AMS3106AM1-ADJ中文资料

内容 《LM小型可编程控制器硬件手册》是和利时公司对LM系列PLC产品从特性、技术规格等方 面进行详细介绍的技术手册，包含了LM小型PLC所有的硬件信息。
第1章从硬件体系结构、编程软件、快速应用等各个方面对LM小型PLC作了概述性介绍。
第2、3章主要针对CPU模块、扩展模块的技术规格、端子定义与接线示意图及等效电路进行 了详细阐述。
目录
第 1 章 概述 .......................................................................................................... 1
1.1 概述................................................................................................................................................... 1 1.2 硬件体系结构................................................................................................................................... 1
本手册仅供商业用户阅读、查询，在未得到北京和利时系统工程股份有限公司特别授权的 情况下，无论出于何种原因和目的，均不得用任何电子或机械方法，以任何形式复制和传递本 手册的内容。否则本公司将依法追究法律责任。
我们已核对本手册中的内容、图表与所述硬件设备相符，但误差难以避免，并不能保证完 全一致，还恳请广大用户批评指正。同时，我们会定期对手册的内容、图表进行检查、修改和 维护，恕不另行通知。

Totalizers mechanicS u b j e c t t o m o d i fi c a t i o n i n t e c h n i c a n d d e s i g n . E r r o r s a n d o m i s s i o n s e x c e p t e d .008M 310.A - PTB Meter counter FeaturesPTB Meter counter, small –Adding –Display 5-digits –Reset by lever–M 310.ATechnical data - mechanical design Function PTB Meter counter DisplayWhite numbers on black Decimal digits in red Number of digits 5-digits Digit height 4.5 mmResetManual by reset lever.Do not let snap or make jerky movements.PTB approval 1.3 / 90.02Count modeAdding in a rotational direction to be indicated, subtracting in reverse direction.5 revolutions = 100 counts Drive shaft Both sides, ø4 mm Measuring speed <60 m/minMeasuring precision 1 cm Measuring range 999.99 m/cm Operating temperature 0...+60 °CHousing type Surface mount housing with mounting plate Housing colour GreyDimensions W x H x L 69 x 48 x 28 mmDimensions mounting plate 80 x 48 mmMounting Base plate, 6 long mounting holes Weight approx.130 gMaterialsHousing: Hostaform POM, grey Base blate: Steel zinc-coatedMeter counters PTB approvedDisplay 5 digits, manual reset by leverMeter counter M 310.A is calibrated by the German Phys-ical-Technical Institute (PTB) and approved for calibrated measuring systems. However, our customers must apply for calibration of the whole measuring system at the corre-sponding calibration authorities.DescriptionTotalizers mechanicS u b j e c t t o m o d i fi c a t i o n i n t e c h n i c a n d d e s i g n . E r r o r s a n d o m i s s i o n s e x c e p t e d .008M 310.APart number M 310.A0Display / direction of rotation15-digits 999.99 m, 5 revolutions= 100 digits / direction I25-digits 999.99 m, 5 revolutions= 100 digits / direction IIMeter counters PTB approvedDisplay 5 digits, manual reset by leverAway from user Towards userSense of rotation I Sense of rotation IIDirection of strokes and rotationDimensionsAccessoriesMeasuring wheels (page %S)MR211.04A Circumf. 20 cm, knurled aluminium MR241.04D Circumf. 20 cm, smooth Hytrel TPE-E MR261.04A Circumf. 20 cm, knopped rubber NBR Nitril MR291.04D Circumf. 20 cm, grooved Hytrel TPE-E。

