LPF-C013301S;中文规格书,Datasheet资料

合集下载

SLF3S-1300F流量传感器说明书

SLF3X MOUNTING CLAMP SLF3X MOUNTING CLAMP.SLF3S-1300F Liquid Flow Sensor – PROTOTYPE▪Low flow sensing up to 40 ml/min▪Calibrated and temperature compensated▪Turn down ratio 200:1 or better▪Very compact and light-weight form factor▪Response time below 20 msProduct SummaryThe SLF3S-1300F is Sensirion’s new compact liquid flow sensor designed for high-volume applications. It enables precise and reliable measurements of dynamic liquid flow rates up to 40 ml/min bi-directionally. The SLF3S-1300F sensor features a digital interface (I2C) via a 6-pin standard electrical connector.The SLF3S-1300F builds on the latest generation CMOSens® sensor chip that is at the heart of Sensirion’s flow sensing platform and allows achieving an outstanding performance. The patented CMOSens® technology combines the sensor element, signal processing and digital calibration on a small CMOS chip. The well-proven CMOS technology is perfectly suited for high-quality mass production and is the ideal choice for demanding and cost-sensitive OEM applications.The SLF3S-1300F sensor is still under development. Thus any specification is subject to change without prior notice (performance, communication, etc.).Benefits of Sensirion’s CMOSens® Technology▪High reliability and long-term stability▪Best signal to noise ratio▪Industry-proven technology with a track record of more than 15 years▪Designed for mass production and high process capabilityContents1 Sensor Performance (preliminary data, subject to change without prior notice) 32 Specifications (preliminary data, subject to change without prior notice) 53 Sensor Output Signal Description 64 Digital Interface Description 95 Fluidic Specifications and Connections 146 Mechanical Specifications 147 Mechanical Mounting of the SLF3S-1300F Sensor 158 Ordering Information 179 Tray Package 1710 Important Notices 1811 Headquarters and Subsidiaries 191Sensor Performance(preliminary data, subject to change without prior notice)The following Table 1 lists preliminary specifications of the current prototypes. Please contact Sensirion if different specifications are required.1 Flow rate at which the sensor output saturates. See section 1.1 for performance between full scale and saturation point.2 Accuracy respectively repeatability specifications valid for flow rates below ±20 ml/min. See the charts in section 2 for the accuracy and repeatability specifications, respectively, between ±20 ml/min and full scale.3 Additional accuracy error in case liquid and ambient temperatures are similar but both deviating from 23 °C.4 Maximum additional offset when flow channel is vertical.1.1Specification ChartsThe SLF3S-1300F liquid flow sensor shows bi-directional, linear transfer characteristics. The product comes fully calibrated for water.Figure 1: Liquid flow sensor accuracy and repeatability across the flow range of the SLF3S-1300F. Relative error in ±% of measured value forH2O.Figure 2: Liquid flow sensor accuracy and repeatability across the positive flow range of the SLF3S-1300F. Absolute error in ml/min for H2O.2Specifications (preliminary data, subject to change without prior notice) 2.1Electrical Specifications5 Flow path empty. Short term storage refers to temporary conditions during e.g. transport.6 ESD level of sensor chip. ESD level of entire system or device to be determined by customer.2.4Pad AssignmentThe liquid flow sensor is equipped with a 6-pin connector (Molex Part Number: 53261-0671; 1.25 mm pitch PicoBlade header, surface mount, right angle, 6 circuits) for electrical connection, see below Table 5.Pad Description Comments1 n.c. Nonfunctional, connect to GND or leave floating2 SDA (data) Serial data, bidirectional3 VDD Supply voltage4 GND Ground5 SCL (clock) Serial clock, bidirectional6 n.c. Nonfunctional, connect to GND or leave floatingTable 5: Pin assignment3Sensor Output Signal Description3.1Flow Rate MeasurementAfter the sensor receives the “start continuous measurement” command it enters the continuous measurement mode and continuously performs measurements of ~0.5 ms length. Therefore, the flow rate value is updated every 0.5 ms (see Table 3).The output flow rate value corresponds to the average x of all individual 0.5 ms measurements x i since the last read out. This has the benefit that the user can read out the sensor at his own desired speed, without losing information and thus prevents aliasing. During the first 100 ms of averaging, the averaged value is obtained as the arithmetic mean.x̅=∑x i NNi=1for t<100 msWhen the reading speed is slower than 100 ms, the sensor will continue to average, but with a different algorithm. In this algorithm exponential smoothing is used, with a smoothing factor α = 0.0125.S k= α∙ x i+(1− α)∙ S k−1,S0=x,̅ for t>100 msWhere S0 is the arithmetic mean value after the first 100 ms and the output flow rate value corresponds to the last available S k.With an exponential smoothing factor of α = 0.0125 the user receives approximately an average value of the last 100 ms. In order not to lose information the sensor should be read out at least once every 100 ms.Please refer to relevant literature for more information about exponential smoothing. When the sensor has entered exponential smoothing, this is indicated by bit 5 being set to high (=1) in the signaling flag output of the sensor (see section 3.3).3.2Temperature MeasurementThe temperature is measured every ~12 ms (see Table 3) with the help of an additional onboard temperature sensor. It provides the chip’s temperature, which is influenced by the environmental, and the fluid’s temperature. T he temperature values are not averaged as described above. The read out temperature value corresponds always to the latest temperature measurement available.1 (6)3.3Extended Features for Failure Mode DetectionThe SLF3S-1300F sensor uses Sensirion’s latest flow chip generation. This enables detecting failures like air-in-line or flow rates exceeding the output limit of the sensor. Such conditions are indicated as signaling flags to the user.In addition to the flow rate and temperature values, the user can therefore read out several signaling flags (see section 4.3.1), including two flags for failure mode detection as well as a flag indicating whether exponential smoothing is used as averaging algorithm of the flow rate data (see section 3.1).The two signaling flags for failure mode detection, the Air-in-Line and the High Flow flag, report if an air-in-line or high flow event occurred at least once since the last readout took place. I.e. if the sensor is read out again after 50 ms have passed, the signaling flags will be output as “high”, if an air-in-line or high flow condition was detected at least once at any time during the last 50 ms.When using Sensirion’s Viewer Software, the user has to select Signaling Flags under the Type of Measurement dropdown menu to display the signaling flags while taking measurements. An air-in-line condition is displayed as a “1” and a high flow condition is displayed as a “2”.If both conditions occur simultaneously this is hence displayed as “3”. The following sections provide further details about the two available failure mode detection signaling flags.3.3.1Detection of Air-in-LineOwing to the thermal measurement principle of Sensirion’s liquid flow sensors, the sensors can differentiate between air and liquid media filling the flow channel.When air is passing through the sensor, bit 0 of the signaling flags is set to high (= 1). The bit 0 in the signaling flag output stays high until it is read out. See below.Since the air bubble has an impact on the flow velocity profile inside the sensor’s flow channel, the High Flow flag (see below) might also be set at the beginning and at the end of the air bubble.The output of the signaling flags as well as the typically flow rate signal are visualized in the following graphs 1 to 5, while an air bubble travels through the sensor’s f low channel from left to right.3.3.2 Detection of High Flow RatesDuring priming or flushing of fluidic systems, much higher flow rates than the sensor’s output limit might be needed. The sensor is not damaged in these situations as long as the maximum recommended operating pressure is not exceeded. However, high flow rates (that exceed the output limit of the sensor) cause the sensor to saturate or output incorrect flow rate measurements. By checking the High Flow flag this potential error can be monitored and detected reliably. In cases, where the output limit is exceeded, bit 1 of the signaling flags is set to high (= 1). The bit 1 in the signaling flag output stays high until it is read out.3.4 Sensor Start-Up and Warm-Up BehaviorThe maximum time for system power-up is 25 ms until the sensor responds to communication requests.After reset or start-up of the sensor, the sensor’s internal heater is turned off and must be started by performing a Start Continuous Measurement command (see section 4.3.1). The very first measurement is delayed by approximately 12 ms for the SLF3S-1300F liquid flow sensor.Due to the thermal measurement principle, a total warm-up time (to be determined for SLF3S-1300F) is necessary for a reliable measurement. This includes the 12 ms needed for measurement initialization.Time0 ms25 msX: Start continuous measurementX + 12 msX + warm-up timeMax power-up time Warm-up time (tbd)Reliable flow measurementContinuous measurements of~0.5 ms lengthMeasurement initialization //4 Digital Interface DescriptionThe sensor’s digital interface is compatible with the I 2C protocol. This chapter describes the available command set. For detailed information about the I 2C protocol, please consult the document "NXP I 2C-bus specification and user manual" (/documents/user_manual/UM10204.pdf).The physical interface consists of two bus lines, a data line (SDA) and a clock line (SCL) which need to be connected via pull-up resistors to the bus voltage of the system. 