEN0H-003TW01A0604V5011P TWO-WAY THREADED GLOBE VALVEAPEN0H-003TW01A06042SPECIFICATIONSIMPORTANTThe specifications given in this publication do not include normal manufacturing tolerances. Therefore,an individual unit may not exactly match the listed specifications. Also, this product is tested and calibrated under closely controlled conditions and some minor differences in performance can be expected if those conditions are changed.Models:V5011P Valve: Two-way threaded globe valve for steam,water, or glycol. BSPT-threaded pipe connections. Throttling plug provides equal percentage flow characteristic for water (V5011P1xxx), linear flow characteristic for steam (V5011P2xxx).NOTE: V5011P1xxx and V5011P2xxx are direct acting (stem down to close).Dimensions: See Fig. 1.Valve Sizes and Flow Capacities: See Table 1.Pipe Connections: Internal BSPT-threaded connections.Seat: Stainless steel, replaceable ANSI Body Class: 300 psi.Stem: Stainless steel.Plug: Brass on V5011P1xxx,stainless steel on V5011P2xxx for steam.Stroke: 3/4 in. (20 mm).Approximate Leakage Rate: 0.05 percent C v .Pattern: 2-way, straight-through.Body Material: Red brass.Packing: Spring-loaded, carbon fiber reinforced PTFE V-rings.Rangeability: 50:1 per VDI/VDE 2173.Pressure-Temperature Ratings:Water: 36°F to 248°F, 217 psi (15 bar).248°F to 337°F, 185 psi (12.8 bar).Maximum Water Differential Pressure: 230 psid (15.8 bar).Steam: 100 psi (6.9 bar) at 337°F (V5011P2xxx).Maximum Differential for Quiet Water Service: 20 psid.Valve Flow Characteristics:Water: Equal percentage (V5011P1xxx).Steam: Linear (V5011P2xxx). See Fig. 2.Close-Off Pressure Ratings: See Fig. 3, and Table 2.Valve Design Life: 250,000 full cycles at maximum rated temperature.Replacement Parts: See Fig. 5 and Table 3.Motor and Linkage Selection:Table 1. Valve Size and Flow Capacities.V5011P TWO-WAY THREADED GLOBE VALVE3APEN0H-003TW01A0604V5011P TWO-WAY THREADED GLOBE VALVEAPEN0H-003TW01A06044V5011P TWO-WAY THREADED GLOBE VALVE5APEN0H-003TW01A0604INSTALLATIONWhen Installing This Product.1. Read these instructions carefully. Failure to follow themcould damage the product or cause a hazardous condition.2. Check the ratings given in the instructions and on theproduct to make sure the product is suitable for your application.3. Installer must be a trained, experienced servicetechnician.4. After installation is complete, check out productoperation as provided in these instructions.IMPORTANT1. Do not lift the valve by holding the stem.2. Do not mount the valve with the stem pointed lowerthan horizontal.3. Mount the valve with the flow arrow pointed in thedirection of flow through the valve.4. Mount the valve between aligned pipes. Mountingthe valve on pipes that are not aligned causes leakage at the valve-to-pipe connection.5. Ensure complete engagement on pipe to valve bodythreads.6. Hold the valve body with a clamp or pipe wrench on thehexagonal fitting nearest the pipe to prevent damage to the valve body while mounting on the pipe. Refer to Fig.4.7. 