BurrĆBrown Productsfrom TexasInstrumentsFEATURESAPPLICATIONSDESCRIPTIONTLV320AIC3106SLAS509A–DECEMBER2006–REVISED APRIL2007 LOW POWER STEREO AUDIO CODEC FOR PORTABLE AUDIO/TELEPHONY•Power Supplies:•Stereo Audio DAC–Analog:2.7V–3.6V.–102-dBA Signal-to-Noise Ratio–Digital Core:1.525V–1.95V–16/20/24/32-Bit Data–Digital I/O:1.1V–3.6V–Supports Rates From8kHz to96kHz•Packages:5×5mm80-VFBGA;7×7mm48-QFN(Future Product)–3D/Bass/Treble/EQ/De-Emphasis Effects–Flexible Power Saving Modes andPerformance are Available•Digital Cameras•Stereo Audio ADC•Smart Cellular Phones–92-dBA Signal-to-Noise Ratio–Supports Rates From8kHz to96kHz–Digital Signal Processing and NoiseThe TLV320AIC3106is a low power stereo audio Filtering Available During Record codec with stereo headphone amplifier,as well as•Ten Audio Input Pins multiple inputs and outputs programmable insingle-ended or fully differential configurations.–Programmable in Single-Ended or FullyExtensive register-based power control is included, Differential Configurationsenabling stereo48-kHz DAC playback as low as15–3-State Capability for Floating Input mW from a3.3-V analog supply,making it ideal for Configurations portable battery-powered audio and telephonyapplications.•Seven Audio Output Drivers–Stereo Fully Differential or Single-Ended The record path of the TLV320AIC3106contains Headphone Drivers integrated microphone bias,digitally controlled stereomicrophone preamplifier,and automatic gain control –Fully Differential Stereo Line Outputs(AGC),with mix/mux capability among the multiple –Fully Differential Mono Outputanalog inputs.Programmable filters are available •Low Power:15-mW Stereo48-kHz Playback during record which can remove audible noise that With3.3-V Analog Supply can occur during optical zooming in digital cameras.The playback path includes mix/mux capability from •Ultra-Low Power Mode with Passive Analogthe stereo DAC and selected inputs,through Bypassprogrammable volume controls,to the various •Programmable Input/Output Analog Gains outputs.•Automatic Gain Control(AGC)for RecordThe TLV320AIC3106contains four high-power •Programmable Microphone Bias Level output drivers as well as three fully differential output •Programmable PLL for Flexible Clock drivers.The high-power output drivers are capable ofdriving a variety of load configurations,including up Generationto four channels of single-ended16-Ωheadphones •Control Bus Selectable SPI or I2Cusing ac-coupling capacitors,or stereo16-Ω•Audio Serial Data Bus Supports I2S,headphones in a capacitorless output configuration.Left/Right-Justified,DSP,and TDM Modes•Alternate Serial PCM/I2S Data Bus for EasyConnection to Bluetooth™Module•Concurrent Digital Microphone and AnalogMicrophone Support Available•Extensive Modular Power ControlPlease 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.MicroStar Junior is a trademark of Texas Instruments.Bluetooth is a trademark of Bluetooth SIG,Inc.UNLESS OTHERWISE NOTED this document contains Copyright©2006–2007,Texas Instruments Incorporated PRODUCTION DATA information current as of publication date.Products conform to specifications per the terms of TexasInstruments standard warranty.Production processing does notnecessarily include testing of all parameters. TLV320AIC3106SLAS509A–DECEMBER2006–REVISED APRIL2007These devices have limited built-in ESD protection.The leads should be shorted together or the device placed in conductive foam during storage or handling to prevent electrostatic damage to the MOS gates.The stereo audio DAC supports sampling rates from8kHz to96kHz and includes programmable digital filtering in the DAC path for3D,bass,treble,midrange effects,speaker equalization,and de-emphasis for32-kHz, 44.1-kHz,and48-kHz rates.The stereo audio ADC supports sampling rates from8kHz to96kHz and is preceded by programmable gain amplifiers or AGC that can provide up to59.5-dB analog gain for low-level microphone inputs.The TLV320AIC3106provides an extremely high range of programmability for both attack (8-1,408ms)and for decay(0.05-22.4seconds).This extended AGC range allows the AGC to be tuned for many types of applications.For battery saving applications where neither analog nor digital signal processing are required,the device can be put in a special analog signal passthru mode.This mode significantly reduces power consumption,as most of the device is powered down during this pass through operation.The serial control bus supports SPI or I2C protocols,while the serial audio data bus is programmable for I2S, left/right-justified,DSP,or TDM modes.A highly programmable PLL is included for flexible clock generation and support for all standard audio rates from a wide range of available MCLKs,varying from512kHz to50MHz, with special attention paid to the most popular cases of12-MHz,13-MHz,16-MHz,19.2-MHz,and19.68-MHz system clocks.The TLV320AIC3106operates from an analog supply of2.7V–3.6V,a digital core supply of1.525V–1.95V, and a digital I/O supply of1.1V–3.6V.The device is available in the5×5-mm,80-ball MicroStar Junior™BGA package and in the future a7×7-mm,48-lead QFN package.2Submit Documentation FeedbackSIMPLIFIED BLOCK DIAGRAMMIC3L / LINE3LHPRCOMHPLCOMD I N O U TC L KC L KHPROUTMIC3R / LINE3RMONO_LOP MONO_LOMMIC2RM / LINE2RMMIC2RP / LINE2RP MIC1RM / LINE1RMMIC1RP / LINE1RP MIC2LM / LINE2LMMIC2LP / LINE2LP MIC1LM / LINE1LMMIC1LP / LINE1LP TLV320AIC3106SLAS509A–DECEMBER 2006–REVISED APRIL 2007PACKAGING/ORDERING INFORMATION (1)PACKAGE OPERATING ORDERING TRANSPORT PRODUCTPACKAGEDESIGNATORTEMPERATURENUMBER MEDIA,QUANTITYRANGETLV320AIC3106IZQE Trays,360ZQETLV320AIC3106IZQERTape and Reel,3000BGA-80N/A Trays,360GQE (Future TLV320AIC3106–40°C to 85°CProduct)N/A Tape and Reel,3000N/A Tape and Reel,250RGZ (Future QFN-48Product)N/ATape and Reel,2000(1)For the most current package and ordering information,see the Package Option Addendum at the end of this document,or see the TI website at .3Submit Documentation FeedbackPINASSIGNMENTSABC D E F G H J 48−lead QFN Package - Future Product(Bottom view)5x5mm 80−Ball BGA Package(Bottom View)4 811 21 32 43 63 7(Not to scale)TLV320AIC3106SLAS509A–DECEMBER 2006–REVISED APRIL 2007Connect QFN thermal pad to DRVSS.The shaded balls on BGA package are not connected to the die,but are electrically connected to each other.TERMINAL FUNCTIONSTERMINALDESCRIPTIONBGA BALLQFN NAME A213MICBIAS Microphone Bias Voltage Output A114MIC3R MIC3Input (Right or Multifunction)C2,D215AVSS_ADC Analog ADC Ground Supply,0VB1,C116,17DRVDD ADC Analog and Output Driver Voltage Supply,2.7V –3.6V D118HPLOUT High-Power Output Driver (Left +)E119HPLCOM High-Power Output Driver (Left –or Multifunctional)E2,F220,21DRVSS Analog Output Driver Ground Supply,0VF122HPRCOM High-Power Output Driver (Right –or Multifunctional)G123HPROUT High-Power Output Driver (Right +)H124DRVDD ADC Analog and Output Driver Voltage Supply,2.7V–3.6V J125AVDD_DAC Analog DAC Voltage Supply,2.7V–3.6V G2,H226AVSS_DAC Analog DAC Ground Supply,0V J227MONO_LOP Mono Line Output (+)J328MONO_LOM Mono Line Output (–)J429LEFT_LOP Left Line Output (+)J530LEFT_LOM Left Line Output (–)J631RIGHT_LOP Right Line Output (+)J732RIGHT_LOM Right Line Output (–)H833RESET ResetGeneral-Purpose Input/Output #2(Input/Output)/Digital Microphone Data Input/PLL Clock J834GPIO2Input/Audio Serial Data Bus Bit Clock Input/Output4Submit Documentation FeedbackTLV320AIC3106SLAS509A–DECEMBER2006–REVISED APRIL2007 TERMINAL FUNCTIONS(continued)TERMINALDESCRIPTIONBGA BALL QFN NAMEGeneral-Purpose Input/Output#1(Input/Output)/PLL/Clock Mux Output/Short Circuit Interrupt J935GPIO1/AGC Noise Flag/Digital Microphone Clock Audio Serial Data Bus Word Clock Input/Output H936DVDD Digital Core Voltage Supply,1.525V–1.95VG837MCLK Master Clock InputG938BCLK Audio Serial Data Bus Bit Clock(Input/Output)F939WCLK Audio Serial Data Bus Word Clock(Input/Output)E940DIN Audio Serial Data Bus Data Input(Input)F841DOUT Audio Serial Data Bus Data Output(Output)D942DVSS Digital Core/I/O Ground Supply,0VE843SELECT Control Mode Select Pin(1=SPI,0=I2C)C944IOVDD I/O Voltage Supply,1.1V–3.6VB845MFP0Multifunction pin#0–SPI Chip Select/GPI/I2C Address Pin#0B946MFP1Multifunction pin#1–SPI Serial Clock/GPI/I2C Address Pin#1SA847MFP2Multifunction pin#2–SPI MISO Slave Serial Data Output/GPOIA948MFP3Multifunction pin#3–SPI MOSI Slave Serial Data Input/GPI/Audio Serial Data Bus Data Input C81SCL I2C Serial Clock/GPIOD82SDA I2C Serial Data Input/Output/GPIOA7–NC No ConnectA63LINE1LP MIC1or Line1Analog Input(Left+or Multifunction)A54LINE1LM MIC1or Line1Analog Input(Left–or Multifunction)B75LINE1RP MIC1or Line1Analog Input(Right+or Multifunction)B66LINE1RM MIC1or Line1Analog Input(Right–or Multifunction)A47LINE2LP MIC2or Line2Analog Input(Left+or Multifunction)B58LINE2LM MIC2or Line2Analog Input(Left–or Multifunction)B49LINE2RP MIC2or Line2Analog Input(Right+or Multifunction)A310LINE2RM MIC2or Line2Analog Input(Right–or Multifunction)B311MIC3L MIC3Input(Left or Multifunction)B212MICDET Microphone DetectC4-C7,D3-D7,E3-E7,–NC Do not connect.F3-F7,G3-G7,H3-H75Submit Documentation FeedbackABSOLUTE MAXIMUM RATINGSDISSIPATION RATINGS (1)RECOMMENDED OPERATING CONDITIONSTLV320AIC3106SLAS509A–DECEMBER 2006–REVISED APRIL 2007over operating free-air temperature range (unless otherwise noted)(1)(2)VALUEUNIT AVDD_DAC to AVSS_DAC,DRVDD to DRVSS,AVSS_ADC –0.3to 3.9V AVDD to DRVSS –0.3to 3.9V IOVDD to DVSS –0.3to 3.9V DVDD to DVSS –0.3to 2.5V AVDD_DAC to DRVDD –0.1to 0.1V Digital input voltage to DVSS –0.3to IOVDD +0.3V Analog input voltage to AVSS_ADC –0.3to AVDD +0.3V Operating temperature range -40to +85°C Storage temperature range-65to +105°C T J MaxJunction temperature 105°CPower dissipation(T J Max –T A )/θJAThermal impedance ,BGA package 63°C/W θJA Thermal impedance,QFN package—°C/W (1)Stresses beyond those listed under absolute maximum ratings may cause permanent damage to the device.These are stress ratings only,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)ESD complicance tested to EIA/JESD22-A114-B and passed.T A =25°C DERATING T A =75°C T A =85°C PACKAGE TYPEPOWER RATINGFACTOR POWER RATINGPOWER RATINGBGA 1.27W 15.9mW/°C476mW 317mW QFN————(1)This data was taken using 2oz.trace and copper pad that is soldered directly to a JEDEC standard 4-layer 3in ×3in PCB.over operating free-air temperature range (unless otherwise noted)MINNOM MAX UNIT AVDD_DAC,Analog supply voltage 2.7 3.3 3.6V DRVDD (1)DVDD (1)Digital core supply voltage 1.525 1.8 1.95V IOVDD (1)Digital I/O supply voltage1.11.8 3.6V V IAnalog full-scale 0-dB input voltage (DRVDD1=3.3V)0.707V RMS Stereo line output load resistance 10k ΩStereo headphone output load resistance 16ΩDigital output load capacitance10pF T A Operating free-air temperature–4085°C(1)Analog voltage values are with respect to AVSS_ADC,AVSS_DAC,DRVSS;digital voltage values are with respect to DVSS.6Submit Documentation FeedbackELECTRICAL CHARACTERISTICSTLV320AIC3106 SLAS509A–DECEMBER2006–REVISED APRIL2007At25°C,AVDD_DAC,DRVDD,IOVDD=3.3V,DVDD=1.8V,Fs=48-kHz,16-bit audio data(unless otherwise noted) PARAMETER TEST CONDITIONS MIN TYP MAX UNITAUDIO ADCInput signal level(0-dB)Single-ended input0.707V RMSSignal-to-noise ratio,Fs=48ksps,0dB PGA gain,Inputs ac-shorted to ground8092dB A-weighted(1)(2)Dynamic range(2)Fs=48ksps,0-dB PGA gain,–60dB full-scale input signal91dBFs=48ksps,0-dB PGA gain,–2dB full-scale1kHz inputTHD Total harmonic distortion–88–70dBsignal217Hz signal applied to DRVDD49 Power supply rejection ratio dB1kHz signal applied to DRVDD46Fs=48ksps,0-dB PGA gain,–2dB full-scale1kHz inputGain error0.84dBsignal1kHz,-2dB Full-scale signal,MIC3L to MIC3R-86Input channel separation1kHz,-2dB Full-scale signal,MIC2L to MIC2R-98dB1kHz,-2dB Full-scale signal,MIC1L to MIC1R-75ADC programmable gain1-kHz input tone59.5dB amplifier maximum gainADC programmable gain0.5dBamplifier step sizeMIC1L/MIC1R inputs routed to single ADC20Input mix attenuation=0dBMIC1L/MIC1R inputs routed to single ADC,input mix80attenuation=12dBMIC2L/MIC2R inputs routed to single ADC20Input mix attenuation=0dBInput resistance kΩMIC2L/MIC2R inputs routed to single ADC,input mix80attenuation=12dBMIC3L/MIC3R inputs routed to single ADC20Input mix attenuation=0dBMIC3L/MIC3R inputs routed to single ADC,input mix80attenuation=12dBInput level control minimum0dB attenuation settingInput level control maximum12dB attenuation settingInput signal level Differential Input 1.414V RMSSignal-to-noise ratio,Fs=48ksps,0dB PGA gain,Inputs ac-shorted to ground,92dB A-weighted(1)(2)Differential ModeFs=48ksps,0-dB PGA gain,–2dB full-scale1kHz inputTHD Total harmonic distortion–91dBsignal,Differential ModeANALOG PASS THROUGH MODEMIC1/LINE1to LINE_OUT330 Input to output switch resistance,Ω(rds ON)MIC2/LINE2to LINE_OUT330ADC DIGITAL DECIMATION FILTER,Fs=48kHzFilter gain from0to0.39Fs±0.1dBFilter gain at0.4125Fs–0.25dBFilter gain at0.45Fs–3dBFilter gain at0.5Fs–17.5dBFilter gain from0.55Fs to64Fs–75dBFilter group delay17/Fs s(1)Ratio of output level with1-kHz full-scale sine-wave input,to the output level with the inputs short circuited,measured A-weighted over a20-Hz to20-kHz bandwidth using an audio analyzer.(2)All performance measurements done with20-kHz low-pass filter and,where noted,A-weighted filter.Failure to use such a filter mayresult in higher THD+N and lower SNR and dynamic range readings than shown in the Electrical Characteristics.The low-pass filter removes out-of-band noise,which,although not audible,may affect dynamic specification values.7Submit Documentation FeedbackTLV320AIC3106SLAS509A–DECEMBER 2006–REVISED APRIL 2007ELECTRICAL CHARACTERISTICS (continued)At 25°C,AVDD_DAC,DRVDD,IOVDD =3.3V,DVDD =1.8V,Fs =48-kHz,16-bit audio data (unless otherwise noted)PARAMETERTEST CONDITIONSMINTYPMAXUNITMICROPHONE BIASProgrammable setting =2.02.0Bias voltage Programmable setting =2.5 2.32.5 2.7VProgrammable setting =DRVDD DRVDDCurrent sourcingProgrammable setting =2.5V4mAAUDIO DAC –Differential Line output,load =10k Ω0-dB Input full-scale signal,output volume control =0-dB,Full-scale output voltage 1.414V RMS Output common mode setting =1.35VSignal-to-noise ratio,No input signal,output volume control =0-dB,Output 90102dB A-weighted (3)common mode setting =1.35V,Fs =48kHz–60dB 1kHz input full-scale signal,output volume control =Dynamic range,A-weighted 99dB 0-dB,Output common mode setting =1.35V,Fs =48kHz 0dB 1kHz input full-scale signal,output volume control =Total harmonic distortion –94–75dB 0-dB,Output common mode setting =1.35V,Fs =48kHz 217Hz Signal applied to DRVDD,AVDD_DAC 77Power supply rejection ratio dB 1kHz Signal applied to DRVDD,AVDD_DAC73DAC channel separation 0-dB Full-scale input signal between left and right Lineout 123dB 0dB 1kHz input full-scale signal,output volume control =DAC Gain Error–0.4dB0-dB,Output common mode setting =1.35V,Fs =48kHz AUDIO DAC -SINGLE ENDED LINE OUTPUT,Load =10k Ω0-dB Input full-scale signal,output volume control =0-dB,Full-scale output voltage 0.707Vrms Output common mode setting =1.35VNo input signal,output volume control =0-dB,Output Signal-to-noise ratio,A-weighted 97dB common mode setting =1.35V,Fs =48kHz0dB 1kHz input full-scale signal,output volume control =Total harmonic distortion 84dB 0-dB,Output common mode setting =1.35V,Fs =48kHz 0dB 1kHz input full-scale signal,output volume control =DAC Gain Error0.55dB0-dB,Output common mode setting =1.35V,Fs =48kHz AUDIO DAC -SINGLE ENDED HEADPHONE OUTPUT,Load =16k Ω0-dB Input full-scale signal,output volume control =0-dB,Full-scale output voltage0.707Vrms Output common mode setting =1.35VNo input signal,output volume control =0-dB,Output 95dB common mode setting =1.35V,Fs =48kHzSignal-to-noise ratio,A-weightedNo input signal,output volume control =0-dB,Output common mode setting =1.35V,Fs =48kHz,50%DAC 96dB Current Boost Mode–60dB 1kHz input full-scale signal,output volume control =Dynamic range,A-weighted 92dB 0-dB,Output common mode setting =1.35V,Fs =48kHz 0dB 1kHz input full-scale signal,output volume control =Total harmonic distortion -80-65dB 0-dB,Output common mode setting =1.35V,Fs =48kHz 217Hz Signal applied to DRVDD,AVDD_DAC 41Power supply rejection ratio dB 1kHz Signal applied to DRVDD,AVDD_DAC44DAC channel separation 0-dB Full-scale input signal between left and right Lineout 84dB 0dB 1kHz input full-scale signal,output volume control =DAC Gain Error-0.5dB0-dB,Output common mode setting =1.35V,Fs =48kHz AUDIO DAC -LINEOUT AND HEADPHONE OUT DRIVERSFirst option1.35Second option 1.5Output common modeVThird option 1.65Fourth option1.8Output volume control max 9dB settingOutput volume control step size1dB (3)Unless otherwise noted,all measurements use output common-mode voltage setting of 1.35V,0-dB output level control gain,16-Ωsingle-ended load.8Submit Documentation FeedbackTLV320AIC3106 SLAS509A–DECEMBER2006–REVISED APRIL2007ELECTRICAL CHARACTERISTICS(continued)At25°C,AVDD_DAC,DRVDD,IOVDD=3.3V,DVDD=1.8V,Fs=48-kHz,16-bit audio data(unless otherwise noted) PARAMETER TEST CONDITIONS MIN TYP MAX UNIT DAC DIGITAL INTERPOLATION–FILTER Fs=48-kspsPassband00.45×Fs Hz Passband ripple±0.06dB Transition band0.45×Fs0.55×Fs Hz Stopband0.55×Fs7.5×Fs Hz Stopband attenuation65dB Group delay21/Fs s DIGITAL I/O0.3×V IL Input low level–0.3VIOVDD0.7×IOVDD>1.6VIOVDDV IH Input high level(4)VIOVDD<1.6V 1.10.1×V OL Output low level VIOVDD0.8×V OH Output high level VIOVDDPOWER CONSUMPTION,DRVDD,AVDD_DAC=3.3V,DVDD=1.8V,IOVDD=3.3VIDRVDD+IAVDD_DAC0.1RESET Held lowµAIDVDD0.2IDRVDD+IAVDD_DAC 2.1Mono ADC record,Fs=8ksps,mAI2S Slave,AGC Off,No signalIDVDD0.5IDRVDD+IAVDD_DAC 4.1Stereo ADC record,Fs=8ksps,mAI2S Slave,AGC Off,No signalIDVDD0.6IDRVDD+IAVDD_DAC Stereo ADC record,Fs=48 4.3ksps,I2S Slave,AGC Off,No mAIDVDD 2.5signalIDRVDD+IAVDD_DAC Stereo DAC Playback to Lineout, 3.5Analog mixer bypassed Fs=48mAIDVDD 2.3ksps,I2S SlaveIDRVDD+IAVDD_DAC Stereo DAC Playback to Lineout, 4.9Fs=48ksps,I2S Slave,No mAIDVDD 2.3signalIDRVDD+IAVDD_DAC Stereo DAC Playback to stereo 6.7single-ended headphone,Fs=48mAIDVDD 2.3ksps,I2S Slave,No signalIDRVDD+IAVDD_DAC 3.1Stereo LINEIN to stereomALINEOUT,No signalIDVDD0IDRVDD+IAVDD_DAC 1.4Extra power when PLL enabled mAIDVDD0.9IDRVDD+IAVDD_DAC28All blocks powered down,µAHeadset detedtion enabledIDVDD2(4)When IOVDD<1.6V,minimum VIH is1.1V.9Submit Documentation FeedbackAUDIO DATA SERIAL INTERFACE TIMINGDIAGRAMWCLKTIMING CHARACTERISTICS(1)TLV320AIC3106SLAS509A–DECEMBER 2006–REVISED APRIL 2007Figure 1.I 2S/LJF/RJF Timing in Master ModeAll specifications typical at 25°C,DVDD =1.8VIOVDD =1.1V IOVDD =3.3V PARAMETERUNIT MINMAX MINMAX t d (WS)ADWS/WCLK delay time5015ns t d (DO-WS)ADWS/WCLK to DOUT delay time 5020ns t d (DO-BCLK)BCLK to DOUT delay time 5015ns t s (DI)DIN setup time 106ns t h (DI)DIN hold time 106ns t r Rise time 3010ns t f Fall time3010ns(1)All timing specifications are measured at characterization but not tested at final test.Figure 2.DSP Timing in Master Mode10Submit Documentation FeedbackTIMING CHARACTERISTICS (1)SLAS509A–DECEMBER 2006–REVISED APRIL 2007All specifications typical at 25°C,DVDD =1.8VIOVDD =1.1V IOVDD =3.3V PARAMETERUNIT MINMAX MINMAX t d (WS)ADWS/WCLK delay time 5015ns t d (DO-BCLK)BCLK to DOUT delay time 5015ns t s (DI)DIN setup time 106ns t h (DI)DIN hold time 106ns t r Rise time 3010ns t f Fall time3010ns(1)All timing specifications are measured at characterization but not tested at final test.Figure 3.I 2S/LJF/RJF Timing in Slave ModeTIMING CHARACTERISTICS (1)(DI)TIMING CHARACTERISTICS (1)SLAS509A–DECEMBER 2006–REVISED APRIL 2007All specifications typical at 25°C,DVDD =1.8VIOVDD =1.1V IOVDD =3.3V PARAMETERUNIT MIN MAXMIN MAXt H (BCLK)BCLK high period 7035ns t L (BCLK)BCLK low period 7035ns t s (WS)ADWS/WCLK setup time 106ns t h (WS)ADWS/WCLK hold time106ns t d (DO-WS)ADWS/WCLK to DOUT delay time (for LJF Mode only)3525ns t d (DO-BCLK)BCLK to DOUT delay time 5020ns t s (DI)DIN setup time 106ns t h (DI)DIN hold time 106ns t r Rise time 84ns t f Fall time84ns(1)All timing specifications are measured at characterization but not tested at final test.Figure 4.DSP Timing in Slave ModeAll specifications typical at 25°C,DVDD =1.8VIOVDD =1.1V IOVDD =3.3V PARAMETERUNIT MIN MAXMIN MAXt H (BCLK)BCLK high period 7035ns t L (BCLK)BCLK low period 7035ns t s (WS)ADWS/WCLK setup time 108ns t h (WS)ADWS/WCLK hold time 108ns t d (DO-BCLK)BCLK to DOUT delay time5020ns t s (DI)DIN setup time 106ns t h (DI)DIN hold time 106ns t r Rise time 84ns t f Fall time84ns(1)All timing specifications are measured at characterization but not tested at final test.TYPICAL CHARACTERISTICS-40020406080100Headphone Out Power - mW T H D - T o t a l H a r m o n i c D i s t o r t i o n - d B51015202530354045ADC, PGA - Setting - dBS N R - S i g n a l -T o -N o i s e - d B1.522.533.54-60-40-20020406080100T - Free-Air Temperature - °CA M I CB I A S V O L T A G E - V1.522.533.542.72.93.1 3.3 3.5V - Supply Voltage - VDD M I C B I A S - VV O L T A G E SLAS509A–DECEMBER 2006–REVISED APRIL 2007TOTAL HARMONIC DISTORTIONSIGNAL-TO-NOISE RATIOvsvsHEADPHONE OUT POWERADC PGA SETTINGFigure 5.Figure 6.MICBIAS VOLTAGEMICBIAS VOLTAGEvsvsSUPPLY VOLTAGEFREE-AIR TEMPERATUREFigure 7.Figure 8.-160-140-120-100-80-60-40-20001234567891011121314151617181920f - Frequency - kHzA m p l i t u d e - dB-160-140-120-100-80-60-40-20001234567891011121314151617181920f - Frequency - kHzA m p l i t u d e - dB-160-140-120-100-80-60-40-20001234567891011121314151617181920f - Frequency - kHzA m p l i t u d e - dBSLAS509A–DECEMBER 2006–REVISED APRIL 2007TYPICAL CHARACTERISTICS (continued)LEFT DAC FFTFigure 9.RIGHT DAC FFTFigure 10.LEFT ADC FFTFigure 11.-160-140-120-100-80-60-40-20001234567891011121314151617181920f - Frequency - kHzA m p l i t u d e - dBSLAS509A–DECEMBER 2006–REVISED APRIL 2007TYPICAL CHARACTERISTICS (continued)RIGHT ADC FFTFigure 12.TYPICAL CIRCUIT CONFIGURATIONµFSLAS509A–DECEMBER 2006–REVISED APRIL 2007TYPICAL CHARACTERISTICS (continued)Figure 13.Typical Connections for Capless Headphone and External Speaker AmpOVERVIEWHARDWARE RESETDIGITAL CONTROL SERIAL INTERFACESPI CONTROLMODERA(6)RA(5)RA(0)D(7)D(6)D(0)7-bit Register AddressWrite8-bit Register DataSSSCLKMOSIMISOHi-ZHi-ZHi-ZHi-ZSLAS509A–DECEMBER 2006–REVISED APRIL 2007The TLV320AIC3106is a highly flexible,low power,stereo audio codec with extensive feature integration,intended for applications in smartphones,PDAs,and portable computing,communication,and entertainment applications.Available in a 5x5mm 80-ball BGA (with 51balls actually used)and 7x7mm 48-lead QFN,the product integrates a host of features to reduce cost,board space,and power consumption in space-constrained,battery-powered,portable applications.The TLV320AIC3106consists of the following blocks:•Stereo audio multi-bit delta-sigma DAC (8kHz–96kHz)•Stereo audio multi-bit delta-sigma ADC (8kHz–96kHz)•Programmable digital audio effects processing (3-D,bass,treble,mid-range,EQ,notch filter,de-emphasis)•Six audio inputs•Four high-power audio output drivers (headphone drive capability)•Three fully differential line output drivers •Fully programmable PLL•Headphone/headset jack detection with interruptCommunication to the TLV320AIC3106for control is pin-selectable (using the SELECT pin)as either SPI or I 2C.The SPI interface requires that the Slave Select signal (MFP0)be driven low to communicate with the TLV320AIC3106.Data is then shifted into or out of the TLV320AIC3106under control of the host microprocessor,which also provides the serial data clock.The I 2C interface supports both standard and fast communication modes,and also enables cascading of up to four multiple codecs on the same I 2C bus through the use of two pins for addressing (MFP0,MFP1).The TLV320AIC3106requires a hardware reset after power-up for proper operation.After all power supplies are at their specified values,the RESET pin must be driven low for at least 10ns.If this reset sequence is not performed,the 'AIC3106may not respond properly to register reads/writes.The TLV320AIC3106control interface supports SPI or I 2C communication protocols,with the protocol selectable using the SELECT pin.For SPI,SELECT should be tied high;for I 2C,SELECT should be tied low.It is not recommended to change the state of SELECT during device operation.Figure 14.SPI WriteRA(6)RA(5)RA(0)Don’t Care7-bit Register AddressRead8-bit Register DataSSSCLKMOSIMISO Hi-ZHi-ZD(7)D(6)D(0)Hi-ZHi-ZSPI COMMUNICATION PROTOCOLSLAS509A–DECEMBER 2006–REVISED APRIL 2007OVERVIEW (continued)Figure 15.SPI ReadIn the SPI control mode,the TLV320AIC3106uses the pins MFP0=SSB,MFP1=SCLK,MFP2=MISO,MFP3=MOSI as a standard SPI port with clock polarity setting of 0(typical microprocessor SPI control bit CPOL =0).The SPI port allows full-duplex,synchronous,serial communication between a host processor (the master)and peripheral devices (slaves).The SPI master (in this case,the host processor)generates the synchronizing clock (driven onto SCLK)and initiates transmissions.The SPI slave devices (such as the TLV320AIC3106)depend on a master to start and synchronize transmissions.A transmission begins when initiated by an SPI master.The byte from the SPI master begins shifting in on the slave MOSI pin under the control of the master serial clock (driven onto SCLK).As the byte shifts in on the MOSI pin,a byte shifts out on the MISO pin to the master shift register.The TLV320AIC3106interface is designed so that with a clock phase bit setting of 1(typical microprocessor SPI control bit CPHA =1),the master begins driving its MOSI pin and the slave begins driving its MISO pin on the first serial clock edge.The SSB pin can remain low between transmissions;however,the TLV320AIC3106only interprets the first 8bits transmitted after the falling edge of SSB as a command byte,and the next 8bits as a data byte only if writing to a register.Reserved register bits should be written to their default values.The TLV320AIC3106is entirely controlled by registers.Reading and writing these registers is accomplished by the use of an 8-bit command,which is sent to the MOSI pin of the part prior to the data for that register.The command is constructed as shown in Table X.The first 7bits specify the register address which is being written or read,from 0to 127(decimal).The command word ends with an R/W bit,which specifies the direction of data flow on the serial bus.In the case of a register write,the R/W bit should be set to 0.A second byte of data is sent to the MOSI pin and contains the data to be written to the register.Reading of registers is accomplished in similar fashion.The 8-bit command word sends the 7-bit register address,followed by R/W bit =1to signify a register read is occurring,.The 8-bit register data is then clocked out of the part on the MISO pin during the second 8SCLK clocks in the frame.Command WordBit 7Bit 6Bit 5Bit 4Bit 3Bit 2Bit 1Bit 0ADDR6ADDR5ADDR4ADDR3ADDR2ADDR1ADDR0R/WThe register map of the TLV320AIC3106actually consists of multiple pages of registers,with each page containing 128registers.The register at address zero on each page is used as a page-control register,and writing to this register determines the active page for the device.All subsequent read/write operations will access the page that is active at the time,unless a register write is performed to change the active page.Only two pages of registers are implemented in this product,with the active page defaulting to page 0upon device reset.For example,at device reset,the active page defaults to page 0,and thus all register read/write operations for。