4.1 I 2C AddressThe sensor’s I 2C address is 8. The I 2C header is formed by the I 2C address followed by a read or write bit. 4.2 I 2C SequencesThe commands are 16-bit. Data is read from the sensor in multiples of 16-bit words, each followed by an 8-bit checksum to ensure communication reliability.I 2C master sends the write header and writes a 16 bit commandI 2C master sends the read header and receives multiple 16bit words with CRC byte.Dark areas with white text indicate that the sensor controls the SDA (Data) line.I 2C sequences can be aborted with a NACK and STOP condition. 4.3 I 2C CommandsThe command set consists of a set of different commands:▪ Start continuous measurement command ▪ Stop measurement command ▪ Soft reset▪ Entering and exiting sleep mode▪ Read product identifier and serial numberS t a r tW A C KI2CAdr[6:0] Cmd[15:8] A C KCmd[7:0]A C KS t a r tR A C KI2CAdr[6:0] Data1[15:8] A C KData1[7:0] A C KCRC1[7:0] (N )A C KS t o pData2[15:8] A C KData2[7:0] A C KCRC2[7:0] (N )A C KS t o por DataX[15:8] A C KDataX[7:0] A C KCRCX[7:0]N A C KS t o por≈4.3.1Start Continuous MeasurementThe sensor measures both the flow rate and the temperature. Both measurement results can be read out through one single I2C read header while a continuous measurement is running.4.3.2Stop Continuous MeasurementTable 9: I²C command to stop continuous measurementTable 11: Sleep mode commands4.3.5 Read Product Identifier and Serial NumberThe product identifier and serial number can be read out after sending a sequence of two commands.First the I 2C master sends two consecutive write headers and writes 16 bits for each command. Then the I 2C master sends the read header and receives 6 words of 16 bit with a CRC byte after each word.Dark areas with white text indicate that the sensor controls the SDA (Data) line.Table 12: Read product identifierProductProduct number SLF3S-1300F 0x07030201Table 13: Product number for SLF3S-1300FCommand Command code (Hex) Consecutive read DescriptionRead product identifier0x367C 0xE102 Byte1: Product number [31:24] Byte2: Product number [23:16]Byte3: CRCByte4: Product number [15:8] Byte5: Product number [7:0] Byte6: CRCByte7: Serial number [63:56] Byte8: Serial number [55:48] Byte9: CRCByte10: Serial number [47:40] Byte11: Serial number [39:32] Byte12: CRCByte13: Serial number [31:24] Byte14: Serial number [23:16] Byte15: CRCByte16: Serial number [15:8] Byte17: Serial number [7:0] Byte18: CRCNote that both commands need to be preceded with an I 2C write header (I 2C address + W). The second command returns:- 32 bit product and revision number. The numberis listed in the table below.Note that the last 8 bits are the revision number and are subject to change as long as the datasheet is preliminary. - 64 bit unique serial numberS t a r t W A C KI2CAdr[6:0] Cmd1[15:8] A C KCmd1[7:0]A C KS t a r t W A C KI2CAdr[6:0] Cmd2[15:8] A C KCmd2[7:0] A C KByte4 A C KByte5 A C KS t a r tR A C KI2CAdr[6:0] Byte1 A C KByte2 A C K CRC1[7:0] A C KCRC2[7:0] A C K Byte16A C KByte17A C KCRC6[7:0]A C KS t o p≈4.4Checksum CalculationThe 8-bit CRC checksum transmitted after each data word is generated by a CRC algorithm. Its properties are displayed in Table 14. The CRC covers the contents of the two previously transmitted data bytes. To calculate the checksum only these two previously transmitted data bytes are used.5Fluidic Specifications and ConnectionsFigure 3: Dimensions of SLF3S-1300F (all dimensions in mm)7Pressure ratings apply to sensor only; pressure rating of the fitting interface has to be assessed separately.7Mechanical Mounting of the SLF3S-1300F SensorFor mechanical mounting of the SLF3S-1300F sensors, Sensirion provides a mounting clamp. The SLF3x mounting clamp is made from POM (Polyoxymethylene).See Figure 4 below for the two possible mounting orientations of the clamp and how to correctly insert the SLF3S-1300F sensor into the clamp.Figure 4: Guidelines for mounting of the SLF3S-1300F sensor inside the SLF3x mounting clampThe arrow visible on the clamp’s clip holding down the sensor indicates the positive flow direction of the SLF3S-1300F sensor. The 6-pin connector is facing the front of the clamp to allow for an easily accessible cable connection. Standard M2.5 sized screws can be used for the fixation of the clamp.See Figure 5 for detailed dimensions of the SLF3x mounting clamp.Figure 5: Dimensions of SLF3x mounting clamp (all dimensions in mm)8Ordering InformationStandard shipment includes only the sensor, neither cables nor fluidic connection material. In order to allow for fast and easy technology evaluation Sensirion offers a comprehensive SLF3S-1300F evaluation kit.Each SLF3S-1300F evaluation kit contains:▪ 1 pc SLF3S-1300F liquid flow sensor (prototype)▪ 1 pc SLF3x mounting clamp to enable mechanical fixation of the sensoror10Important Notices10.1Warning, Personal InjuryDo not use this product as safety or emergency stop devices or in any other application where failure of the product could result in personal injury. Do not use this product for applications other than its intended and authorized use. Before installing, handling, using or servicing this product, please consult the data sheet and application notes. Failure to comply with these instructions could result in death or serious injury.If the Buyer shall purchase or use SENSIRION products for any unintended or unauthorized application, Buyer shall defend, indemnify and hold harmless SENSIRION and its officers, employees, subsidiaries, affiliates and distributors 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 SENSIRION shall be allegedly negligent with respect to the design or the manufacture of the product.10.2ESD PrecautionsThe inherent design of this component causes it to be sensitive to electrostatic discharge (ESD). To prevent ESD-induced damage and/or degradation, take customary and statutory ESD precautions when handling this product.10.3No WarrantyTHIS PRODUCT IS NEITHER A QUALIFIED NOR A RELEASED PRODUCT. THE PRODUCT IS PROVIDED “AS IS” AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL SENSIRION OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES OR INJURIES; PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THE PRODUCT, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.Recommendations for use do not constitute a warranty, either express or implied, of the fitness or suitability of the product for a particular purpose. SENSIRION does not assume any liability arising out of any application or use of any product and specifically disclaims any and all liability, including without limitation consequential or incidental damages. The product shall only be left to such employees having been informed about the proper handling of the product and being qualified for its respective use.No obligation or liability shall arise or grow out of SENSIRION’s rendering of technical advice, consulting, suppo rt, recommendations, or advice in connection with the product and/or its use. All operating parameters, including without limitation recommended parameters, must be validated for each customer’s applications by customer’s technical experts. Recommended par ameters can and do vary in different applications. SENSIRION reserves the right, without further notice, to change the product specifications and/or the information in this document.Copyright© 2019, by SENSIRION.CMOSens® is a trademark of SensirionAll rights reserved11Headquarters and SubsidiariesSensirion AG Laubisruetistr. 50CH-8712 Staefa ZH Switzerlandphone: +41 44 306 40 00 fax: +41 44 306 40 30 ****************** Sensirion Inc., USAphone: +1 312 690 5858*********************Sensirion Korea Co. Ltd.phone: +82 31 337 7700~3*********************www.sensirion.co.kr Sensirion Japan Co. Ltd.phone: +81 3 3444 4940*********************www.sensirion.co.jpSensirion China Co. Ltd.phone: +86 755 8252 1501*********************Sensirion Taiwan Co. Ltdphone: +886 3 5506701****************** To find your local representative, please visit /distributorsSLF3X MOUNTING CLAMP SLF3X MOUNTING CLAMP.。