7. Be sure to allow enough room for installation andservice. Clearance for valve installation is dependent on actuator size and the valve pipe size.LocationSelect a location where the valve, linkage, and actuator are within the appropriate pressure and temperature ratings.Leave sufficient clearance above the valve to accommodate actuator installation and allow room for servicing the valve body. (Completely install the valve body in the pipe line before installing the actuator and linkage.)When selecting a location for the valve, consider actuator mounting restrictions. Modutrol IV TM Motor crankshafts mustbe mounted horizontally.V5011P TWO-WAY THREADED GLOBE VALVEAPEN0H-003TW01A06046MountingThe preferred valve mounting position is with the stemvertical. For steam applications, mount with the stem at a 45degree angle. Do not mount the valve with the stem more than 90 degrees from the vertical (pointing lower thanhorizontal). Scale and foreign material can collect, scoring the stem and causing packing leakage. Protect the stem from damage due to bending or scratching.IMPORTANT1. Before installing linkage and actuator, make sure that the valve stem operates freely. Impaired stem operation can indicate that the body was twisted or the stem was bent. Either of these conditions can require valve replacement.2. Align pipes squarely with valve at each end connections.3. If the pipes are forced into the valve, the body can become twisted and improper seating can result.4. Apply pipe dope sparingly.5. Be careful to prevent pipe debris, such as chips and scale, from entering the piping because this material can lodge in the seat and prevent proper closing.NOTE: Threading on threaded bodies conform to BSPT.Refer to the table in Fig. 4 for valve pipe sizes and thread lengths. Fig. 4 also shows two effective methods of holding the valve and pipe when attaching it. Refer to installation information furnished with the linkage and motor wheninstalling these controls.V5011P TWO-WAY THREADED GLOBE VALVEAPEN0H-003TW01A06047CHECKOUTUse the following procedure to check for proper valve operation:1. Check valve body and connections for leaks.2. After installing linkage and actuator, check operationaccording to installation information furnished with these controls.3. Operate system through one complete cycle to ensurevalve controls properly.4. Check valve at regular intervals for leakage aroundpacking.NOTE: Packing is spring-loaded and should seldom requireattention.5. If leakage is discovered and inspection shows that thepacking gland is screwed down tightly, then repack the valves.IMPORTANTBefore installing linkage (if used) and actuator, make sure that the valve stem operates freely. Impaired stem operation can indicate that the body was twisted or the stem was bent. Either of these conditions can require valve replacement.Table 3. Valve Rebuild and Repack Kits.Order Number BSPT size Flow Capacity C vStem Diameter (in.)Repack Kit Rebuild Kit V5011P1004DN2511.70901752A V5011P1012DN3218.70901753AV5011P1020DN4029.30901787A0901754A V5011P1038DN5046.83/80901755A V5011P2002DN3218.70903429A V5011P2010DN4029.30901787A0903430A V5011P2028DN5046.80903431AV5011P TWO-WAY THREADED GLOBE VALVEAutomation and Control SolutionsHoneywell Taiwan Ltd.10F, 168 Lien Cheng RoadChung Ho City, Taipei County, TaiwanPhone: +886-2-2245 1000Fax: +886-2-2245 3241Subject to change without notice. Printed in TaiwanAPEN0H-003TW01A06048。
变频供水设备(BK)说明书模板
七、运转操作 7-1 面板功能说明
②
①
图 3：1-电源电压表 2-供水模式转换开关 3-报警状态指示灯 4-恒压状态指示 灯 5-手动状态指示灯 6-工频启动按钮 7-工频停机按钮 8-变频状态下节能模式切换按 钮，按下并锁住是节能模式，旋起是恒压状态（ ①－自动工作模式 ②－工频模式） 。 无论任何工作模式，只要将供水模式转换开关切换到“0” ，马上停机。
【安全是一切工作的前提】
■ 本设备是弱电控制强电的一体化装备，机柜内部既有 12V 以下的弱电，也有 380V 的强电，任何不规范的操作都有可能造成人身危害及财产损失。 ■ 在本说明书上标有务请遵守的注意事项，请在使用之前仔细阅读说明书，并正确 加以利用。 ■ 本说明书安全注意事项的注意等级以【危险】 、 【注意】进行分类。 ■ 不要试图对设备进行改造。 ■ 禁止非持有《电工证》的人员安装调试设备。