Hazardous LocationIndustrial VRS Magnetic Speed SensorsDESCRIPTIONHazardous Location VRS sensors are designed for use in locations where explosion-proof or intrinsically safe sensors are required.Passive VRS (Variable Reluctance Speed) Magnetic Speed sensors are simple, rugged devices that do not require an external voltage source for operation.A permanent magnet in the sensor establishes a fixedmagnetic field. The approach and passing of a ferrous metal target near the sensor’s pole piece (sensing area) changes the flux of the magnetic field, dynamically changing its strength. This change in magnetic field strength induces a current into a coil winding which is attached to the output terminals.The output signal of a VRS sensor is an ac voltage that varies in amplitude and wave frequency as the speed of themonitored device changes, and is usually expressed in peak to peak voltage (Vp-p).One complete waveform (cycle) occurs as each target passes the sensor’s pole piece . If a standard gear were used as a target, this output signal would resemble a sine wave if viewed on an oscilloscope.Honeywell also offers VRS sensors for general purpose, high output, power output, high resolution and high temperature, as well as low-cost molded versions.FEATURESSelf-powered operationDirect conversion of actuator speed to output frequencySimple installationNo moving partsDesigned for use over a wide range of speedsAdaptable to a wide variety of configurationsCustomized VRS products for unique speed sensingapplicationsHousing diameters: 3/4 in, 5/8 inHousing material/style: stainless steel threadedTerminations: MS3106 connector, preleaded Output voltages: 30 Vp-p to 60 Vp-pPOTENTIAL APPLICATIONSEngine RPM (revolutions per minute) measurement on aircraft, automobiles, boats, buses, trucks and railvehiclesMotor RPM on oil and gas drilling equipment andmachineryMotor RPM measurement on drills, grinders, lathes andautomatic screw machinesProcess speed measurement on food, textile, paper, woodworking, printing, tobacco and pharmaceuticalindustry machineryMotor speed measurement of electrical generating equipment in grain elevators, sawmills and otherpotentially explosive environmentsSpeed measurement of pumps, blowers, mixers, exhaust Gear speed measurementHazardous Location2 /sensing3/4 INCH EXPLOSION-PROOF SENSORS (All dimensions for reference only. mm/[in])When properly installed using the explosion containment method, all 3070X and catalog listings on this page are certified for use in hazardous locations as follows: Class I, Groups A, B, C, D; Class II Groups E, F, G; Class III.These catalog listings have been tested to and meet the requirements of applicable U.S. and Canadian specifications for the locations described above.Industrial VRS Magnetic Speed SensorsHoneywell Sensing and Control 35/8 INCH EXPLOSION-PROOF SENSORS (All dimensions for reference only. mm/[in])When properly installed using the explosion containment method, the 3090X catalog listings on this page are certified for use in hazardous locations as follows: Class I, Groups A, B, C, D; Class II Groups E, F, G; Class III.These catalog listings have been tested to and meet the requirements of applicable U.S. and Canadian specifications for the locations described above.The catalog listings on this page conform to standards: II 3 G EEx nA II T6.Hazardous Location4/sensing5/8 INCH (M16*) INTRINSICALLY SAFE VRS SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.When properly installed using the intrinsic safety protection method connected per the control drawings on pages 6 and 7, catalog listings 3042A is intrinsically safe for hazardous locations as follows:Class I, Groups A, B, C, D.This product has been tested to and meets the requirements of applicable U.S. and Canadian specifications for the locations described above.‘Industrial VRS Magnetic Speed SensorsHoneywell Sensing and Control 55/8 INCH (M16*) INTRINSICALLY SAFE VRS SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.When properly installed using the intrinsic safety protection method connected per the control drawings on pages 6 and 7, catalog listing 3042H20 is intrinsically safe for hazardous locations as follows:Class I, Groups A, B, C, D; Class II Groups E, F, G; Class III.This product has been tested to and meets the requirements of applicable U.S. and Canadian specifications for the locations described above.Hazardous Location6 /sensingHAZARDOUS LOCATIONS Catalog listing 3042H20: Class I, Groups A, B, C, D Class II, Groups E, F, G Class IIICatalog listing 3042A: Class I, Groups A, B, C, DENTITY PARAMETERSVmax = 24 V, Imax = 35 mA, Li = 26 mH, Ci = 0 μF Any barrier (see General Notes) with entity parameters connected in accordance with barrier manufacturers instructions of: Vmax > Voc Ca > Ci + cable capacitance Imax > Isc La > Li + cable inductanceSYSTEM PARAMETERSAny barrier (see General Notes) having one of the following specified parameters: GENERAL NOTES1. For jurisdictions requiring certification to the applicableCanadian standards, the barrier must be CSA Certified and the system must be installed in accordance with the Canadian Electrical Code Part 1.2. For jurisdictions requiring certification to the applicableOccupational Safety and Health Administration (OSHA) standards, the barrier must be CSA NRTL or equivalent and the system must be installed in accordance with the National Electrical Code (NEC), article 504 or ANSI/NFPA 70.SENSOR GROUNDINGCatalog listing 3042A: Sensor housing must be connected to intrinsically safe system ground during installation.Catalog listing 3042H20: Green wire must be connected to intrinsically safe system ground.Exia = Intrinsically Safe, Sécurité IntrinsèqueIndustrial VRS Magnetic Speed SensorsHoneywell Sensing and Control 7.HAZARDOUS LOCATIONS Catalog listing 3042H20: Class I, Groups A, B, C, D Class II, Groups E, F, G Class IIICatalog listing 3042A: Class I, Groups A, B, C, DENTITY PARAMETERSVmax = 24 V, Imax = 35 mA, Li = 26 mH, Ci = 0 μF Any barrier (see General Notes) with entity parameters connected in accordance with barrier manufacturers instructions of: Vmax > Voc Ca > Ci + cable capacitance Imax > Isc La > Li + cable inductanceSYSTEM PARAMETERSAny barrier (see General Notes) having one of the following specified parameters:GENERAL NOTES1. For jurisdictions requiring certification to the applicableCanadian standards, the barrier must be CSA Certified and the system must be installed in accordance with the Canadian Electrical Code Part 1.2. For jurisdictions requiring Certification to the applicableOccupational Safety and Health Administration (OSHA) standards, the barrier must be CSA NRTL or equivalent and the system must be installed in accordance with the National Electrical Code (NEC), article 504 or ANSI/NFPA 70.SENSOR GROUNDINGCatalog listing 3042A: Sensor housing must be connected to intrinsically safe system ground during installation.Catalog listing 3042H20: Green wire must be connected to intrinsically safe system ground.Exia = Intrinsically Safe, Sécurité IntrinsèqueSensing and Control Honeywell1985 Douglas Drive NorthGolden Valley, MN 55422 005879-2-ENMarch 2012Copyright © 2012 Honeywell International Inc. All rights reserved.PERSONAL INJURYWARRANTY/REMEDYHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgement or consult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace, at its option, without charge those items it finds defective. The foregoing is b uyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While we provide application assistance personally, through our literature and the Honeywell web site, it is up to the customer to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing. However, we assume no responsibility for its use.WARNINGMISUSE OF DOCUMENTATIONThe information presented in this product sheet is forComplete installation, operation, and maintenanceSALES AND SERVICEHoneywell serves its customers through a worldwide network of sales offices, representatives and distributors. For application assistance, current specifications, pricing or name of the nearest Authorized Distributor, contact your local sales office or:E-mail: info.sc@Internet: /sensingPhone and Fax:Asia Pacific +65 6355-2828+65 6445-3033 FaxEurope +44 (0) 1698 481481+44 (0) 1698 481676 FaxLatin America +1-305-805-8188+1-305-883-8257 FaxUSA/Canada +1-800-537-6945+1-815-235-6847+1-815-235-6545 Fax分销商库存信息:HONEYWELL.3090A.3070A.3070A35 .3090A35。