JOFRA ASC301多功能信号校准器说明书

JOFRA ASC301 a portable process signal calibrator that provides the functionality and accuracy you expect from a laboratory calibration sys-tem, but compact enough to fit into the tool box and be operated with one hand for easy field calibration.The ASC301 is more than a signal calibrator. Combined with JOFRA’s APM external pressure modules or a JOFRA dry-block calibrator, it will calibrate pressure and temperature, and used together with JOFRACAL even document it as well. For Workshop use a DC power supply is avail-able.The full numerical keypad with a series of function keys and the cursor keys, provide a simple and quick user interface. The new ClearBrite™ graphical display offer the best visibility.The high accuracy of ASC301 has not been achieved on account of frag-ile measurements or source circuitries, the ASC301 has fuse less protec-tion all the way up to 250 VAC – might save you a calibrator, lowers cost of ownership.Advanced Signal CalibratorASC301Read-back displayThe upper half of the graphical display is dedicated to the read-back signal from the device-under-test. This input section is electrically isolated from the circuitry. You can also read pressure from the JOFRA APM pressure mod-ules in this display section.Cursor keysIncremet / decremet outputs, Set step & ramp range.Numeric keyboardA full numeric keyboard gives you the absolute fastest way to reach your desired set point values.Primary displayThis part is used for all input or output combinations. The primary display plus the read-back display gives a full comprehensive and simultaneous input-output funtionality and an excellent overview of the test in progress.Simultaneous input and outputThe ASC301 offers simutaneous input and output. This means that you can calibrate and adjust a temperature transmitter on the table with no other necessary instru-ments.Source the sensor signal loop and input the mA from the transmitter. If you select mA Loop the ASC301 will also supply the 24 VDC for the loop. In the display you will see both your output temperature and the return mA from the transmitter. Enter the zero and full scale values and you can make quick 10% or 25% steps or go direct to zero or full span values. The ASC301 has dedicated keys for this operation so adjustment on the transmitter is made easier.Temperature reading at reference levelThe ASC301 offers the possibility to charaterize an RTD sensor. Use this feature to add a missing special curve or to characterize a reference RTD.If you choose a reference RTD from the accurate and stable STS100 temperature sensors, they will be deliv-ered with a traceable calibration certificate including the neccessary Van Dusen coefficients. Enter the figures into the ASC301 and you have a temperature reference. Complement this with a JOFRA dry-block temperature calibrator and your ASC301 becomes the heart of your portable calibration lab.Fuseless protectionIf you by mistake connect the ASC301 to the mains sup-ply, the instrument is protected with a fuseless protection feature. This feature protects the instrument on up to 250 VAC on any combination of connections made on the test lead connectors and prevents expensive repairs and reca-libration of the instrument.To avoid injury never connect the instrument to the mains supply!Menu keysThree navigation keys. Their function is clearly explained in the bottom of the display.Terminal blockAll input and output connectors are placed away from the display and keyboard to give you the maximum freedom to operate the unit.We call it the wire-less keybord…Direct input, full numeric keypad. Easy output entry of specific valuesEasy single digit adjustment, by cursor keys. Ideal for gauges and tweaking tasks User adjustable ramp and step time. Very wide range, from 5 to 999 seconds Dual pressure display measure-ments, enable eay pressure con-versionUseful soft case (optional)ASC301 can be delivered with a padded soft case as anoption. The spacey soft case is designed for protectionduring transport. The soft case has separate compart-ments for ASC301 (w/Velcro strap), test leads, test hoses,temperature probe, and JOFRA APM pressure module. Ashoulder strap ensures convenient transportation whenclimbing ladders, etc. The manual and calibration docu-ments fit into a pocket on the front of the soft case.Charger for rechargeable batteries (optional)The ASC301 indicator use 4 batteries. To save energy andalways have loaded battteries, it is possible to buy a batt-teri charger.Automatic leak test, adjustabletimer and automatic calculation toleak rate / minuteQuasi automatic pressure switchtest, records automatically, open,close and deadband valuesOnline % error calculation, fast andresponsive reading, for calibrationand adjustment tasksOnline scaling, get the differencein the actual unit, saves calculationtime and potential errors in the fieldJOFRACAL calibration software ensures easy calibrationof RTD´s, thermocouples, transmitters, thermoswithes,pressure gauges and pressure switches. JOFRACAL canbe used with all JOFRA calibration instruments. Whenused with ASM-800 signal multi scanner, JOFRACAL canperform a simultaneous semi automatic calibration on upto 24 pressure and/or temperature devices under test inany combination.JOFRACAL software controls the complete calibrationprocedure, stores the results and provides a calibrationaudit trail through hard-copy certificates. All calibrationdata are stored for each sensor to monitor drift and op-timise recalibration intervals. A scheduler feature allowsplanning of future calibrations.OPTION T - Temperature Sensor• Option T, temperature sensor,-40 to 155°C (-40 to 311°F)• Delivered with international traceable calibrationcertificate and CvD coefficients, ready to enter intoany JOFRA ASC• Sensor dimensions ø 4 x 200 mm + handle• Calibration points, -40/-20/0/50/100/155°C(-40/-4/32/122/212/311°F)• Calibration accuracy ± 0.030°C (0.054°F)STANDARD DELIVERY• JOFRA ASC301 instrument• Battery set (4 x AA)• Manual• Set of test leads• Handy soft case, with pocket for the test leads and anopening in the top to provide easy access to the testterminals• NIST traceable certificateSPECIFICATIONS JOFRA APM PRESSURE MODULESWhen used with pressure modules the ASC301 becomes a true pressure calibrator with features such as; leak test, switch test, scaling and online % error calculations.The APM series of pressure modules by JOFRA are com-patible with the AMC900, AMC910, ASC300, ASC301or HPC500, HPC502 or HPC600 calibrators. The APM external pressure modules includes more than 24 models available with gauge, absolute, differential, and vacuum pressure references and in metric and imperial engineer-ing units. The modules are engineered for in-plant, field, or laboratory use. They are ready-to-use with immediate recognition and use of the module once plugged into the calibrator.17 built-in engineering units(psi, inH2O@4°C, inH2 O@20°C, inH2 O@60°F, inHg@0°C, ftH2 O@4°C, ftH2O@20°C, ftH2O@60°F, bar, mbar, kPa, kg/cm 2, cmH 2O@4°C, cmH2O@20°C, mH2O@4°C, mH2 O@20°C, mmHg@0°C)Ambient temperature specificationsOperating temperature ................-10 to 50°C / 14 to 122°F Storage temperature ....................-20 to 60°C / -4 to 140°F All specifications specifiedat ambient temperature: ..................23°C ±5°C / 73°F ±9°F Outside ambient 23°C ±5°C ......................±0.003% rdg/°C Outside ambient 73°F ±9°F ......................±0.0017% rdg/°F Power specificationsBatteries .....................................................4 x AA batteries Mains adapter ...................9VDC/200mA - 230VAC/115VAC Low battery warning .......................................................Yes RS232 communication interfaceConnector: .......................................................3.5 mm jack Communication rate .................................9600 baud, ASCIIPhysical specifications (LxHxW)Instrument .........................235x53x95 mm / 9.3x2.1x3.7 in Weight inclusive batteries ...............................590 g / 21 oz Instr. in soft case .............250x95x110 mm / 9.8x3.7x4.3 in Weight incl. test leads & shoulder strap ....1030 g / 360 oz Shipping cargo box size .........................285x110x160 mm ......................................................................11.2x4.3x6.3 in Shipping weight ...........................................1380 g / 38 oz MiscellaneousCE - EMC ..EN50082-1: 1992 and EN55022: 1994 Class B Safety: ...................................CSA C22.2 No. 1010.1: 1992Thermocouple - TCTC types ...............................J K T E R S B C XK BP L U N Cold junction compensation ON/OFF control ...............Yes SPECIFICATIONSMaximum current output in voltage ranges is 3 mA with an output imped-ance of <= 1 ohmwave only.Output amplitude is adjustable from 1 to 20 V and is a square wave with a 50% duty cycle.For output frequency, a slight negative offset of approximately -0.1 V is present to assure zero crossing.Maximum current output is 1 mA with an output impedans of <= 1 ohm.Unit is compatible with pulsing transmitters. Pulse response is <= 5 mSec.Does not include thermocouple wire error and CJC.Current - mA and loopRange mA .......................................0 to 24 (-25% to 125%)Loop power for transmitters ............................Yes, 24 VDCIsolated input ..................................................................Yes Resistance - RTDRTD types ........Pt10 Pt25 Pt50 Pt100 Pt200 Pt500 Pt1000 ........................................ Cu10 Cu50 Cu100 Ni120 YSI400Response time .......................................Less than 5 mSec.Connection ...................................................2, 3 and 4-wireRead accuracy is based on 4 wire input.Source accuracy in terminals 2 wire source.Max. load on mA source is 1000 ohmsVoltage input range on simulation mode is 5 to 30 V* Stainless steel isolated pressure sensorSpecified temperature range 23°C ± 5°C / 73°F ± 9°FF.S. (full scale) is the numerical value of the positive pressure range.Accuracy includes hysteresis, nonlinearity, repeatability and referencestandard uncertainty, 1 Year typical long-term stability, operated inside therated temperature span and pressure range.Requiring frequently zeroing (Gauge/diff.) or entering of reference pressure(Absolute).Information in this document is subject to change without notice. ©2011, by AMETEK, Inc., . All rights reserved.AMETEK Test & Calibration InstrumentsA business unit of AMETEK Measurement & CalibrationTechnologies Division offering the following industryleading brands for test and calibration instrumentation.JOFRA Calibration InstrumentsTemperature CalibratorsPortable dry-block calibrators, precision thermometersand liquid baths. Temperature ranges from-90°C(-130°F) to 1205°C(2200°F). Temperature sensorsfor industrial and marine use.Pressure CalibratorsConvenient electronic systems ranging from -25 mbar to1000 bar - fully temperature-compensated for problem-free and accurate field use.Signal InstrumentsProcess signal measurement and simulation for easycontrol loop calibration and measurement tasks.M&G Pressure Testers & PumpsPneumatic floating-ball or hydraulic piston dead weighttesters with accuracies to 0.015% of reading. Pressuregenerators delivering up to 1,000 bar.Lloyd InstrumentsMaterials testing machines and software from LloydInstruments guarantees expert materials testingsolutions. The comprehensive program also coversTexture Analysers to perform rapid, general food testingand detailed texture analysis on a diverse range of foodsand cosmetics.Davenport Polymer Test EquipmentAllows measurement and characterization of moisture-sensitive PET polymers and polymer density.Chatillon Force MeasurementThe hand held force gauges and motorized testershave earned their reputation for quality, reliability andaccuracy and they represent the de facto standard forforce measurement.Newage Testing InstrumentsHardness testers, durometers, optical systems andsoftware for data acquisition and analysis. ORDERING INFORMATION - ASC301121983 Extension Cable for Type K - 5 m122523 Extension Cable for Type N - 5 m120519 Thermocouple Male Plug - Type Cu-Cu - White120518 Thermocouple Male Plug - Type R / S - Green120517 Thermocouple Male Plug - Type K - Yellow120516 Thermocouple Male Plug - Type J - Black120515 Thermocouple Male Plug - Type T - Blue120514 Thermocouple Male Plug - Type N - Orange2206011 Thermocouple plug + K wire + alligator2206012 Thermocouple plug + T wire + alligator123958 RS232 cable with stereo Jack connector, 2m / 6ft124720 Mains adapter 9VDC/200mA - 230VAC/115VAC124716 4x 1,5 Volt rechargeable batteries124718 Charger for rechargeable batteries - 115/230 VAC125002 Edgeport Converter with 4 pcs of RS232 ports65-PT100-LB-CABLE - Cable 2 m (6.6 ft.) with LEMO/Banana connectorsACCESSORIESOrder No.DescriptionBase model numberASC301Multi-function Signal CalibratorCertificateG NIST traceable certificate (standard)H Accredited certificate (optional)Accessories (Optional)A External Power SupplyB Rechargeable Battery PackC Softcase with shoulder strapT Temperature Sensor Pt100 incl. traceable certificateSample order numberASC301 G C JOFRA ASC301 with NIST traceable certificate and softcase。