7-3 工频运转
第一次运行时，必须让设备在工频工作模式下运行一下，待所有水泵都处于正转状态 时，即可结束工频工作模式。
咨询电话：0530-5336777 5336778 -7-
菏泽市康博电气有限公司变频供水设备使用说明书
操作方法： 1、 确认所有器件都已正确连接、压紧，接地线已连接好。控制柜内无任何异物。工 作模式转换开关（图 3）处于 0 位置。 2、 将控制柜内断路器（空气开关）合闸。 3、 关闭控制柜门。 4、 控制柜电源断路器（电源总开关）合闸。 5、 检查控制柜面板上的电压表指示是否正常，如不正常则应断开控制柜电源，检查 电源是否已正确接入，直到正常。 6、 将工作模式转换开关（图 3）拧到②的位置，工频工作指示灯亮。系统默认启动 1 ＃泵（主泵，下同） 。 7、 查看水泵是否正转。如水泵反转，则应断开控制柜电源，按照 7-2（水泵的旋转方 向调整）的指示调整水泵旋转方向，直到水泵正转。按下主、备泵切换按钮，1＃ 泵停机，延时 5 秒，2＃泵启动，用同样的方法校正 2＃泵的运转方向。 8、 工频运转操作完毕。当变频器送修时，请使用该工作模式供水。
bk7231 中文规格书
bk7231 中文规格书BK7231 中文规格书目录1. 引言2. 产品概述3. 技术规格3.1 处理器3.2 存储器3.3 网络连接3.4 无线通信3.5 音频处理3.6 视频处理3.7 电源管理3.8 外设接口4. 软件支持5. 性能指标6. 产品优势7. 应用领域8. 总结1. 引言本文档是 BK7231 中文规格书，旨在介绍 BK7231 的技术规格、软件支持、性能指标、产品优势以及应用领域等信息。
BK7231 是一款先进的通信芯片，具备高性能、低功耗、丰富的接口和广泛的应用领域。
2. 产品概述BK7231 是一款集成了处理器、存储器、网络连接、无线通信、音频处理、视频处理、电源管理以及外设接口等功能的芯片。
它采用先进的制程工艺，具备强大的处理能力和低功耗特性。
BK7231 在物联网、智能家居、工业自动化等领域具有广泛的应用前景。
3. 技术规格3.1 处理器BK7231 配备了一颗高性能的处理器，能够快速处理各种复杂的计算任务。
处理器采用先进的架构设计，具备高效能和低功耗的特点。
3.2 存储器BK7231 集成了丰富的存储器，包括闪存和内存。
闪存用于存储程序代码和数据，内存用于临时存储数据。
存储器容量可根据需求进行灵活配置。
3.3 网络连接BK7231 支持各种网络连接方式，包括以太网、Wi-Fi、蓝牙等。
它可以实现设备之间的高速数据传输和网络通信。
3.4 无线通信BK7231 内置了强大的无线通信功能，支持多种无线协议，如Wi-Fi 和蓝牙。
它能够实现设备之间的无线数据传输和通信。
3.5 音频处理BK7231 集成了先进的音频处理功能，能够实现音频的录制、播放和处理。
它支持各种音频格式，并具备高保真的音质。
3.6 视频处理BK7231 可以实现对视频的采集、编码、解码和显示。
它支持多种视频格式，并能够处理高清视频。
3.7 电源管理BK7231 内置了高效的电源管理模块，能够实现对芯片的供电和功耗的管理。
Powerbuilt Hydraulic Transmission Jack 产品说明书
Hydraulic Transmission Jack, Telescopic Model CapacityT-2501 700 lb.WARNING: Cancer and Reproductive Harm.AVERTISSEMENT: Cancer et dommages au système reproducteur.ADVERTENCIA: Cáncer y daño reproductivo.SAFETY and GENERAL INFORMATIONSave these instructions. For your safety, read, understand, and follow the information provided with and on this jack before using. The owner and operator of this equipment shall have an understanding of this jack and safe operating procedures before attempting to use. The owner and operator shall be aware that use and repair of this product may require special skills and knowledge. Instructions and safety information shall be conveyed in the operator's native language before use of this jack is authorized. If any doubt exists as to the safe and proper use of this jack, remove from service immediately.Inspect before each use. Do not use if broken, bent, cracked or damaged parts are noted. Any jack that appears damaged in any way, or operates abnormally shall be removed from service immediately. If the jack has been or suspected to have been subjected to a shock load (a load dropped suddenly, unexpectedly upon it), immediately discontinue use until jack has been checked by a factory authorized service center (contact distributor or manufacturer for list of authorized service centers). It is recommended that an annual inspection be done by qualified personnel. Labels and Operator's Manuals are available from manufacturer.PRODUCT DESCRIPTIONHydraulic Transmission Jack is designed to be used as an aid in the removal and installation of automotive and light truck transmissions, transfer cases and transaxles. This telescopic style transmission jack is for use under an overhead lift or in a garage pit.NEVER use for any purpose other than those uses outlined above!PREPARATIONAssembly (refer to Figure 1)Tools required: M16 & M18 wrench.1. Four major parts should be included in the package:(a) Hydraulic unit; (b) Upright Post; (c) Saddle Assembly; (d) 2 pieces