FINISHES
Shell - Olive drab over cadmium plate Contacts - Silver plate
MECHANICAL FEATURES
Shell Size - In sixteenths of an inch Coupling - Threaded Contact Arrangements - See pages 216-217
MS-K
tacts; thermocouple contacts must be orderd separately and are solder type unless otherwise requested on order. Cavities that will contain the thermocouple contacts and contact material must be specified when ordering.
• Receptacles in size 10SL are available with pin inserts only. Part Number MS3100K8S-*†
* Add contact arrangment. See pages 216-217. A Thread 1/2-28UNEF-2A 5/8-24UNEF-2A 3/4-20UNEF-2A 7/8-20UNEF-2A 1-20UNEF-2A 1-20UNEF-2A 1-1/8-18UNEF-2A 1-1/4-18UNEF-2A 1-3/8-18UNEF-2A 1-1/2-18UNEF-2A 1-3/4-18UNS-2A 2-18UNS-2A 2-1/4-16UN-2A
Sபைடு நூலகம்(TYP.)

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目录第 1 章 (5)1.1产品概览.......................................................................................................................................................... .. (6)简介 ........................................................................................................................................................................ (6)注意事项 (6)系统需求....................................................................................................................................................... . (6)第 2 章................................................................................................................................................ . (8)2.1如何使用三星SSD M AGICIAN................................................................................................................... (9)三星SSD Magician安装............................................................................................................................ (9)三星SSD Magician 基本情况 (10)系统信息.................................................................................................................................................. (11)性能基准测试............................................................................................................................................ .. (12)性能优化..................................................................................................................................... ...... ...... .. (13)操作系统优化 (15)固件升级 (16)安全擦除 (17)超容量缓存 (18)磁盘备份 (19)网站链接 (20)第 3 章............................................................................................................................................... (21)3.1固件升级基础............................................................................................................................................. ...... ...... . (22)简介 (22)注意事项 (22)系统需求.......................................................................................................................................... ...... . (23)3.2 W INDOWS系统固件升级........................................................................................................................................ (24)利用Windows系统固件工具升级固件................................................................ ........................................ . (24)3.3 DOS系统固件升级工具基础...................................................................................................... .. (27)为固件升级创建启动盘................................................................................................ .......... .......... .......... . (27)3.4利用DOS工具升级固件................................................................................................... .......... .......... .......... .. (33)DOS固件工具使用......................................................................................................................... .......... . (33)第 4 章............................................................................................................................................... . (37)4.1安全擦除基础.................................................................................................................................................... (38)简介 (38)注意事项 (38)系统需求.................................................................................................................................................... . (39)4.2 W INDOWS系统安全擦除............................................................................................................................... .......... .. (40)4.3准备DOS系统安全擦除工具................................................................................................ ............................ . 41创建含有安全擦除工具的DOS启动USB驱动........................................... ............................ (41)4.4安全擦除工具使用............................................................................................................................. .. (44)启动DOS SSD 应用 (44)第 5 章............................................................................................................................................... (47)5.1局限性 (48)一般局限性 (48)固件升级工具局限性....................................................................................................................... .. (48)安全擦除工具局限性 (48)附件 ................................................................................................................................................ . (50)6.1附件 (51)故障检修 (51)固件升级工具................................................................................................................................................................... .. (51)安全擦除工具 (52)专业词汇................................................................................................................................................. (54)7.1专业词汇 (55)第1章准备1.1 产品概览简介―三星SSD Magician‖ 软件 (以下称SSD Magician)操作简单，适用于台式机或笔记本电脑相连的三星SSD产品。

G系列用户手册声明此为A级产品，在生活环境中，该产品可能会造成无线电干扰。

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G系列标签打印机用户手册。

二○一一年二月第十版。

免除责任声明本手册在其出版时，确切地阐述了POSTEK G系列G-2108、G-3106、G-2108D、G-3106D四个型号标签打印机的规格和使用说明。

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Multiple Class-D Devices • Surface Mount 7×7, 32-pin HLQFP Package
APPLICATIONS
• Televisions • Powered Speakers
DESCRIPTION
The TPA3106D1 is a 40-W efficient, Class-D audio power amplifier for driving bridged-tied stereo speakers. The TPA3106D1 can drive stereo speakers as low as 4Ω. The high efficiency, ~92%, of the TPA3106D1 eliminates the need for an external heat sink when playing music.
SHUTDOWN, MUTE GAIபைடு நூலகம்0, GAIN1, INN, INP, MSTR/SLV, SYNC
Continuous total power dissipation
Operating free-air temperature range Operating junction temperature range(2)
TA ≤ 25°C 3.57 W
DERATING FACTOR 29 mW/°C(2)
TA = 70°C 2.29 W
TA = 85°C 1.86 W
(1) For the most current package and ordering information, see the Package Option Addendum at the end of this document, or see the TI Web site at . See TI Technical Briefs SCBA017D and SLUA271 for more information about using the QFN thermal pad.