爱斯顿F-框系列C型型号FD3015完整封装筒胶电路保护器说明书

Eaton FD3015Eaton Series C complete molded case circuit breaker, F-frame, FD, Complete breaker, Fixed thermal, Fixed magnetic trip type, Three-pole, 15 A, 600 Vac, 250 Vdc, Load side, 50/60 HzGeneral specificationsEaton Series C complete molded case circuit breakerFD30157866793056073.38 in 6 in4.13 in 4.5 lb Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.UL Listed Product NameCatalog Number UPCProduct Length/Depth Product Height Product Width Product Weight WarrantyCertificationsSeries C35 kAIC at 480 Vac65 kAIC at 240 VacFFD50/60 HzComplete breakerLoad side600 Vac, 250 Vdc15 AFixed thermal, fixed magnetic Three-pole Application of Tap Rules to Molded Case Breaker Terminals Application of Multi-Wire Terminals for Molded Case Circuit BreakersUL listed 100%-rated molded case circuit breakersCurrent limiting Series C molded case circuit breakers product aidCircuit breaker motor operators product aidPlug-in adapters for molded case circuit breakers product aidMOEM MCCB Product Selection GuideMotor protection circuit breakers product aidStrandAble terminals product aidMulti-wire lugs product aidPower metering and monitoring with Modbus RTU product aidBreaker service centersCounterfeit and Gray Market Awareness GuideMolded case circuit breakers catalogEaton's Volume 4—Circuit ProtectionFD3 3D Model XchangeFD3 2D Drawing XchangeFD3 3D InventorF-frame Molded Case Circuit Breaker DrawingFD3 2D PDFTime Current Curves for Series C® F-Frame Circuit BreakersInstallation Instructions for EHD, EDB, EDS, ED, EDH, EDC, FDB, FD, HFD, FDC, HFDDC Circuit Breakers and Molded Case SwitchesCircuit breakers explainedCircuit Breakers ExplainedSeries C G-Frame molded case circuit breakers time current curves MOEM MCCB product selection guideSeries C J-Frame molded case circuit breakers time current curvesEaton Specification Sheet - FD3015SeriesInterrupt ratingFrameCircuit breaker type Frequency ratingCircuit breaker frame type TerminalsVoltage rating Amperage RatingTrip TypeNumber of poles Application notesBrochuresCatalogsDrawingsInstallation instructions MultimediaSpecifications and datasheetsEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmediaSeries C F-Frame molded case circuit breakersF-Frame 310+ Molded-case circuit breakers 15-225A。

AR0130规格承认书

规格承认书SPECIFICATION FOR APPROVAL 客户CUSTOMER：名称PART NO:1/3英寸GN—AHD AR0130(130W)品名PART NAME:GN—AHD AR0130核准APPROVED BY:GN—HZ目录封面 (1)目录 (2)第一章什么是AHD (3)1.AHD定义 (4)第二章AHD的格式特点 (5)1.AHD格式 (5)2.AHD特点 (5)第三章AHD模拟CVI对比 (6)第四章出品外观尺寸及连接脚位定义图 (7)1.正面图 (7)2.背面图 (8)3.脚位定义 (9)第五章电器性能 (10)1.使用指导 (10)2.电器性能（绝对值） (10)3.电器性能（视频输出电平值） (10)4.规格参数 (11)第六章高纳电子.....................................................................................................12.13第七章使用前注意项 (14)八、产品变更记录 (15)第一章什么是AHD1.AHD定义AHD代表的是Analog High Definition。

Analog High Definition意思为模拟高解析度。

关于High Definition，简单来说，我们通常会把物理分辨率达到720p以上的格式则称作为高清，简称HD。

其指的画面垂直解析度为1080i、720p或1080p。

1080i就是指解析度为1920×1080，采交错扫描，每秒呈现30个完整画面；720p就是指解析度达1280×720，采循序逐行扫描，每秒呈现60个完整画面；1080p就是指解析度达1920×1080，采循序扫描，每秒呈现60个完整画面。

AHD是基于AHD协议，采用模拟同轴电缆传输逐行扫描的高清视频。

AHD支持普通75-3同轴视频线传输长达500米距离且图像无损耗；AHD是一种低成本、高像素、长距离、无延时、高效率、抗干扰强、易安装的百万像素级别高清视频传输技术；具有白天色彩逼真、色彩亮丽、超高清夜视效果、无雪花；适用于工厂、超市、学校、办公场、适用于旧系统的升级改造，可在不改变原有系统的基础上，将标清轻松升级为高清。