of base half with hardware.2. Attach the base halves to the upright post, then secure using threaded pins, washers and M12 nuts.3. Attach the casters onto the base halves using M12 nuts and washers.4. Place hydraulic unit on top of the upright post and secure with M10x25 bolts and washers.5. Attach saddle assembly above the ram of hydraulic unit and secure using pin and spring pin provided.6. Attach all four bracket supports onto saddle plate with bolts and wing nuts.7. Attach saddle brackets to bracket support with provided nuts.8. Finally, attach chains with bolts, washers, and nuts to saddle bracket.Before Use1. Verify that the product and application are compatible, if in doubt call Technical Service (888) 332-6419.2. Before using this product, read the operator's manual completely and familiarize yourself thoroughly with theproduct, its components and recognize the hazards associated with its use.3. With ram plunger fully retracted, remove the oil filler plug. Insert the handle into the handle sleeve, then pump 6to 8 strokes. This will help release any pressurized air, which may be trapped within the reservoir. Ensure the oil level is just below the oil filler hole. Reinstall the oil filler plug.4. To familiarize yourself with basic operation, turn the release valve lever:a. Clockwise until firm resistance is felt to further turning. This is the ‘CLOSED’ release valve position used toraise the ram/saddle.b. Counter-clockwise, but no more than 2 turns from the closed position. This is the ‘OPEN’ release valve positionused to lower the ram/saddle.5. Ensure that jack rolls freely. Raise and lower the unloaded jack throughout the lifting range before putting intoservice to ensure the pump operates smoothly. Replace worn or damaged parts and assemblies with authorized replacement parts only.Figure 1- Transmission Jack ComponentsOPERATIONFollow the instruction for removal and installation of transmission, transfer case or transaxle according to the vehicle manufacturer's service manual.Raise saddle assembly:1. Close release valve by turning the release valve level clockwise until firm. Pump handle until saddle reaches desired height.2. Secure the load using the provided chains.Ensure center gravity of load is centered on the saddle and load is stable before moving jack. An off-centertransmission could cause the jack to tip or flip over .Be sure all tools and personnel are clear before lowering load. Slowly engage release valve!Maintain control of the rate of speed at which the load lowers at all times!Open release valve by turning lever counter-clockwise, but never more than 2 full turns. Control the rate of descent at all times. The more you open the release valve, the faster the load descends.Neveruse this jack as a work station!TROUBLESHOOTINGMAINTENANCEImportant: Use only good grade hydraulic jack oil. Avoid mixing different types of fluid and NEVER use brake fluid, turbine oil, transmission fluid, motor oil or glycerin. Improper fluid can cause premature failure of the jack and the potential for sudden and immediate loss of load.Adding oil1. With saddle fully lowered, set jack in its upright, level position. Remove oil filler plug.2. Fill until oil is level with the oil filler hole, reinstall oil filler plug.Changing oilFor best performance and longest life, replace the complete fluid supply at least once per year.1. With saddle fully lowered, remove oil filler