(80mm) (3.15 inch)
L
(100 mm) (3.94 inch) Part No. Straight plug L mm 3000±10 5000±10 inch 118±0.4 197±0.4
Item 1 2
ASD-CAPW1203 MS 3106-20-18S ASD-CAPW1205 MS 3106-20-18S
台达料号:ASD-CAPW0103, ASD-CAPW0105 (750W 以下附刹车)
L (50mm) (1.97 inch)
(80mm) (3.15 inch)
Item 1 2
Part No. ASD-CAPW0103 ASD-CAPW0105
L mm 3000±10 5000±10 inch 118±0.4 197±0.4
Straight plug
L mm 3000±10 5000±10 inch 118±0.4 197±0.4
ASD-CAPW1103 MS 3106-20-18S ASD-CAPW1105 MS 3106-20-18S
台达料号:ASD-CAPW1203, ASD-CAPW1205 (2KW~3KW 低惯量)
台达料号:ASD-CAPW1303, ASD-CAPW1305 (2KW~3KW 低惯量附刹车)
(80 mm) (3.15 inch) L (100 mm) (3.94 inch) Part No. Straight plug L mm 3000±10 5000±10 inch 118±0.4 197±0.4
Item 1 2
ASD-CAPW2303 MS 3106-24-11S ASD-CAPW2305 MS 3106-24-11S
A-4

6-482FeaturesMSA-3111• Surface Mount SOT-143Package• 3 dB Bandwidth: DC to 0.5GHz• 18.4 dB Gain at 1GHz • 3.5 dB NF at 1GHz MSA-3135• Hermetic Ceramic Package • 3 dB Bandwidth: DC to 0.6GHz• 19.6 dB Gain at 1GHz • 3.2 dB NF at 1GHz MSA-3185• Plastic Microstrip Package • 3 dB Bandwidth: DC to 0.5GHz• 18.7 dB Gain at 1GHz • 3.5 dB NF at 1GHz MSA-3186• Surface Mount Plastic Microstrip Package • 3 dB Bandwidth: DC to 0.5GHz• 18.7 dB Gain at 1GHz • 3.5 dB NF at 1GHzSilicon Bipolar RFIC Amplifiers Technical DataMSA-31XX SeriesDescriptionThe MSA-31XX series are high performance silicon bipolar RFIC amplifiers designed to becascadable in 50 Ω systems. The stability factor of K > 1 contrib-utes to easy cascading innumerous narrow and broadband IF and RF commercial and industrial applications.The MODAMP MSA series is fabricated using a 10GHz f T ,25GHz F MAX , silicon bipolar RFIC process which utilizes nitride self-alignment, ion implantation, and gold metallization to achieve excellent uniformity,performance, and reliability. The use of an external bias resistor for temperature and current stability also allows bias flexibility.Package options include, the industry standard plastic surface mount SOT-143 package, the 100␣mil surface mountablehermetic ceramic package, the 85␣mil plastic microstripline package, and the 85 mil surface mountable plastic microstripline package.MSA-3111MSA-3186MSA-3185MSA-31355965-9664E6-483Absolute Maximum Ratings [1]MSA-MSA-MSA-Parameter 311131353185, -3186Device Current 50 mA 60 mA 60 mAPower Dissipation [2,3]250 mW [3a]325 mW [3b]325 mW [3c]RF Input Power +13 dBm +13 dBm +13 dBm Junction Temperature 150°C 200°C 150°C Storage Temperature -65 to 150°C-65 to 200°C-65 to 150°CThermalResistance: θjc500°C/W 155°C/W 115°C/WNotes:1. Permanent damage may occur if any of these limits are exceeded.2. T CASE = 25°C.3a. Derate at 2.0 mW/°C for T C > 25°C.b. Derate at 6.5 mW/°C for T C > 149°C.c. Derate at 8.7 mW/°C for T C > 112°C.Typical Biasing ConfigurationElectrical Specifications, T A = 25°CI D = 29 mA, Z o = 50 ΩNote: 1. Refer to “Tape and Reel Packaging for Surface Mount Devices.”V 7 VCC INPUT6-484Typical Performance for MSA-3111Figure 1. Power Gain vs. Frequency atFour Temperatures, I D = 29 mA.Figure 2. Power Gain vs. Current at 25°C.Figure 3. Typical P 1dB vs. Frequency at 25°C.G p (d B )FREQUENCY (GHz)0.11.04.030255101520I (mA)DG p (d B )40253016122420302614182228203510P (d B m )1d B FREQUENCY (GHz)0.101.04.01428106412Figure 6. I D vs. V D at Four Temperatures.Figure 5. Power Gain, Noise Figure,and P 1dB vs. Temperature at 1GHz and I D = 29 mA.Figure 4. Noise Figure vs. Frequencyat I D = 29 mA.N O I S E F I G U R E (d B)FREQUENCY (GHz)0.13 1.04.045P (d B m )1d B AMBIENT TEMPERATURE (°C)G A I N (d B )85259191881017-256453N O I S E F I G U R E (d B )1600301020V (VOLTS)D40165432I m AD Typical Scattering Parameters at T A = 25°C, for MSA-3111I D = 29 mA, Z o = 50 ΩS 11S 21S 12S 22(GHz)Mag.Ang.(dB)Mag.Ang.(dB)Mag.Ang.Mag.Ang.0.10.05324.416.53167-27.00.04590.10-230.20.06424.015.83156-26.50.047160.10-410.30.07-423.414.78146-26.00.050230.10-590.40.07-822.713.59136-25.30.054280.11-720.50.07-1222.012.53128-24.60.059330.11-840.60.07-1821.111.41121-23.90.064360.11-940.70.07-2220.410.47114-23.10.070390.11-1000.80.08-2619.79.63109-22.40.076410.11-1060.90.08-3219.08.89104-21.70.082420.11-1111.00.08-3518.48.2799-21.10.088430.11-1141.50.08-5915.6 5.9980-18.50.118440.11-1232.00.10-7913.4 4.6965-16.60.148420.10-1222.50.10-10411.8 3.8852-15.20.175380.11-1183.00.10-12910.4 3.3139-14.10.198330.12-1143.50.12-1639.3 2.9127-13.20.219280.12-1174.00.151648.2 2.5816-12.60.236230.13-1254.50.211407.4 2.344-12.10.250180.13-1365.00.29121 6.5 2.10-7-11.70.260140.14-1485.50.36109 5.6 1.90-18-11.30.271100.17-1586.00.42984.61.70-28-11.00.28270.21-165Frequency6-485Typical Performance for MSA-3135Figure 1. Power Gain vs. Frequency atFour Temperatures, I D = 29 mA.Figure 2. Power Gain vs. Current at 25°C.Figure 3. Typical P 1dB vs. Frequency at 25°C.G p (d B )FREQUENCY (GHz)0.10 1.04.030255101520I (mA)DG p (d B )4025302035P (d B m )1d B FREQUENCY (GHz)0.1 1.04.0Figure 4. Noise Figure vs. Frequencyat I D = 29 mA.Figure 5. Power Gain, Noise Figure,and P 1dB vs. Temperature at 1GHz and I D = 29 mA.Figure 6. I D vs. V D at Four Temperatures.NO I S E F I G U R E (d B )FREQUENCY (GHz)0.11.04.02453P (d B m )1d B AMBIENT TEMPERATURE (°C)G A I N (d B )8525-256453N O I S E F I G U R E (d B )00301020V (VOLTS)D40165432I m AD 50Typical Scattering Parameters at T A = 25°C, for MSA-3135I D = 29 mA, Z o = 50 ΩS 11S 21S 12S 22(GHz)Mag.Ang.(dB)Mag.Ang.(dB)Mag.Ang.Mag.Ang.0.10.05124.717.11169-27.30.04370.09-190.20.06224.416.52158-27.00.045140.09-370.30.07-223.915.72149-26.50.047200.09-520.40.07-723.414.77139-26.00.050240.09-670.50.07-1222.813.77131-25.40.054290.09-800.60.07-2122.112.79124-24.70.058320.09-920.70.07-2721.511.86117-24.10.063340.09-1020.80.07-3320.911.03111-23.40.037360.09-1110.90.08-3920.210.25106-22.80.072380.09-1191.00.08-4419.69.55101-22.20.078390.09-1271.50.08-7916.97.0380-19.70.104390.10-1552.00.09-11614.8 5.5263-17.70.130360.10-1712.50.11-14513.2 4.5549-16.30.153310.091763.00.15-17211.7 3.8635-15.20.175250.101623.50.1916610.5 3.3422-14.30.192190.111544.00.241499.4 2.949-13.70.207130.121524.50.291348.3 2.61-3-13.20.21970.131485.00.351207.4 2.34-16-12.80.22810.151415.50.41107 6.4 2.08-27-12.50.236-50.191386.00.46955.41.87-39-12.30.243-100.24137Frequency6-486Typical Performance for MSA-3185, MSA-3186Figure 2. Power Gain vs. Current at 25°C.Figure 3. Typical P 1dB vs. Frequency at 25°C.Figure 1. Power Gain vs. Frequency atFour Temperatures, I D = 29 mA.G p (d B )FREQUENCY (GHz)0.10 1.04.030255101520I (mA)DG p (d B )4025302035P (d B m )1dB FREQUENCY (GHz)0.101.04.01428106412Figure 4. Noise Figure vs. Frequencyat I D = 29 mA.Figure 5. Power Gain, Noise Figure,and P 1dB vs. Temperature at 1 GHz and I D = 29 mA.Figure 6. I D vs. V D at Four Temperatures.N O I S E F I G U RE (d B )FREQUENCY (GHz)0.11.04.0345P (d B m )1d B AMBIENT TEMPERATURE (°C)G A I N (d B )85259191881017-256453N O I S EF IG U R E (d B )1600301020V (VOLTS)D40165432I m AD 5076-487Frequency Typical Scattering Parameters at T A = 25°C, for MSA-3186I D = 29 mA, Z o = 50 ΩS 11S 21S 12S 22(GHz)Mag.Ang.(dB)Mag.Ang.(dB)Mag.Ang.Mag.Ang.0.10.05124.717.11169-27.30.04370.09-190.20.06224.416.52158-27.00.045140.09-370.30.07-223.915.72149-26.50.047200.09-520.40.07-723.414.77139-26.00.050240.09-670.50.07-1222.813.77131-25.40.054290.09-800.60.07-2122.112.79124-24.70.058320.09-920.70.07-2721.511.86117-24.10.063340.09-1020.80.07-3320.911.03111-23.40.037360.09-1110.90.08-3920.210.25106-22.80.072380.09-1191.00.08-4419.69.55101-22.20.078390.09-1271.50.08-7916.97.0380-19.70.104390.10-1552.00.09-11614.8 5.5263-17.70.130360.10-1712.50.11-14513.2 4.5549-16.30.153310.091763.00.15-17111.7 3.8635-15.20.175250.101623.50.1916610.5 3.3422-14.30.192190.111544.00.241499.4 2.949-13.70.207130.121524.50.291348.3 2.61-3-13.20.21970.131485.00.351207.4 2.34-16-12.80.22810.151415.50.41107 6.4 2.08-27-12.50.236-50.191386.00.46955.41.87-39-12.30.243-100.24137Typical Scattering Parameters at T A = 25°C, for MSA-3185I D = 29 mA, Z o = 50 ΩS 11S 21S 12S 22(GHz)Mag.Ang.(dB)Mag.Ang.(dB)Mag.Ang.Mag.Ang.0.10.05-324.617.04167-27.20.04480.09-320.20.04-1324.216.22156-26.80.046160.09-570.30.04-2223.615.18145-26.20.049220.10-760.40.06-2523.014.07135-25.50.053270.11-840.50.07-2722.212.95127-24.70.058310.12-910.60.07-3121.511.85119-24.00.063340.12-1020.70.07-3320.710.85112-23.30.068360.12-1100.80.06-4120.010.01106-22.60.074380.13-1200.90.06-4519.39.27101-21.90.080390.13-1261.00.06-5718.78.5996-21.30.086400.13-1341.50.05-8915.9 6.2374-18.60.118380.13-1572.00.05-12213.9 4.9357-16.60.147330.12-1732.50.0816712.20.0741-15.10.175260.16-1633.00.1614310.7 3.4425-14.10.197170.18-1543.50.211209.4 2.9511-13.50.21290.24-1384.00.301028.2 2.56-3-13.00.22320.28-1244.50.40937.1 2.26-16-12.70.231-50.31-1145.00.5187 6.1 2.03-28-12.40.240-110.34-1095.50.6180 5.2 1.82-40-12.20.247-170.36-1056.00.67724.31.64-53-12.00.251-230.40-101FrequencySOT-143Outline Drawings 8535 86Tape and Reel Part Number Ordering InformationPart Number Devices per Reel Reel SizeMSA-3111-TR130007"MSA-3186-TR110007"DIA..006 ± .002.15 ± .051. Dimensions are inmm0.51 ±(0.020 ±DIMENSIONS ARE IN MILLIMETERS (INCHES)DIMENSIONS ARE IN MILLIMETERS (INCHES)6-488。