IES013ZE-AG中文资料

Setpoint Accuracy±1% Line Regulation V in Min. - V in Max., I out Rated0.2% V out Load Regulation I out Min. - I out Max., V in Nom.0.5% V out Minimum Output Current10 % Dynamic Regulation, Loadstep25% I out Pk Deviation4% V out Settling Time500 µs Voltage Trim Range±10% Short Circuit / Overcurrent Protection Shutdown / Hiccup Current Limit Threshold Range, % of I out Rated110 - 140% OVP Trip Range115 - 140% V out Nom. OVP Type Second Control Loop, Self-Recovering •RoHS lead-solder-exemption compliant •20 W standard package•100 °C case operation• 3.3 V output available• Open-frame or encapsulated•87% efficiency at 5 V•Wide range input•1500 V isolation•Short circuit protectionDescriptionFeaturesVoltage Range24 VDC Nominal 16 - 36 VDC48 VDC Nominal36 - 72 VDCInput Undervoltage Lockout<34V or <17VUVLO Hysteresis1V Nom.Reflected Ripple25 mAInput Reverse Voltage Protection Shunt DiodeInputOutputGeneralTurn-On Time10 msRemote Shutdown Positive LogicSwitching Frequency300 kHz Open Frame / 450 kHz Cased IsolationInput - Output1500 VDC Input - Case (24 Vin Units)500 VDC Output - Case (48 Vin Units)500 VDC Temperature Coefficient0.03%/°C Case TemperatureOperating Range-40 To +100 °C Storage Range-40 To +125 °C Humidity Max., Non-Condensing95% Vibration, 3 Axes, 5 Min Each 5 g, 10 - 55 Hz MTBF†(Bellcore TR-NWT-000332) 1.9 x 106hrs Safety UL, CSA, EN60950 Weight (approx.) 1.2 ozNotes†MTBF predictions may vary slightly from model to model.Specifications typically at 25 °C, normal line, and full load, unless otherwise stated.Soldering Conditions: I/O pins, 260 °C, ten seconds; fully compatible with commercial wave-soldering equipment.Safety: Agency approvals may vary from model to model.Please consult factory for specific model information.Units are water-washable and fully compatible with commercial spray or immersion post wave-solder washing equipment.IES dc-dc converters provide up to 20 watts of output power in an industry-standard package. With 87% efficiency and a maximum case temperature of 100 °C, the IES is well suited for the most demanding telecom, networking, and industrial applications. The IES features 1500 VDC isolation, short circuit, and overtemperatureprotection.Technical SpecificationsMechanical DrawingThermal ImpedanceNote:Thermal impedance data is dependent on many environmental factors. The exact thermal performance should be validated for specific application.Encapsulated Open FrameModules Modules Natural Convection 15.4 °C/W 14.9 °C/W 100 LFM 12.2 °C/W 11.3 °C/W 200 LFM 9.3 °C/W 8.3 °C/W 300 LFM 7.4 °C/W 6.8 °C/W 400 LFM6.4 °C/W 5.4 °C/WPin Function 1+V in 2-V in 3No Pin 4 Shutdown 5+V out 6-V out 7Trim 8No Pin 9No PinTolerancesInches: (Millimeters).XX ± 0.020 .X ± 0.5.XXX ± 0.010 .XX ± 0.25 Pin:± 0.002 ± 0.05Case:+ 0.04, - 0.00+ 1.0, - 0.00(Dimensions as listed unless otherwise specified.)NOTES:* Maximum input current at minimum input voltage, maximum rated output power.** At nominal V in , rated output.Model SelectionNUCLEAR AND MEDICAL APPLICATIONS - Power-One products are not designed, intended for use in, or authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the respective divisional president of Power-One, Inc.TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice.Model numbers highlighted in yellow or shaded are not recommended for new designs.。

ESP-C3-13-Kit 规格书说明书

文档“按现状”提供，不负任何担保责任，包括对适销性、适用于特定用途或非侵权性的任何担保，和任何提案、规格或样品在他处提到的任何担保。

本文档不负任何责任，包括使用本文档内信息产生的侵犯任何专利权行为的责任。

本文档在此未以禁止反言或其他方式授予任何知识产权使用许可，不管是明示许可还是暗示许可。

文中所得测试数据均为安信可实验室测试所得，实际结果可能略有差异。

Wi-Fi联盟成员标志归Wi-Fi联盟所有。

文中提到的所有商标名称、商标和注册商标均属其各自所有者的财产，特此声明。

最终解释权归深圳市安信可科技有限公司所有。

注意由于产品版本升级或其他原因，本手册内容有可能变更。

深圳市安信可科技有限公司保留在没有任何通知或者提示的情况下对本手册的内容进行修改的权利。

本手册仅作为使用指导，深圳市安信可科技有限公司尽全力在本手册中提供准确的信息，但是深圳市安信可科技有限公司并不确保手册内容完全没有错误，本手册中的所有陈述、信息和建议也不构成任何明示或暗示的担保。

文件制定/修订/废止履历表版本日期制定/修订内容制定核准V1.02021.05.10首次制定陈莹莹徐宏目录1.产品概述 (5)1.1.特性 (6)2.主要参数 (7)2.1.电气参数 (7)2.2.电气特性 (8)2.3.WIFI射频参数 (8)2.4.BLE射频性能 (9)2.5.功耗 (9)3.外观 (10)4.管脚定义 (11)5.原理图 (13)6.设计指导 (13)6.1.供电 (13)6.2.天线布局要求 (13)7.回流焊曲线图 (14)8.包装信息 (15)9.联系我们 (15)1.产品概述ESP-C3-13-Kit开发板是安信可针对ESP-C3-13模组而设计的一款核心开发板，该开发板延续了NodeMCU开发板的经典设计，引出全部I/O至两侧的排针，开发者可以根据自己的需求连接外设。

EN301489-3中文资料(List Unclassifed)中文数据手册「EasyDatasheet - 矽搜」

应用
EPOS设备,条码扫描器
数据记录器工业遥测和遥控在建设环境监测和控制高端安全和火灾报警器
DGPS系统车辆数据上载/下载
技术摘要
尺寸：33×23×10毫米工作频率：151.300MHz 电源电压范围：100mW发射器3.8V - 15V,接收器：3.0V-15V 电源电压范围：10毫瓦发射机3.0V - 15V,接收器：3.0V-15V 消耗电流：80毫安发送@ 100mW,8毫安接收数据比特率：10kbps最大值. （标准模块） RSSI输出为-60dBm范围 10kbps,-120dBm灵敏度（12 dB信纳）
typ.
max. units notes
-120
dBm
-115
dBm
-127
dBm
60
dB
kHz
85
dB
60
dB
70
dB
2
65
dB
-70
dBm
3
-60
dBm
3
5
kHz
400
mV P-P
7
0.8
V
TBD
%
TBD
pF
TBD
ms
2
10
ms
TBD
ms
TBD
ms
0.1 ms
8
50
80
%
8
侧视图（通过CAN）
侧视图（带CAN）
10 mm
RF GND 1 天线2 RF GND 3
4 5 无引脚 6 7 8 0电压 9
顶视图（不能够）
30.48 mm 33 mm
图 4： BiM1引脚和维 43mm
18 0电压 17 Vcc 16 RX选择 15 TX选择 14 TXD 13 AF 12 RXD 11 RSSI 10 0电压

光纤传感器说明书fx301-c)