plug.2. Lay the jack on its side and drain the fluid into a suitable container. Note. Dispose of hydraulic fluid in accordance with local regulations.3. Set jack in its level position. Fill until oil is level with the oil filler hole, reinstall oil filler plug.LubricationA periodic coating of light lubricating oil to pivot points, axles and hinges will help to prevent rust and assure that casters and pump assemblies move freely.CleaningPeriodically check the pump piston and ram for signs of rust or corrosion. Clean as needed and wipe with an oily cloth.Note: Never use sandpaper or abrasive material on these surfaces! StorageWhen not in use, store the jack with saddle fully lowered.SymptomPossible CausesCorrective ActionJack will not lift load• Release valve not tightly closed • Load is too heavy• Ensure release valve tightly closed • Consider higher capacity jack Jack will lift, but not maintain pressure• Release valve not tightly closed • Hydraulic unit malfunction • Ensure release valve tightly closed • Discontinue use, Contact Tech. ServiceJack will not lower after unloading• Reservoir overfilled • Linkage binding• Ensure load is removed, then drain fluid to proper level• Clean and lubricate moving parts Poor lift performance• Fluid level low• Air trapped in system• Ensure proper fluid level• With ram fully retracted, remove oil filler plug to let pressurized air escape, then reinstall oil filler plug Jack will not lift to full extension • Fluid level low• Ensure proper fluid levelReplacement Parts Illustration for Models T-2501:Figure 2 - Replacement Parts Illustration for Models T-2501REPLACEMENT PARTS (page 6 & 7)Not all components of the jack are replacement items, but are illustrated as a convenient reference of location and position in the assembly sequence. When ordering parts, please give the Model number and parts description. Call or write for current pricing: SFA Companies 10939 N. Pomona Ave. Kansas City, MO 64153, U.S.A.Tel: (888) 332-6419 Fax: (816) 891-6599Website:;Email:*************************Replacement Parts List for Models T-2501:ONE YEAR LIMITED WARRANTYFor a period of one (1) year from date of purchase, SFA Companies will repair or replace, at its option, without charge, any of its products which fails due to a defect in material or workmanship under normal usage. This limited warranty is a consumer's exclusive remedy.Performance of any obligation under this warranty may be obtained by returning the warranted product, freight prepaid, to SFA Companies Warranty Service Department, 10939 N. Pomona Ave., Kansas City, MO 64153.Except where such limitations and exclusions are specifically prohibited by applicable law, (1) THE CONSUMER'S SOLE AND EXCLUSIVE REMEDY SHALL BE THE REPAIR OR REPLACEMENT OF DEFECTIVE PRODUCTS AS DESCRIBED ABOVE. (2) SFA Companies SHALL NOT BE LIABLE FOR ANY CONSEQUENTIAL OR INCIDENTAL DAMAGE OR LOSS WHATSOEVER. (3) ANY IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, SHALL BE LIMITED TO ONE YEAR, OTHERWISE T HE REPAIR, REPLACEMENT OR REFUND AS PROVIDED UNDER THIS EXPRESS LIMITED WARRANTY IS THE EXCLUSIVE REMEDY OF THE CONSUMER, AND IS PROVIDED IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED. (4) ANY MODIFICATION, ALTERATION, ABUSE, UNAUTHORIZED SERVICE OR ORNAMENTAL DESIGN VOIDS THIS WARRANTY AND IS NOT COVERED BY THIS WARRANTY.Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. This warranty gives you specific legal rights, and you may also have other rights, which vary from state to state.。