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158 adj. 受欢迎的
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159
别客气。
You're welcome.
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160 n. 棒球
baseball
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161 n. 表；手表 162 n. 计算机；电脑 163 n. 游戏；运动；比赛
watch computer game
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154 pron. 你的；你们的
yours
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for
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156
为……而感谢你（们）
thank you for …
7上U3
157 v.&n. 帮助；援助
help
79 num. 零
zero
80 num. 一
one
81 num. 二
two
82 num. 三
three
83 num. 四
four
84 num. 五
five
85 num. 六
six
86 num. 七
seven
87 num. 八
eight
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High OutputIndustrial VRS Magnetic Speed SensorsDESCRIPTIONHigh Output VRS sensors are designed for use in applications where higher output voltages are needed. They perform best at low to medium speeds with medium to high impedance loads. Front-End Sealed versions are available for use where the sensor is exposed to fluids, lubricants or adverse environmental conditions.Passive VRS (Variable Reluctance Speed) Magnetic Speed sensors are simple, rugged devices that do not require an external voltage source for operation.A permanent magnet in the sensor establishes a fixedmagnetic field. The approach and passing of a ferrous metal target near the sensor’s pole piece (sensing area) changes the flux lines of the magnetic field, dynamically changing its strength. This change in magnetic field strength induces a current into a coil winding which is attached to the output terminals.The output signal of a VRS sensor is an ac voltage that varies in amplitude and wave frequency as the speed of themonitored device changes, and is usually expressed in peak to peak voltage (Vp-p).One complete waveform (cycle) occurs as each target passes the sensor’s pole piece. If a standard gear were used as a target, this output signal would resemble a sine wave if viewed on an oscilloscope.Honeywell also offers VRS sensors for general purpose, power output, high resolution, high temperature, and hazardous location applications, as well as low-cost molded versions.FEATURES• Direct conversion of actuator speed to output frequency • Simple installation • No moving parts• Designed for use over a wide range of speeds • Adaptable to a wide variety of configurations• Customized VRS products for unique speed sensingapplications• Housing diameters: 5/8 in (M16), 3/8 in (M12)• Housing materials/styles: stainless steel threaded orsmooth• Terminations: MS3106 connector, preleaded • Output voltages: 8 Vp-p to 190 Vp-pPOTENTIAL APPLICATIONSaircraft, automobiles, boats, buses, trucks and rail vehicles• Motor RPM measurement on drills, grinders, lathes andautomatic screw machines• Motor RPM measurement on precision camera, taperecording and motion picture equipment• Process speed measurement on food, textile, paper,woodworking, printing, tobacco and pharmaceutical industry machinery• Motor speed measurement of electrical generatingequipment• Speed measurement of pumps, blowers, mixers, exhaustand ventilating fans• Flow measurement on turbine meters• Wheel-slip measurement on autos and locomotives • Gear speed measurementHigh Output2 /sensing5/8 INCH (M16*) SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.General SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage 190 Vp-p Inductance 450 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 910 Ohm to 1200 Ohm Gear pitch range 24 DP (module 1.06) or coarser Gear 20 DP(module 1.27)Pole piece diameter 2,69 mm [0.106 in] Optimum actuator 20 DP (module 1.27) ferrous metal gear Air gap 0,127 mm [0.005 in]Min. surface speed 0,25 m/s [10 in/s] typ. Max. operating frequency 15 kHz typ. Operating temp.range-55 ºC to 120 ºC [-67 ºF to 250 ºF] Vibration Mil-Std 202F Method 204DMounting thread 5/8-18 UNF-2ATermination MS3106 connectorLoadresistance100 kOhm General SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage 190 Vp-p Inductance 450 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 910 Ohm to 1200 Ohm Gear pitch range 24 DP (module 1.06) or coarser Gear 20 DP(module 1.27)Pole piece diameter 2,69 mm [0.106 in] Optimum actuator 20 DP (module 1.27) ferrous metal gear Air gap 0,127 mm[0.005 in]Min. surface speed0,25 m/s [10 in/s] typ. Max. operating frequency 15 kHz typ. Operating temp. range-55 ºC to 120 ºC [-67 ºF to 250 ºF] Vibration Mil-Std 202F Method 204DMounting thread 5/8-18 UNF-2ATermination 20 AWG Teflon-insulated LeadsLoad resistance 100 kOhmIndustrial VRS Magnetic Speed SensorsHoneywell Sensing and Control35/8 INCH (M16*) SENSORS CONTINUED (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.General SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter CharacteristicMin. output voltage190 Vp-pInductance 450 mH max.Surface speed 25 m/s[1000 in/s]Coil resistance 910 Ohm to 1200 Ohm Gear pitch range24 DP (module 1.06) or coarserGear 20 DP(module 1.27)Pole piece diameter 2,69 mm [0.106 in] Optimum actuator 20 DP (module 1.27)ferrous metal gearAir gap 0,127 mm[0.005 in]Min. surface speed0,25 m/s [10 in/s] typ. Max. operating frequency15 kHz typ. Operating temp. range-55 ºC to 120 ºC [-67 ºF to 250 ºF] Vibration Mil-Std 202F Method 204DMounting thread 5/8-18 UNF-2ATermination 20 AWG Teflon-insulated leadsLoad resistance100 kOhmGeneral SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage190 Vp-p Inductance 450 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 910 Ohm to 1200 Ohm Gear pitch range 24 DP (module 1.06) or coarser Gear 20 DP(module 1.27)Pole piece diameter 2,69 mm [0.106 in] Optimum actuator 20 DP (module 1.27) ferrous metal gear Air gap 0,127 mm[0.005 in]Min. surface speed0,25 m/s [10 in/s] typ. Max. operating frequency 15 kHz typ. Operating temp. range-55 ºC to 120 ºC [-67 ºF to 250 ºF] Vibration Mil-Std 202F Method 204DMounting thread 5/8-18 UNF-2ATermination MS3106 connectorLoad resistance 100 kOhmHigh Output4 /sensing5/8 INCH (M16*) SEALED FRONT-END SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.HIGH RESISTANCE COILS FOR MAXIMUM OUTPUT VOLTAGE APPLICATIONS General Specifications Test Condition Specifications Parameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage 175 Vp-p Inductance 450 mH max. Surface speed 25 m/s [1000 in/s] Coil resistance 910 to 1200 Ohm Gear pitch range 24 DP (module 1.06) ferrous metal gear Gear 20 DP(module 1.27)Pole piece diameter 2,69 mm [0.106 in] Optimum actuator -- Air gap 0,127 mm [0.005 in]Minimum surface speed 0,25 m/s [10 in/s] typ. Maximum operating frequency 15 kHz typ. Operating temp. range-55 ºC to 150 ºC [-67 ºF to 300 ºF] Vibration Mil-Std 202F Method 204DMounting thread 5/8-18 UNF-2ATermination MS3106 connectorLoad resistance100 kOhmIndustrial VRS Magnetic Speed SensorsHoneywell Sensing and Control 55/8 INCH (M16*) SEALED FRONT-END SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.NOMINAL RESISTANCE COILS FOR LOW IMPEDANCE LOAD APPLICATIONS General Specifications Test Condition Specifications Parameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage60 Vp-p Inductance 85 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 120 to 162 Ohm Gear pitch range 12 DP (module 2.11) ferrous metal gear Gear 8 DP(module 3.17)Pole piece diameter4,39 mm [0.173 in] Optimum actuator N/A Air gap 0,127 mm [0.005 in]Minimum surface speed0,38 m/s [15 in/s] typ.Maximum operating frequency40 kHz typ. Operating temp. range-55 ºC to 150 ºC[-67 ºF to 300 ºF] Vibration Mil-Std 202FMethod 204DMounting thread 5/8-18 UNF-2ATermination MS3106 connectorLoad resistance 1.25 kOhmHigh Output6 /sensing3/8 INCH (M12*) SENSORS (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.General SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage55 Vp-p Inductance 75 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 275 Ohm to 330 Ohm Gear pitch range 26 DP (module 0.98) or coarser Gear 20 DP(module 1.27)Pole piece diameter2,36 mm [0.093 in] Optimum actuator 24 DP (module 1.06) ferrous metal gear Air gap 0,127 mm[0.005 in] Minimum surface speed0,38 m/s [15 in/s] typ.Maximum operating frequency40 kHz typ. Operating temp. range-40 ºC to 107 ºC [-40 ºF to 225 ºF] Vibration Mil-Std 202F Method 204DMounting thread 3/8-24 UNF-2ATermination 24 AWG, vinyl-insulated leadsLoad resistance 100 kOhmIndustrial VRS Magnetic Speed SensorsHoneywell Sensing and Control 73/8 (M12*) SENSORS CONTINUED (All dimensions for reference only. mm/[in]) *Contact Honeywell for availability of metric mounting thread versions.General SpecificationsTest Condition SpecificationsParameter Characteristic Parameter Characteristic Parameter Characteristic Min. output voltage55 Vp-p Inductance 75 mH max. Surface speed 25 m/s[1000 in/s]Coil resistance 275 Ohm to 330 Ohm Gear pitch range 26 DP (module 0.98) or coarser Gear 20 DP(module 1.27)Pole piece diameter2,36 mm [0.093 in] Optimum actuator 24 DP (module 1.06) ferrous metal gear Air gap 0,127 mm[0.005 in] Minimum surface speed0,38 m/s [15 in/s] typ.Maximum operating frequency40 kHz typ.Operating temp. range-40 ºC to 107 ºC [-40 ºF to 225 ºF] Vibration Mil-Std 202F Method 204DMounting thread 3/8-24 UNF-2ATermination 24 AWG, PVC-insulated leadsLoad resistance 100 kOhmAutomation and Control Solutions Sensing and Control Honeywell1985 Douglas Drive North Minneapolis, MN 55422 /sensing 005876-1-EN IL50 GLO Printed in USA March 2007Copyright © 2007 Honeywell International Inc. All rights reserved.WARNINGPERSONAL INJURYDO NOT USE these products as safety or emergency stop devices or in any other application where failure of the product could result in personal injury.Failure to comply with these instructions could result in death or serious injury.WARRANTY/REMEDYHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your orderacknowledgement or consult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace, at its option, without charge those items it finds defective. The foregoing is buyer’s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In noevent shall Honeywell be liable for consequential, special, or indirect damages.While we provide application assistance personally, through our literature and the Honeywell web site, it is up to the customer to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing. However, we assume no responsibility for its use.WARNINGMISUSE OF DOCUMENTATION• The information presented in this product sheet is forreference only. Do not use this document as a product installation guide.• Complete installation, operation, and maintenanceinformation is provided in the instructions supplied with each product.Failure to comply with these instructions could result in death or serious injury.SALES AND SERVICEHoneywell serves its customers through a worldwide network of sales offices, representatives and distributors. For application assistance, current specifications, pricing or name of the nearest Authorized Distributor, contact your local sales office or:E-mail: info.sc@Internet: /sensing Phone and Fax:Asia Pacific +65 6355-2828 +65 6445-3033 Fax Europe +44 (0) 1698 481481+44 (0) 1698 481676 FaxLatin America +1-305-805-8188+1-305-883-8257 Fax USA/Canada +1-800-537-6945+1-815-235-6847 +1-815-235-6545 Fax分销商库存信息:HONEYWELL.MA240SAN.MA233SAN.MA243SAN .MA230SAN。