ض‬⡄ปዱँ⣺16஁ຣ૗‫ ض‬ƹ ٨ ँ⣺⭶ᣴሧ஁ຣ૗‫ض‬ཙ高⛭‫ڼ‬2஁⟴ ߆൦ᴄ⢦
CN-71-CƜ ෭⊣ᖐ̊ᴄ⢦ƹ ٨ ਃ⨓ϱ‫ض‬ϐFX-301
P ࠬᴄ⢦ϐFX-301
P -C1ᅪ‫߆ ھ‬ཙ高⊎္ཙ⚉வʒ္ ⚓ϐҁƹ ٨ ਃ͢ϐऎ෣ᮓཅ࢈ጀ⚓ϐऎ෣ᮓᅪ‫߆ ھ‬ཙ高⛭⨓ϱ‫ض‬⡳⟴൸高‫ء‬ॡ࢈ጀ⚓ϐ ऎ෣ᮓ⚓ߵԒ↵ೊ͢ϐऎ෣ᮓƹ✳ࠍ͢ϐऎ෣ᮓཅ࢈ጀ⚓ϐऎ෣ᮓ஌૕⚓ሑ↥高 ⊎ᓣࣰé15͢ϐऎཅ࢈ጀ⚓ϐऎ஌૕⚓ሑ↥êƹ ٨ ভઑᕯઁ੪‫Ɐٳ⚉⚓‒ڹ‬⡄ॡ̝෣ᮓཅ՛ʽ⚓ᄽൽⶳ̤ຣ૗‫ض‬஌૕‫إ‬ⓟƹܸἰ高 ሧ௺ϐҁຣ૗‫ँض‬⣺ཙ高⹾⮄↵ೊʒ္ϐҁƹἰ‒高FX-303
5 ຣ૗‫ँض‬⣺
٨ ⊎⹾ᶾॡᴄࢢ✳ᙅ⚓ത⋵݄↵ೊ✘̮͒ຣ૗‫ض‬ƹ ٨ ⹾ᶾᔙⅇ ߆ጯರጿᏞ高ʽⱹ٥⛇ँ⣺⨓ϱ⚓ຣ૗‫⚓ض‬ᄽᏐ⣊‫⚓ٳ‬ƹ ٨ ँ⣺⨓ϱሧ஁‫⚓⛩ڹ‬ຣ૗‫ض‬ཙ高⹾ᶾਃʽᄷ↵ೊॡDINႶ⠾⛩ƹ ٨ ຣ૗‫⨓⛇ض‬ϱത⋵ॡDINႶ⠾⛩‫ٽ‬೿ཙ高ਃʽᄷ↵ೊॡሧᏦ↵ೊ⚓ᯒ൚
MS-
DIN-E
35『85% RH高⮄✼ཙ黑35『85% RH ᯫഄLED
❻஺ऎ
‒▩छᣗABS⤏⇜ઈ▴ਛᰔ෾␓✳জ➉
㧙 ࢽ20g
ᥰ‫ܥ‬0.3mm2 3͉Ǐ▁⋜ࢧᴄ⢦1mઃ ࢽ60g
ಳ1 黑ँ⣺⨓ϱ5஁‫⨓⚓⛩ڹ‬ϱ‫ض‬ϐFX-301(P)ཙ高⊣50mAƹ
ಳ2 黑੢␓ᴄࢢཙ◩ⶳዱཙ൫೿⚉‫ٳ‬ভઑᕯƹ
ŋ ਃຣ૗‫↵ض‬ೊΩስΩ↵ೊॡ⩂35mmDINႶ⠾⛩ƹ Ō ਃຣ૗‫↵ض‬ೊΩስΩፊᓕ⩂35mmDINႶ⠾⛩高ॗ
ਃ↵ೊΩඒΩೊᓕDINႶ⠾⛩ƹ
ԙ
Ԙ ⩂35mmDINႶ⠾
ຣ૗‫̮͒ض‬
ŋ ʵඒ૑೿ຣ૗‫ض‬ƹ Ō ᶞ⟴ඒΩ⟺⡄̮݄ƹ

zxfv301_v10中文资料_数据手册_IC数据表

DEVICE DESCRIPTIONThe ZXFV301is a 4:1high speed analog switch designed for use as a buffered video multiplexer and other high-speed applications.It features low different gain and phase distortion.The high speed high output current capability provides 75⍀cable drive for use in high performance video applications.The input channel is selected by means of four logic lines.An output enable line allows expansion to eight channels using two devices ZXFV301as shown in the example application figure 1.An alternative device,ZXFV302has a seperate datasheet and provides the same functionality and pin-out as the ZXFV301but with only two logic lines controlling the switch via a decoder.FEATURES AND BENEFITS•3dB Bandwidth 300MHz •Slew rate 450V/␮s •Differential gain 0.01%•Differential phase 0.04Њ•Output current 40mA •Stable up to 100pF load •Ϯ5 Volt supply •Supply current 19mA •16 pin SO packageAPPLICATIONS•Video routing and switching •CCTV switching•Video distribution selection•RGB multiplexing•High frequency instrumentation Data acquisition•Data acquisitionZXFV301ISSUE 2 - NOVEMBER 200214:1 HIGH SPEED MULTIPLEXERPart Number Container IncrementZXFV301N16TA Reel 7″500ZXFV301N16TCReel 13″2500Ordering informationConnection DiagramFig.1:Typical Application for 8 channel CCTVhttps://ABSOLUTE MAXIMUM RATINGSSupply voltage V CC -0.5V to +6V Supply voltage V EE-6V to +0.5VAnalog inputs to ground V EE -0.5V to V CC +0.5V Digital inputs to ground -0.5V to V CC +0.5VOutputs to ground*V EE -0.5V to VCC +0.5V Output current, max continous40mAOperating Ambient Temperature Range -40ЊC to 85ЊC Storage -65ЊC to 150ЊC Operating Junction temperature T JMAX150ЊC****The thermal resistance from the semiconductor die to ambient is typically 120ЊC/W when the SO16package is mounted on a PCB in free air.The power dissipation of the device when loaded must be designed to keep the device junction temperature below T JMAX .*During power-up and power-down,these voltage ratings require an appropriate sequence of applying and removing signals and power supplies.ZXFV301ISSUE 2 - NOVEMBER 20022PARAMETERCONDITIONS TEST MIN TYP MAX UNIT Supply Voltage V+ 4.755 5.25V Supply Voltage V--5.25-5-4.75V Positive supply current P 151922mA Negative supply current P 91418mA Voltage gain DCP 0.99 1.000 1.01V/V Input Common mode Voltage P Ϯ3V Input resistance P354555k ⍀Output offset Voltage All channels held at 0V P -10+10+30mV Input bias current Active channels held at 0VP -25-11+5␮A Output Voltage swing P Ϯ3V Output drive current P 40mAOutput resistance C1⍀Output resistance Disabled (EN low)P 1.53 4.5M ⍀Positive PSRR P 4054dB Negative PSRRC 3051dB Small signal bandwidth 1C300MHz Slew rate,25%to 75%2V pk-pkC 450V/␮s Logic input HIGH V Hmin C 2V Logic input LOW V LmaxC0.8V Logic input current I INHIGH logic input voltage =5V C 5pA Logic input current I INLOWlogic input voltage =0VC-70␮AELECTRICAL CHARACTERISTICSϮ5V power supplies,T amb = 25ЊC unless otherwise stated.R L = 150⍀, C L = 10pFCharacteristics apply to channel selected, and EN input HIGH unless otherwise stated Test level:P = 100% production test C = characterised onlyhttps://ZXFV301CHARACTERISTICSISSUE 2 - NOVEMBER 20024APPLICATIONS INFORMATIONIntroductionA typical circuit application is outlined in Figure1, above,where two devices are combined to provide 8-to-1multiplexing.A more detailed basic application circuit for4dc-coupled channels is given in Figure3, and an AC coupled circuit for8channels is shown in Figure 4.These circuits are suitable for75⍀transmission line connections at both the input and the output and are useful for distribution of wide-band signals such as video via cables.The75⍀reverse terminating resistor at the output gives the correct matching condition to a terminated video cable.The amplifier load is then 150⍀.The wide bandwidth of this device necessitates some care in the layout of the printed circuit.Partly for this reason,an Evaluation Circuit board is available and is described in a later paragraph.A continuous ground plane is required under the device and its signal connection paths,to provide the shortest possible ground return paths for signals and power supply filtering.A double-sided or multi-layer PCB construction is required,with plated-through via holes providing closely spaced low-inductance connections from some components to the continuous ground plane(some of these holes are not visible in the figures for the Evaluation Circuit Board–artworks and NC drill output can be provided if required).For the power supply filtering,low inductance surface mount capacitors are normally required.It has been found that very good RF decoupling is provided on each supply using a1000pF NPO size0805ceramic surface mount capacitor,closest to the device pin,with an adjacent0.1␮F X7R capacitor.Other configurations are possible and it may be found that a single0.01␮F or 0.1␮F X7R capacitor,size0805or smaller,on each supply gives good results.However this should be supported by larger decoupling capacitors elsewhere on the printed circuit board.Values of1to10␮F are recommended,particularly where the voltage regulators are located more than a few inches from the device.These larger capacitors are recommended to be solid tantalum electrolytic or ceramic types. Evaluation CircuitAn evaluation circuit is available,constructed on a double-side printed circuit board.The circuit is suitable for both the ZXFV301and ZXFV302and either device may be fitted.Figures5and6show the circuit diagram, and the layout of components and copper.A parts list is provided below.This layout serves as a useful example for many applications,showing the practical implementation of the advice given above in the Introduction.BNC connector sockets allow connection to test instruments via50⍀cables.The output circuit includes a resistor matching circuit to present a load of150⍀to the device and simultaneously provide50⍀output impedance.The attenuation of this matching circuit is 15.45dB.As the device has unity voltage gain,the overall loss when loaded by 75⍀is also 15.45 dB. EVALUATION CIRCUIT PARTS LIST:ZXFV301ISSUE 2 - NOVEMBER 20025QTY CCT-REF VALUE DESCRIPTION Resistors,surface mount4R1,R2,R3,R451R08054R5,R6,R7,R822k08051R9120R08051R1062R08051R1110R08055R12to R1647k0805Capacitors,surface mount6100nF25V ceramic0805X7R21nF50V ceramic0805NPO210␮F16V Tant Elec sizeCIntegrated Circuits1U1ᎏZetex ZXF301N16or ZXFV302N16 Miscellaneous5ᎏBNC Socket,PCBstraight flange,e.g.TycoB35N14H999X99 1ᎏ3-way PCB screwterminal block IMO20.501/3SB1SW1ᎏDIL switch,8way 10TP1to TP10ᎏPCB test terminal,red,W.Hughes100-107https://ZXFV301ISSUE 2 - NOVEMBER 20026F i g u r e 3:B A S I C A P P L I C A T I O N C I R C U I T ,4C H A N N E L D C C O U P L E D ,D U A L S U P P L I E SZXFV301ISSUE 2 - NOVEMBER 20027F i g u r e 4 : C C T V C I R C U I T W I T H 8 C A M E R A F R O M S I N G L E S U P P L YZXFV301ISSUE 2 - NOVEMBER 20028SHOWING TOP COPPER(overall dimensions 4x3 inches)https://ZXFV301(viewed through from top)https://ISSUE 2 - NOVEMBER 20029ZXFV301ISSUE 2 - NOVEMBER 200212EuropeZetex plcFields New Road ChaddertonOldham, OL9 8NP United KingdomTelephone (44) 161 622 4422Fax: (44) 161 622 4420uk.sales@Zetex GmbHStreitfeldstraße 19D-81673 München GermanyTelefon: (49) 89 45 49 49 0Fax: (49) 89 45 49 49 49europe.sales@AmericasZetex Inc700 Veterans Memorial Hwy Hauppauge, NY11788USATelephone: (631) 360 2222Fax: (631) 360 8222usa.sales@Asia PacificZetex (Asia) Ltd3701-04Metroplaza, Tower 1Hing Fong Road Kwai Fong Hong KongTelephone: (852) 26100 611Fax: (852) 24250 494asia.sales@These offices are supported by agents and distributors in major countries world-wide.This publication is issued to provide outline information only which (unless agreed by the Company in writing) may not be used, applied or reproduced for any purpose or form part of any order or contract or be regarded as a representation relating to the products or services concerned. The Company reserves the right to alter without notice the specification, design, price or conditions of supply of any product or service.For the latest product information, log on to©Zetex plc 2002PACKAGE OUTLINEConforms to JEDEC MS-012AC Iss C (SO16N)。