稳恒电子 WH-NB73-BA NB-IoT模块说明书
WH-NB73-BA说明书文件版本：V1.0.0NB-IoT技术特点：⏹强链接：在同一基站的情况下，NB-IoT可以比现有无线技术提高50-100倍的接入数；⏹高覆盖：NB-IoT室内覆盖能力强，比LTE提升20dB增益，相当于提升了100倍覆盖区域能力；⏹低功耗：低功耗特性是物联网应用一项重要指标，特别对于一些不能经常更换电池的设备和场合；⏹低成本：与LoRa相比，NB-IoT无需重新建网，射频和天线基本上都是复用的；WH-NB73-BA功能特点⏹多频段：支持B1 B2 B3 B5 B8 B20 B28等频段，覆盖多家运营商；⏹内外置天线/SIM卡可选；⏹支持2路TCP/UDP简单透传模式；⏹支持6路TCP/UDP指令传输模式；⏹支持CoAP通信模式；⏹支持注册包功能；⏹支持串口和网络心跳包功能；⏹支持超低功耗模式；⏹支持3GPP标准指令集；⏹支持稳恒扩展指令集；⏹支持接入OneNET平台；⏹超小的封装尺寸，方便嵌入；目录WH-NB73-BA说明书 (1)引言 (4)1. 产品简介 (5)1.1. 产品简介 (5)1.2. 产品软件选型 (5)1.3. 关于NB-IoT网络 (5)1.4. 关于低功耗机制 (6)1.5. 基本参数 (6)1.6. 有人透传云 (7)2. 快速入门 (9)3. 工作模式 (15)3.1. 网络附着 (16)3.2. CMD指令模式 (16)3.2.1. 指令UDP功能 (16)3.2.2. 指令TCP功能 (17)3.2.3. 指令COAP功能 (19)3.3. CoAP透传模式 (20)3.4. NET简单透传模式 (21)3.5. OneNET模式 (22)3.5.1. OneNET简介 (22)3.5.2. 应用案例 (23)4. 扩展功能 (26)4.1. 心跳包 (26)4.2. 注册包 (26)5. 串口 (28)5.1. 基本参数 (28)5.2. 成帧机制 (28)5.2.1. 时间触发模式 (28)5.2.2. 长度触发模式 (29)6. 参数设置 (30)6.1. AT指令配置 (30)6.1.1. 如何进入AT指令模式 (30)6.1.2. 如何退出AT指令模式 (31)6.2. 透传模式下的AT指令 (31)3. AT指令集 (34)4. 联系方式 (37)5. 免责声明 (38)6. 更新历史 (39)引言本文主要介绍WH-NB73-BA的产品特点和分类以及基本功能。
Turck BL67-PG-EN-V3 产品说明说明书
T 11:51:27+01:00Type designation BL67-PG-EN-V3Ident-No.6827394Supply voltage24 VDCSystem power supply 24 VDC / 5 VDC Field supply24 VDCAdmissible range18…30 VDC Nominal current from module bus ð 100 mAMax. sensor supply I 4 A short circuit fuse max. load current I 10 A Max. field supply current 10 A Max. system supply current 1.2 AVoltage supply connection 5-pin male 7/8" connectorFieldbus transmission rate 10/100 Mbps, Full/Half Duplex, Auto Negotiation,Auto CrossingFieldbus addressingRotary switch, PGM, DHCP Fieldbus connection technology 2 x M12, 4-pin, D-codedPLC data ProgrammingCODESYS V.3Released for CODESYS version V 3.5.8.10Programming languages IEC 61131-3 (IL, LD, FBD, SFC, ST)Application tasks5Programming interface Ethernet, USB Processor ARM, 32 bitCycle time< 1 ms for 1000 IL commands (without I/O cycle)Real time clock yesProgram memory 1024 kByte Data memory 512 kByte Input data 4 kByte Output data4 kByte Non-volatile memory 16 kByteWeb server192.168.1.254 (default)Service interfaceEthernet, mini USBModbus TCP AddressingStatic IP , DHCPSupported function codes FC1, FC2, FC3, FC4, FC5, FC6, FC15, FC16, FC23Input Data Sizemax. 1024 register Input register start address 0 (0x0000 hex)Output Data Sizemax. 1024 register Output register start address 0 (0x0000 hex)Functional principleThe programmable BL67 gateways can be used as autonomous PLCs or as decentral PLCs in a network interconnection for a fast preprocessing of signals.BL67 gateways are the head component of a BL67 station. The BL67 electronic modules communicate over the internal module bus with the gateway and can be configured inde-pendently of the bus system.T 11:51:27+01:00PROFINET AddressingDCP Conformance class B (RT)MinCycleTime 1 msDiagnosticsacc. to PROFINET alarm handling Topology detection supported Automatic addressingsupported Media Redundancy Protocol (MRP)not supported Input Data Size max. 512 BYTE Output Data Sizemax. 