MP 101AHUMIDITY TEMPERATURE PROBE INSTRUCTION MANUALCONTENTSDESCRIPTION (3)OPERATION (3)INSTALLATION (4)MAINTENANCE (7)CALIBRATION BASICS (7)CALIBRATION PROCEDURE (8)SPECIFICATIONS (11)PLEASE, READ THIS FIRST•Check the product for any physical damage that may have occurred during shipment. We carefully pack and routinely insure all shipments. If any damage has occurred, it is yourresponsibility to file a claim with the carrier, prior to returning the damaged product. Pleasenote that our warranty does not cover damage during shipment.•Prior to installation, get fully familiarized with important information provided in this manual such as: supply voltage, electrical connections, adjustments, operating limits. A label located on the barrel of the probe provides the main technical data.•Do not unnecessarily remove the sensor protection (slotted cap or dust filter) from the probe.Both sensors (humidity and temperature) can be mechanically damaged by careless removal of the protection.Each ROTRONIC instrument is carefully calibrated before shipment. No further adjustmentsshould be required before installation. If you have any question or problem, please call our service department at 631/427-3898 and press 5 (or ask for extension 21).DESCRIPTIONThe MP101A is a combined humidity and temperature probe designed primarily for outdoor applications. Operation from a DC voltage and low power consumption make the MP101A particularly suitable for operation at remote locations. Energizing of the probe is required for only 0.25 seconds during each measurement. The linear output signals are consistent with the requirements of most data acquisition systems.Use of the HYGROMER C94 capacitive humidity sensor results in exceptional resistance to contaminants. Advanced filter technology provides further protection. The MP101A can be used over long periods of time without any maintenance or recalibration.The MP101A is available in 2 basic configurations:• MP101A-C4/5 with 2 meters hard wired cable terminated by a connector (4 or 5-pin).• MP101A-T7 with a 7-pin connector directly on the probe.The probe MP101A-C4 is supplied with a 4-pin CANNON connector and is fully interchangeable with the previous probes of the MP100 series. When the application requires a total length of cable in excess of 6.5 ft (2 meters), either the probe MP101A-C5 or the probe MP101A-T7 should be used. Both probes feature a compensation that eliminates potential errors resulting from cable resistance for lengths up to 330 ft (100 meters).OPERATION1. Power SupplyThe MP101A accepts an unregulated supply voltage between 4.8 and 30 VDC. The current consumption is 10 mA.The MP101A does not have to be continuously energized. Measurements require that the probe be energized for 0.25 seconds after which the power can be turned off to conserve energy.2. Output SignalsThe MP101A provides two linearized voltage output signals: one for humidity and the other for temperature.Relative humidity Output Signal (linear) 0...1.0 VDC = 0 to 100%RHTemperature Output Signal (linear) Standard: -0.4..0.6 VDC = -40..+60°COptional: 0.0..1.0 VDC = -40..+60°COptional: 0.0..1.0 VDC = -30..+70°CDo not connect a load to the output with an impedance of less than 1000 Ω.3. Temperature LimitsThe MP101A can operate within -40°C and +60°C. Operating the MP101A outside of the temperature limits may result in inaccurate measurements and can permanently damage the unit.4. Humidity LimitsThe MP101A can operate within 0 and 100 %RH. Direct condensation on the sensors does not damage the sensors. However, the humidity sensor will not provide correct readings as long as condensation is present. The MP101A provides a humidity output that is referenced to the saturated water vapor pressure above liquid water. With this reference, the maximum humidity temperatures below freezing is as follows:100 %RH at 0°C 95 %RH at -5°C 91 %RH at -10°C87 %RH at -15°C 82 %RH at -20°C 78 %RH at -25°C75 %RH at -30°C5. Temperature CompensationPractically every make of relative humidity sensor requires a compensation for the effect of temperature on the humidity output signal in order to measure accurately over a wide range of temperature conditions. In the specific case of an instrument using a capacitive sensor, compensation is required because the dielectric characteristics of both the water molecule and the hygroscopic polymer used in the sensor vary with temperature. The electronic circuit of the MP101A uses data from the temperature sensor to automatically compensate the effect of temperature on the accuracy of humidity measurement.6. Sensor ProtectionAlways use the dust filter provided with the probe to protect the sensors.INSTALLATION1. Probe LocationInstall the probe so that the local conditions at the sensors are typical of the environment to be measured:• Use either a shield or a shelter to protect the probe and sensors from direct exposure to solar radiation and precipitation. Several shields are available from ROTRONIC (see specifications).• In an open field, install the probe at least 3.3 feet (one meter) above ground. Increase this distance if the ground surface is concrete or black top (such as above a roof).2. GroundingOperation of the MP101A does not require that the unit be electrically grounded. However, we strongly recommend grounding the (-) side of the supply voltage to the probe.3. WiringBefore connecting the probe, please make sure that there is no wiring error. Improper wiring may damage the probe.The different models of connector supplied with the MP101A are designed for outdoor use. Since the probe will have to be removed from its location to be calibrated from time to time, we do notrecommend replacing the cable supplied with the probe cable with a longer cable. Instead of this, use an extension cable with a maximum length of up to 330 feet (100 meters).MP101A-C4: To provide interchangeability with older probes, a 4-pin connector is used on this model. Preferably, this probe should not be used with an extension cable since this additional cable length will not be compensated. The ground wire of the supply voltage and the common wire of the output signals are soldered to the same pin at the 4-pin connector.A or 1: Green Supply Voltage +B or 2: Yellow & Shield Ground and CommonC or 3: White %RH (+)D or 4: Brown Temp. (+)Amphenol Connector Part Numbers: Plug: MS3106A-14S-4PClamp: MS3057-6AMating: MS3101A-14S-4SMP101A-C5 and MP101A-T7: Both models permit the use of up to 330 feet (100 meters) extension cable. A 5-pin connector (MP101A-C5) or a 7-pin connector (MP101A-T7) is used to separate the ground wire of the supply voltage from the return (or common) wire of the output signals. On a long extension cable, the 10 mA flowing to the probe would otherwise create a voltage drop and an error on the output signals. For compensation purposes, the two wires should be joined together at the end of the extension cable (see drawing below).ExtensionA or 1: Red Supply Voltage (+)B or 2: Black CommonC or 3: Green %RH (+)D or 4: White Temp. (+)E or 5: Shield GroundMP101A-C5MP101A-T71: Green Supply Voltage (+)2 & 3: Black Ground4: Red Temp. (+)5: Yellow Common6: Blue %RH (+) Amphenol Part Number: Plug MS3106A-14S-5PClamp MS3057-6AMating MS3101A-14S-5SConsult factory for part number.GreenYellow CommonWhiteBrownGroundBrownWhiteMAINTENANCE1) Cleaning or Replacing the Dust Filter:The dust filter should be cleaned from time to time, depending on the conditions of measurement. Cleaning should be done without removing the filter from the probe. Gently wipe the filter with a solution of water and mild detergent. If this does not remove most of the stains, the filter should be replaced. To do this, unscrew the filter from the probe.When removing the filter, make sure that the sensors do not get caught. The humidity sensor is sometimes mistaken for a "white paper tag". Do not remove from the probe!Before putting on a new dust filter, check the alignment of both sensors with the probe. The wires that connect the sensors to the probe are very thin and bend easily. If this happens, correct the alignment by holding the sensor very gently with a pair of small flat nosed pliers. Do not puncture the sensor with sharp pliers or tweezers or pull too hard on the sensor.2) Periodic Calibration Check:Long term stability of the humidity sensor is typically better than 1 %RH per year. For maximum accuracy, calibration of the unit may be verified every 6 to 12 months.Applications where the probe is exposed to significant pollution may require more frequent verifications. The calibration procedure is described in detail in this manual.Both the Pt 100 RTD temperature sensor and associated electronics are very stable and should not require any calibration after the initial factory adjustment.CALIBRATION BASICS1. Temperature CalibrationThe stability of the Pt100 RTD sensor used to measure temperature is such that temperature calibration in the field is seldom required.In order to be able to correctly evaluate the accuracy of the temperature measurements provided by the probe, you should be able to meet the following requirements:• Both the probe and a reference thermometer should be ventilated with the same stream of air. Any dust filter used to protect the sensors should be removed from the probe. If the probe has a slotted cap, this should be left on the probe.• Air velocity should be within the limits of 200 to 500 feet/minute (1 to 2.5 meters/second). Any comparison between two instruments at velocities under 200 feet/minute may not be valid. Air velocity above 500 feet/minute may damage the unprotected humidity sensor.• The temperature of the air stream should be constant or at least it should not change at a rate that is less than 10 times the shortest time constant of either the probe or reference thermometer.If you are not able to meet the above requirements, you cannot correctly check the accuracy of temperature measurement and should not attempt to calibrate temperature.2. Humidity CalibrationWhen calibrating humidity, temperature stability is the single most important requirement. Do not calibrate unless the probe is at room temperature (20 to 25°C) and this temperature is stable to ±0.25°C or better during the period of time required for each calibration point. Do not calibrate close to an air vent or a heater, in direct exposure to sun rays, etc. If necessary during calibration,place the tip of the probe with the calibration device on it (see below) inside an insulating box filledwith sand.a) Calibration Device and Humidity Standards:The calibration device is a small airtight container that fits on the probe and seals around thehumidity sensor. During calibration, a known reference humidity is produced inside the calibrationdevice by means of a humidity standard (usually an aqueous salt solution). Calibration devicemodel EM25 fits the MP101A. To install on the probe, remove the sensor protection (dust filter)and screw in its place the calibration device. Be very careful during this operation since thesensors are not mechanically protected.The Rotronic humidity standards are available in boxes of 5 glass ampoules of the same value,which can be stored indefinitely. Standards in the range of 5 to 95 %RH are non-saturatedaqueous salt solutions that are precisely titrated at our factory for the right concentration.The 0 %RH humidity standard is made of small granules of a highly porous ceramic that havebeen dried at a high temperature. A Material Safety Data Sheet is available for each standard.Since most standards are a salt solution, parts which have come in contact with the liquid shouldbe cleaned after each use.CALIBRATION PROCEDURE1. Calibration PotentiometersTo access the calibration potentiometers proceed as follows:a) MP101A-C4 and MP101A-C5: unscrew the cable grip so as to free the cable. Next, remove the3 screws located near the tip of the probe. Carefully pull back the probe barrel over the cable togain access to the electronic board.b) MP101A-T7: remove the 3 screws located near the tip of the probe. Carefully pull out the tip ofthe probe from the probe barrel to gain access to the electronic board.2. Calibration ProcedureFull calibration of the MP101A requires a 2-point calibration of temperature and a 3-point calibration of humidity.Calibration should be done exactly in the sequence indicated in this manual. Because of the high stability of the Pt100 RTD sensor, temperature calibration is optional. However, if temperature calibration becomes necessary, it must be done prior to humidity calibration and must always be followed by a humidity calibration.2.1 Temperature Calibration (optional)Should a temperature calibration be necessary, you should proceed as follows, depending on the equipment available to you:a) Two Temperatures Air Generator:•Connect a voltmeter to the T (+) and COM (-) terminals.•Position the T max potentiometer in the middle of its span.•Set the air generator at 0°C and adjust the probe output with the T min potentiometer.If you cannot go as low as 0°C, you will have to repeat the entire procedure a fewtimes.•Set the air generator at a temperature such as 40 to 50°C and adjust the probe output with the T max potentiometer.b) One Temperature Air Generator (Room Temperature)Remove the Pt100 RTD from the probe and replace it by a decade box that simulates the resistance of the RTD at different temperatures. Adjust the electronic circuit as follows:•Connect a voltmeter to the T (+) and COM (-) terminals.•Position the T max potentiometer in the middle of its span.•Set the decade box to simulate 0 °C.•Adjust the probe output with the T min potentiometer.•Set the decade box to simulate a temperature of either 50 or 100°C.•Adjust the probe output with the T max potentiometer.•Put the Pt100 RTD back on the probe and check the probe at room temperature.If necessary, adjust the probe output with the T min potentiometer.After calibrating temperature you should always calibrate humidity since the humidity output is affected by the temperature output.2.2. Humidity CalibrationThe first calibration adjustment should be at 35 %RH or at a value close to that.•Remove the dust filter and screw the calibration device on the probe so that the receptacle (or solution holder) is below the sensors. Remove the receptacle from the calibration device. •Connect a voltmeter to the %RH (+) and COM (-) terminals.•Set the H80 potentiometer in mid position.•Place one fiber disc (each box of RIC humidity standards includes 5 discs) in the receptacle of the calibration device. The purpose of this disc is to prevent accidental spilling of the solution inside the calibration device or on the humidity sensor.•Tap the top of one ampoule of 35 %RH solution so that all liquid drops to the bottom of the ampoule. Snap off top and empty contents on fiber disc. Since the ampoule is made of glass, exercise proper caution (gloves, safety glasses) when snapping off the top.•Put the receptacle back on the calibration device and make sure that the solution does not come in contact with the sensor: The solution inside the calibration device should never be on top of the sensors.•Allow at least 60 minutes to insure that the calibration device, the solution and the sensor are in a state of equilibrium. This is verified by monitoring the voltmeter.•At equilibrium (stable output signal), adjust the reading of the voltmeter with the H35 potentiometer.•Remove the receptacle from the calibration device. Throw away the wet disc (non reusable).Thoroughly wash and dry the receptacle, removing all traces of the humidity standard.Use 80 %RH as the second calibration value as this provides the best overall accuracy over the full range of measurement.•Repeat the procedure used for the 35 %RH adjustment with an 80 %RH standard. Allow at least 60 minutes for equilibrium.•At equilibrium, adjust the probe output with the H80 potentiometer•Remove the receptacle from the calibration device and clean thoroughly.The low humidity calibration is the last step of the calibration sequence.•Repeat the procedure used before with either a 10%RH or a 0 %RH standard. Allow at least90 minutes for equilibrium.•At equilibrium, adjust the probe output with the H min potentiometer•Carefully remove the calibration device from the probe (pay attention not to catch the unprotected sensors). Put the dust filter back on the probe. Thoroughly clean the receptacle.-11-________________________________________________________________________ SPECIFICATIONSHumidity Sensor ROTRONIC HYGROMER C94 Temperature Sensor Pt100 RTDHumidity Measuring Range 0..100 %RHTemperature Measuring Range See Temperature LimitsTemperature Limits -40..+60°CHumidity Output Signal (linear) 0..1.0 VDC = 0..100%RHTemperature Output Signal (linear) Standard: -0.4..0.6 VDC = -40..+60°COptional: 0.0..1.0 VDC = -40..+60°COptional: 0.0..1.0 VDC = -30..+70°C Minimum Load per Output 1000 ΩAccuracy (at 20..25°C) ± 1 %RH from 0 to 100%RH *)± 0.3°CRepeatability ± 0.3 %RH and ±0.1°CHumidity Sensor Stability better than 1 %RH over a yearResponse Time (without filter) 10 seconds (%RH and temperature) Calibration Potentiometers 35, 80%RH and RH min.Tmin and TmaxSupply Voltage 4.8 to 30.0 VDCMax. Current Consumption 10 mAConnector MP101A-C4: 4-pin CANNONMP101A-C5: 5-pin CANNONMP101A-T7: 7-pin TUCHELCable Length MP101A-C4 or C5: 6.5 ft (2 m)MP101A-T7: connector is on the probe Sensor Protection Standard: foam filter MF25COptional: wire mesh filter SP-W25Weight 70..700g (0.15..1.50 lb)*) When calibrated against highest quality reference standards. Both factory calibration and field calibration with ROTRONIC standards result in ±1.5%RH accuracy or better. Accessories (order separately)Natural Aspiration Shield SMP-41002Motor Aspirated Shield MAS-41003 (12 VDC, 75 mA)Calibration Device EM25________________________________________________________________________MP101A - 09/18/2001。