ICS, IP69K, M12 产品系列说明说明书

ICS, IP69K, M12Product DescriptionType SelectionConnec- Body RatedOrdering no. Ordering no. Ordering no. Ordering no.tion style operating NPN,PNP,NPN,PNP,distance S n Normally openNormally openNormally closedNormally closedStandard range Plug Long 2 mm 1) ICS12LF02NOM1-FB ICS12LF02POM1-FB ICS12LF02NCM1-FB ICS12LF02PCM1-FBPlug Long 4 mm 2) ICS12LN04NOM1-FB ICS12LN04POM1-FB ICS12LN04NCM1-FB ICS12LN04PCM1-FB Extended range Plug Long 4 mm 1) ICS12LF04NOM1-FB ICS12LF04POM1-FB ICS12LF04NCM1-FB ICS12LF04PCM1-FB Plug Long8 mm 2)ICS12LN08NOM1-FB ICS12LN08POM1-FB ICS12LN08NCM1-FB ICS12LN08PCM1-FB1)For flush mounting in metal 2)For non-flush mounting in metalStandard and Extended Range, Stainless Steel Housing Types ICS, IP69K, M12A family of inductive proxim-ity switches in stainless steel (A I S I316L) ideal for food and beverage applications where sensors are exposed to high pressure and high temperature cleaning pro-cesses.They are fully sealed and acid and alkaline cleaning (Ecolab certified). P68 and P69K-rated products. Out-put is open collector NPN or PNP transistors.• Sensing distance: 2 to 8 mm • Flush or non-flush mountable • Long body version• Rated operational voltage (U b ): 10 - 36 VDC • Output: DC 200 mA, NPN or PNP • Normally open or normally closed• 4 x 90° LED indication for output ON, short-circuit and overload• Protection: reverse polarity, short circuit, transients • M12 plug version• According to IEC 60947-5-2• High-pressure washdown resistant • Ecolab certified, FDA-certified plastic• Laser engraved on the housing, permanently legible • Extended temperature range: -40°C...+80°CProximity Inductive Sensors - Ecolab certifiedSpecificationsICS, IP69K, M12Specifications (cont.)Dimensions (mm)LED (4 x 90°)38.76.29.610.364.832.56.29.610.36.2LED (4 x 90°)Flush mountable proximity switches, when installed indamping material, must be according to Picture 1A.Non-flush mountable proximity switches, when installed in damping material, must be according to Picture 1B.InstallationICS, IP69K, M12Installation (cont.)Flush mountable proximity switches, when installed togetherin damping material, must be according to Picture 2A.Non-flush mountable proximity switches, when installed together in damping material, must be according to PictureFor sensors installed opposite each other, a minimum space of 6 x S n (the nominal sensing distance) must be observed (See Wiring DiagramICS, IP69K, M12 Reduction FactorsThe rated operating distance is reduced by the use of metals and alloys other than Fe360.The most important reduc-tion factors for inductive proximity sensors are shown in Picture 4.Fe360 : SteelCrNi : Chrome-nickel CuZn : BrassIP69K Connector CablesDelivery Contents • Inductive proximity switch ICS.• 2 nuts stainless steel• Packaging: plastic bag。

第2章301C说明书

第二章ISA-301C通信管理单元ISA-301C通讯管理单元是深圳南瑞科技有限公司为适应变电站综合自动化的需要，在总结多年从事变电站综合自动化系统开发及运行经验的基础上，运用成熟的计算机技术和网络通信技术推出的基于局域网的通讯管理单元。

作为变电站综合自动化系统的枢纽装置，ISA-301C连接着各种不同的智能采集控制设备和监控端，协调各设备与监控端的数据和命令交互。

具体来说，它连接着间隔层的保护测控装置和各种智能采集设备，收集系统模拟量、开关量和电度等信息；经规约转换后向变电站层的后台监控传送，并通过模拟或数字通道远传调度。

同时，它接收后台监控或调度的控制命令，转发给相应的智能设备，完成控制端和间隔层设备的信息交互。

1装置特点1）实时多任务操作系统装置采用高性能的32位单片机，运行于实时多任务操作系统；通过软件和硬件的良好配合，实时、可靠、稳定、高效地完成变电站自动化系统的通信任务。

2）多CPU结构装置采用多CPU结构，具有强大的处理能力和充足的系统资源。

主CPU负责液晶显示和调度任务处理，从CPU负责间隔层智能设备的规约解析。

通过多CPU的分工、合作，确保自动化系统在各种复杂情况下均具有较好的实时通信性能。

3）网络架构装置与站层后台监控采用以太网通讯，与间隔层ISA保护测控装置采用CANBUS网络或工业以太网方式通讯。

与其他智能设备通讯则提供了标准的RS232、RS422或RS485接口。

4）通讯规约装置具有完善的通讯规约库。

与后台通讯采用DL/T 634.5104–2002传输规约，与ISA 保护测控装置通讯采用《基于CAN网保护测控通讯规约V3.02》或者《ISA扩展103规约》。

此外还支持多种电力行业标准规约，具有与不同厂家的同种规约的互操作性：DL/T 451–91循环式远动规约、DL/T 634–1997、DL/T 667–1999。