512 BYTE Dimensions (W x L x H)74 x 145 x 77.5mm ApprovalsCEOperating temperature -40…+70 °CTemperature derating> 55 °C Circulating air (Ventilation)Derating: Max. power consumption = 5 A > 55 °C Steady ambient air Derating: Max. power consumption = 5 A Storage temperature -40…+85 °CRelative humidity15 to 95 % (internal), Level RH-2, no condensation (at 45 °C storage)Vibration testacc. to EN 61131- up to 5 g (at 10 to 150 Hz)for mounting on DIN rail no drilling according to EN 60715, with end bracket- up to 20 g (at 10 up to 150 Hz)for mounting on base plate or machinery Therefore every second module has to be mounted with two screws each.Shock testacc. to IEC 68-2-27Drop and toppleacc. to IEC 68-2-31 and free fall to IEC 68-2-32Electromagnetic compatibility acc. to EN 61131-2Protection class IP67MTTF116 years acc. to SN 29500 (Ed. 99) 20 °C DIN rail mounting yes, Attention: OffsetDirect mounting Two mounting holes, 6 mm ØIncluded in delivery1 x end plate BL67T 11:51:27+01:00EthernetThe M12-D coded Ethernet ports are used as interface for pro-gramming, configuration and fieldbus communication. The gate-way can be operated as a slave at PLCs or PC based systems with PROFINET, EtherNet/IP™ or Modbus TCP master as well as with a driver software.Ethernet Cable (Example):M12 - M12: RSSD-RSSD-441-2M/S2174 (ident no. 6914218)M12 – RJ45: RSSD-RSSD-441-2M/S2174 (ident no. 6915781)Pin AssignmentPower SupplyDouble-tuned power supply of the BL67 system.System power supply V V is for the internal system supply at the backplane bus(V ) and for the 4A short-circuit limited sensor supply (V ).Load voltage V V for output supply, limited to max.10A.Power Cable (Example):7/8“ – 7/8“: RKM52-2-RSM52 (Ident no. 6914150)7/8“ – open: RKM52-2M (Ident no. 6604711)Pin AssignmentPower supplyUSB Host PortStorage media can be connected to the USB host port, please ob-serve the instructions in the user manual.Pin AssignmentUSB Device PortThe USB device port can be used as a programming and service interface.Pin AssignmentT 11:51:27+01:00LED display LED ColorStatus MeaningIOOFF No or too low power supplyRED ONHardware failure, the firmware is not runningRED FLASHING (1Hz)Incorrect module configuration, actual module configuration does not match the projected configurationRED FLASHING (4 Hz)No communication to the local I/Os (backplane bus)RED/GREEN FLASHING Actual module configuration differs from the configured, but can be runGREEN ONModule bus without errors, actual station configuration matches the configuredGREENFLASHING (1Hz)DTM force mode active GWOFFNo or too low power supply RED FLASHING (1Hz)Wink command GREENON Gateway without error BUSOFF No or too low power supplyRED ON IP-address conflict or Restore Mode / F_Reset ModeRED/GREEN FLASHING Autonegotiation and/or DHCP/ BootP waiting for assignment of IP addressGREEN ON Connection established to PLC GREENFLASHING Ready ERROFF No diagnosisREDON Diagnosis of the gateway or an I/O module RUNOFF No or too low power supply RED ON PLC program stopped RED FLASHING No PLC program available GREENONPLC program runningAPPL RED/GREENThis LED is controlled user-defined from the CODESYS program LNK1/LNK2OFF No Ethernet link YELLOW ON Ethernet Link (10 Mbps)YELLOW FLASHING Ethernet communication (10 Mbps)GREEN ON Ethernet Link (100 Mbps)GREENFLASHING Ethernet communication (100 Mbps) VI/VOOFF No or too low power supply GREEN ONVI and VO are applied GREEN FLASHING (1Hz)VI voltage too low GREEN FLASHING (4Hz)VO voltage too low RED ONOvercurrent IsensT 11:51:27+01:00Function accessoriesType codeIdent-No.DescriptionDimension drawingBL67-LABEL,DIN-A4-50PCS6827196Labels for electronic modules and gateways, DIN A5 sheets,perforated, laser printing, 50 pcs.。