通过二次设计可达到拥有远程控制及反馈的功能。如：缺水、断水 信号、电源启动信号、故障报警信号，程控自动、手动信号等功能， 并能让客户通过无源开关量对电源进行远程启停控制。完全满足了 超纯水系统的工艺要求。
产品广泛应用于半导体、电子、医药、食品、电力、化工、冶金、 造纸、汽车、石油等众多行业。
-2-
上海萌欣自动化设备有限公司
大工作电流。 ４． 过流保护功能：当工作电流峰值大于额定工作 电流时，调压控制器将迅速输出无源开关量信号，控制 外部电路。由外部电路切断输出，保护设备。
-5-
上海萌欣自动化设备有限公司

三、工作原理：
本装置由主回路部分和控制调节回路部分组成。
1.主回路部分：
主回路由 4 个进口晶闸管组成单相桥式不可逆电路，
上海萌欣自动化设备有限公司
第二章 技术规格

一、 型号及意义：
例如：MS1000A-3-6A 为额定输出电压 350VDC，额定输出电
流 6ADC 的二相直流装置。MS1000A-2-6A 为额定输出电压
200VDC，额定输出电流 6ADC 的单相直流装置。
二、 技术指标:
如果 EDI 模块没水，会损坏 EDI 模块。必须在电源装置进
线交流侧前端加交流接触器，用交流接触器线圈启停控制
电源装置起停。
四、应用范围:
MS1000A 直流控制器是专门针对水处理行业超纯水系
统的 EDI、CEDI 及其他水处理模块特性而设计开发的配
套电源。因此，本产品可广泛用于超纯水工业领域。
-6-
U 0~－-10VDC
-JP2：5 参考地
M
-JP2：6
U0 预留空置
-JP2：7
I 预留空置

SDS3106(ESOP8)规格书(2014年10月份Version:V2.0)目录一、产品说明 (2)二、产品特性 (2)三、应用领域 (3)四、引脚排列及定义 (4)五、最大额定值及电气特性 (5)六、功能描述 (6)七、封装尺寸 (7)中山芯动力电子科技有限公司杨婷一、产品说明SDS3106是一款高压线性恒流LED驱动芯片。

采用专利主动电容填谷技术，将最高驱动功率提高到18W。

芯片内部集成1.5mA7.5V低压电源，用于驱动红外感应。

芯片集成开关调光功能，可以通过普通墙面开关实现正向/反向三级调光，以及调色温功能。

芯片内部集成DIMM调光功能，通过片外电阻可以实现10%~100%之间任意比例的调光。

二、产品特性⏹输出功率2~18W⏹AC185-265V工作电压⏹PF值>0.6~0.9⏹开关调光和DIMM调光⏹无频闪⏹恒流精度<±3%⏹温度补偿和过压保护中山芯动力电子科技有限公司杨婷三、应用领域⏹LED日光灯T5/T8/T10等规格8w/16w/18w/25w/36w⏹LED吸顶灯、台灯8w/12w/18w/25w/36w⏹LED灯泡3w/5w/7w/8w/9w/10w/11w/12w/14w⏹LED筒灯3w/5w/7w/8w/9w/10w/11w/12w/14w⏹LED路灯、街灯20w/30w/50w⏹LED面板灯15w/22w/36w中山芯动力电子科技有限公司杨婷四、引脚排列及定义a)引脚排列b)引脚定义PinOrderPinNameIn/Out Function Discription 1CAP In/Out开关调光滤波接口，接滤波电容到地2DIMM In/Out DIMM调光接口，接2K~20K电阻到地，实现10%~100%调光功能3VDD Power低压电源输出，驱动能力**********4CS Output采样电阻引脚，接采样电阻到地5DOUT2Input高压恒流源输出，接散热电阻6DOUT1Input高压恒流源输出，接灯串7CB Input填谷电容下极板输入8GATE Output片外填谷MOS管栅极输出9GND Power芯片地中山芯动力电子科技有限公司五、最大额定值及电气特性a)最大额定值项目最小最大单位存储温度-40125℃工作温度-40125℃电流驱动端耐压500--V封装热阻--33℃/W静电耐受度2000--V b)电气特性中山芯动力电子科技有限公司杨婷六、功能描述图1SDS3106系统框图如图1所示，为SDS3106系统框图。

UL 60947-1 UL 60947-4-1
Any UL Listed Fuses or Circuit-Breakers, Group Installations (480 V AC) 18 kA
Any UL Listed Fuses or Circuit-Breakers, Group Installations (600 V AC) 5 kA
Rated Ultimate ShortCircuit Breaking Capacity (Icu)
Rated Instantaneous Short-Circuit Current Setting (Ii) Setting Range Rated Operational Power AC-3 (Pe) Rated Operational Power AC-3e (Pe) Rated Operational Voltage Rated Operational Current (Ie) Rated Operational Current AC-3 (Ie) Rated Operational Current AC-3e (Ie) Rated Frequency (f)
Cut-off Current Characteristic
Dimension Diagram
Dimensions
Product Net Width Product Net Height Product Net Depth / Length Product Net Weight
Technical
Rated Service ShortCircuit Breaking Capacity (Ics)
Electrical Conductive Board, Vertical 75 mm Other Device Same Type, Horizontal 0 mm Other Device Same Type, Vertical 150 mm Rotary Handle ON / OFF

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R3 10.0k
R4 31.6k
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DC-DC 降压型稳压器
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AMS2538 ， 30V ，2A 降压稳压器
输入电压：4.5-30V 可调及固定输出电压 100mV一个步进 2A输出电流 C1 220uF 控制使能脚：低电平有效 350Khz开关频率 典型供电电流：900uA 100%导通周期 50uA关断电流 内置软启动 内置补偿 工作温度范围：-40 to 85°C 有效封装： SO-8 EDP