支持大部分厂商的配套智能化设备，如微机高压保护测控单元、数字电度表、微机直流电源、小电流接地选线等通讯规约。

B130L-13-F;B130L-13;中文规格书,Datasheet资料

IFSM, PEAK FORWARD SURGE CURRENT (A)
10
5
0
1
10
100
NUMBER OF CYCLES AT 60Hz
Fig. 5 Max Non-Repetitive Peak Forward Surg//onDeocicum.ceonmt n/umber: DS30151 Rev. 8 - 2
Top View
Bottom View
Maximum Ratings @TA = 25°C unless otherwise specified
Single phase, half wave, 60Hz, resistive or inductive load.
For capacitance load, derate current by 20%.
100 10
1
.1 .01
.001 0
10
20
30
VR, INSTANTANEOUS REVERSE VOLTAGE (V) Fig. 2 Typical Reverse Characteristics
2.5
2.0
1.5
1.0
0.5
TJ = 125°C
0
0
25
50
75 100 125 150
TC, CASE TEMPERATURE (°C) Fig. 4 Forward Current Derating Curve
Marking Information
YWW B130L
B130L = Product type marking code = Manufacturers’ code marking

C.N-2015中文规格书

深圳市菜鸟电子有限公司地址：深圳市龙华新区上油松村产品规格书产品型号.:C.N-2015版本号：X1.0客户:产品描述: Input:110~240V AC 50/60Hz Output:12VDC1.5A客户型号:样品编号：日期:1.范围 (4)2.电气规格 (4)2.1. 交流输入 (4)2.1.1.输入电压 (4)2.1.2. 输入频率 (4)2.1.3. 效率 (4)2.1.4. 待机功耗 (4)2.1.5. 浪涌电流 (4)2.1.6. 最大AC输入电流 (4)2.2. DC 输出 (4)2.2.1. 输出电压 (4)2.2.2. 输出过冲电压 (4)2.2.3. 输出电流 (5)2.2.4. 输出纹波和杂讯 (5)2.2.5. 输出开机;延时 (5)2.2.6. 过功率保护 (5)2.2.7. 保持时间 (5)2.2.8. 动态负载规则 (5)2.2.9. 短路保护 (5)3. 机械性能 (5)3.1. 外观尺寸 (5)4. 环境 (6)4.1. 温度和湿度 (6)4.2. 振动 (6)4.3. 落地试验 (6)4.4 EMI (6)4.4.1. 传导 (6)4.4.2. 辐射 (6)4.5. 产品温度 (6)5. 可靠性 (6)5.1平均无故障时间…….…………………………………………………………………………. .66. 安全测试 (7)6.1. Hi-Pot (7)6.2.绝缘测试 (7)6.3.泄漏电流 (7)7. ROHS (7)1. 范围本产品C.N-2015、18W为宽电压输入,单组直流电压输出的开关电源适配器2. 电器规格2.1. 交流输入2.1.1. 输入电压产品工作电压110-240VAC + 10% .2.1.2.输入频率47 到63 Hz.2.1.3. 效率本产品转换效率可达到75%以上, 输入115VAC/60HZ 输出满载的条件下．2.1.4. 待机功耗当产品输入电压为240VAC/50HZ输出为0A时，最大损耗为0.8W2.1.5. 浪涌电流产品在冷开机状态下输入电压为110VAC 90度角时50A MAX输入电压为240V AC90度角时50A MAX2.1.6最大输入ＡＣ电流0.6A @110Vac,0.4A @180Vac.2.2. DC 输出2.2.1. 输出电压在额定的电压和频率．连续输出电流的最小值和最大值如下表．输出电压的量测在输出末端.2.2.2. 输出过冲电压当产品输入电压为规格要求的最大或最小，输出为空载时，开机或关机瞬间的最大输出电压调节率不大于8%。

CDBQR0130R-HF;中文规格书,Datasheet资料

CDBQR0130R-HFA mA V V 11003035I OV R V RRM I FSM 8.3ms single half sine-wave superimposed on rate load(JEDEC method)OC OC+125+125-40T STG T jStorage temperature Junction temperatureAverage forward current Reverse voltageRepetitive peak reverse voltage Forward current,surge peak ParameterConditionsSymbol Min Typ Max UnitOMaximum Rating (at T A =25C unless otherwise noted)OElectrical Characteristics (at T A =25C unless otherwise noted)mW125P D Power Dissipation uAV 0.50.45I RV F Reverse currentForward voltage ParameterConditionsSymbol Min Typ Max UnitV R = 10 VI F = 10 mA Features-Low reverse current.-Designed for mounting on small surface. -Extremely thin / leadless package. -Majority carrier conduction.Mechanical data-Case: 0402/SOD-923F standard package, molded plastic.-Terminals: Gold plated, solderable per MIL-STD-750,method 2026. -Marking code: cathode band & BQ -Mounting position: Any. -Weight: 0.001 gram(approx.).I o = 100 mA V R = 30 VoltsRoHS Device Halogen FreeRATING AND CHARACTERISTIC CURVES (CDBQR0130R-HF)C a p a c i t a n c e b e t w e e n t e r m i n a l s (P F )Reverse voltage (V)R e v e r s e c u r r e n t ( A )Reverse voltage (V)1u 1n10u 100n10202530Fig. 2 - Reverse characteristics20406080100255075100125OAmbient temperature (C)A v e r a g e f o r w a r d c u r r e n t (%)Fig.4 - Current derating curveFig. 3 - Capacitance between terminals characteristics1m 015102011010052530100u15510n 570540580560590550Fig. 5 - VF Dispersion map60008004001000200100300500700900Fig. 6 - IR Dispersion map30040205010515253545Fig. 7 - CT Dispersion mapF o r w a r d v o l t a g e (m V )R e v e r s e c u r r e n t (n A )C a p a c i t a n c e b e t w e e n t e r m i n a l s (p F )F o r w a r d c u r r e n t (m A )0.20.411000.50.10.8Forward voltage (V) Fig. 1 - Forward characteristics10000.60.30.10.710150End W 1Reel Taping SpecificationBCdDD 2D 1EFPP 0P 1TSYMBOLAWW 1(mm)(inch)0.026 0.004±0.045 0.004±0.024 0.004±0.061 + 0.0047.008 0.04± 2.362 MIN.0.512 0.008±SYMBOL(mm)(inch)0.069 0.004±0.138 0.002±0.157 0.004±0.157 0.004±0.079 0.004±0.009 0.002±0.315 0.008±0.531 MAX.0.75 0.10± 1.15 0.10± 4.00 0.10± 1.55 + 0.103.50 0.05±1.75 0.10±60.0 MIN.13.0 0.20±0.60 0.10± 4.00 0.10± 2.00 0.10±0.22 0.05±8.00 0.20±13.5 MAX.178 1±0402(SOD-923F)0402(SOD-923F)Marking CodePark Number CDBQR0130R-HFMarking CodeBQSuggested PAD LayoutSIZE(inch)0.030(mm)0.7500.5000.7000.0200.0281.2500.049E0.2500.010Standard PackageA B C D 0402/SOD-923FCase Type Qty per Reel(Pcs)50000402/SOD-923FReel Size (inch)7分销商库存信息: COMCHIP CDBQR0130R-HF。

T50F-C0,T100F-C,T75F-C0,T100F-C0, 规格书,Datasheet 资料

Material Polyethylene
Weather Resistant Polyethylene
Color Natural Natural Natural Natural Brown White Pink Red Orange Yellow Green Blue Purple Gray Natural Natural Natural Brown White Pink Red Orange Yellow Green Blue Purple Gray Natural Natural Natural Black Black Black Black Black Black Black Black Black Black
Length 100' (30.5M) 100' (30.5M) 10' (3.0M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 10' (3.0M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 10' (3.0M) 10' (3.0M) 100'(30.5M) 100' (30.5M) 10' (3.0M) 100' (30.5M) 100' (30.5M) 100' (30.5M) 100' (30.5M)

海康威视 1F201F自动过滤器漏斗商品说明书

Filter w/Automatic Drain
Installation
To install the Auto Drain, SHUT OFF AiR SUPPLY and depressurize the unit.
1. Remove bowl by unscrewing bowl or collar, turning unlocking ring, or turn bayonet lock 1/8 turn.
Safety Guide
For more complete information on recommended application guidelines, see the Safety Guide section of Pneumatic Division catalogs or you can download the Pneumatic Division Safety Guide at: /safety
TO CLEAN POLYCARBONATE BOWLS USE MILD SOAP AND WATER ONLY! DO NOT use cleansing agents such as acetone, benzene, carbon tetrachloride, gasoline, toluene, etc., which are damaging to this plastic.
Metal bowls are recommended where ambient and/or media conditions are not compatible with polycarbonate bowls. Metal bowls resist the action of most such solvents, but should not be used where strong acids or bases are present or in salt laden atmospheres. Consult the factory for specific recommendations where these conditions exist.