SOM020100中文资料

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木质磺酸钠固含量测定仪

木质磺酸钠的特点木质素磺酸的钠盐即木质素磺酸钠，是一种天然高分子、阴离子表面活性剂。

它具有较强的分散能力，适用于固体在水介质中的分散。

由于分子量和官能团的不同，它们具有不同的分散程度，可以吸附在各种固体颗粒表面，可以进行金属离子交换，而且由于结构中存在各种活性基团，它可以与其他化合物发生缩合或氢键。

木质素磺酸钠是竹子制浆过程提取物,经过浓缩改性反应并喷雾干燥而成。

产品为浅黄色或棕色的自由流动性粉末,易溶于水,化学性质稳定,长期密封储存不分解。

木质素磺酸钠的用途木质磺酸钠不仅是是工业上广泛使用的分散剂和润湿剂，木质素磺酸钠也是印染工业的主要原料。

木质素磺酸钠可以用作混凝土减水剂、水煤浆添加剂、耐火材料及陶瓷坯体增强剂、染料工业和农药加工的填充剂和分散剂、作为粉状和颗粒状物料的粘结剂、在钻井中用作稀释分散剂、降粘剂、在石油产品中，作为洁净剂、分散剂、高碱性添加剂、乳化降粘剂、消蜡防蜡剂等。

改性木质磺酸钠的质量标准木质素磺酸钠含量45-50%；还原物含量<8%；水不溶物含量<1.5%；pH(1%水溶液)7-9；含水量<5%或者说固含量>95%；细度120目；筛余≤4%。

木质磺酸钠分散剂固含量测定标准在HG/T3507-2008《木质素磺酸钠分散剂》中规定了，木质素磺酸钠的水分含量检测或者说固含量测定应符合GB/T2386染料及染料中间体水分的测定方法。

GB/T2386中规定了溶剂抽提法、烘干法及快速法等3种试验方法。

常用烘干法及快速法，采用烘箱在100-105度的状态下进行加热，利用称重感量不大于0.0001g的电子分析天平进行称量计算。

随着科技的发展，我们也可以采用依据烘箱法原理设计的快速卤素水分仪、烘箱法固含量测定仪进行木质磺酸钠固含量的测试。

木质磺酸钠固含量测定仪的技术参数型号JFSFY-50A JFSFY-120B JFSFY-120A称重精度0.005g0.002g0.001g称重阀值120g含水率可读性0.01%称重传感器德国进口HBM数据处理器英国进口ARM温度设置室温-180增温1度加热源大功率环形卤素灯样品盘直径110mm数据接口RS232木质磺酸钠固含量检测仪原理要说到，木质素磺酸钠固含量测定仪、木质磺酸钠水分仪的工作原理，其实并不复杂。

COMPANO 100主要应用于基本测试、快速电路检查和保护测试的多功能设备，适用于电力 subst

COMPANO 100Primary injection, secondary injection and basic protection test setMultifunctional device for basic testiChallenging commissioning and re-commissioning tasksDuring commissioning of protection systems there areliterally hundreds of connections that have to be verified.Whether for primary or secondary injection, having theright equipment and the right procedures can speed upthose tests drastically. Including the relays in some of thewiring checks can be a very smart approach.Maintain your mobilityCOMPANO 100 is the universal and easy to use solutionfor all types of basic and quick wiring and polarity checks,burden measurements and basic protection testing.Due to its light weight (only 10 kg / 22 lbs), small size andrugged design it’s predestined for use in substations, railwaysystems, industry or renewable energy generation facilities.Graphical coloruser interface110 A AC / 100 A DCoutput (600 VA)Jog dial wheel150 V AC / 220 V DCoutput (30 VA) ** optional, coming in 2018ng in electrical energy systemsElectronic sourcesControlled electronic outputs allow you to obtain exactly the desired value. Even for small values the accuracy is very high. In addition, the electronic sources can output signals with variable frequencies and other signal forms, automated ramps, even pulse ramps and of course pure DC.Battery operatedCOMPANO 100 is mains independent due to its unique battery operation. This enables the user to perform tests at remote locations for several hours without the need of a mains supply.Polarity check signal generationCOMPANO 100 enables quick setup for wiring checks. A special electronically generated DC free test signal allows easy polarity checks throughout the station within minutes.Comprehensive testing functionalityWhether the sources are AC or DC, COMPANO 100 can run various output signal forms. The highly flexible inputs are configurable, for example as >wet or dry binary inputs,>AC or DC voltage inputs with different filters (fast, accurate or frequency selective) and >current inputs using external shunts or clamps depend-ing on the user's needs.A high precision timer can be configured to start or stop the measurement process based on various events. Each function can be combined with one of the others in any useful manner, e.g. to calculate a real power from the output current and a voltage input, making COMPANO 100 an incredibly flexible tool even for future applications.Your benefits>Accurate output of desired value>Run complex predefined sequences and ramps >Polarity check signal generation for quick setup of wiring tests >Runs without mains power supply for several hours >High versatility>Portable due to light weight/COMPANO100Inputs binary wet/dry, AC/DC voltage 300 V or current with shunt USB compartment Electronic start/stopBattery operatedInternal or external emergency power offWinner in the discipline …Products“, category …Industry & Skilled Trades“Large variety of applications in diﬀ erentiated areasWiring checks and polarity checks COMPANO 100 provides the fastest and easiest way to verify the wiring in substations and to check the polarity, even without mains supply.Burden measurementsCOMPANO 100 checks and verifies the burden of instrument transformers t o avoid serious problems of over- or un-derburdened instrument t ransformers.RailwaysRemote test objects need mains independent test sets with features such as those offered by COMPANO 100:>Variable frequencies and DC >Internal power source by battery >Basic protection testing>Ground system testing of small systems >Micro-ohm measurementsService providersA maximum of testing capabilities should be provided by a single piece of equipment. C OMPANO 100 offers:>Many test functions in one device> A small, lightweight, easy to transport device >Applications such as: Primary or secondaryinjection, basic relay tests, continuity checks with high currentsUtilitiesUtility applications need high flexibility for variousapplications. COMPANO 100 offers:>Wiring checks and burden measurements with primary and secondary injection >Polarity checks>Basic relay and fault detector tests >Ground system tests of small installations >Micro-ohm measurementsTestingapplicationsSingle-phase protection relay testing COMPANO 100 is the ideal solution for a wide range of one-phase current or one-phase voltage testing of protec-tion devices.Micro-ohm resistance testing COMPANO 100 is also a portable and battery operated high precisionm icro-ohmmeter which actually measures down to micro-ohms.CT / VT ratio checksCOMPANO 100 generates a frequency-independent sine wave signal tocheck CT and VT ratios and measures frequency selective.RentalEase of use and versatility is a must when users are changing frequently. COMPANO 100 offers: >Startup without specific training>Various different applications such as: Primary or secondary injection, basic relay tests, continuity checks with high currentsEquipment manufacturersManufacturing processes often require devices for fast, individual and frequently changing tests. COMPANO 100 offers:>An ideal solution for small lot sizes for example, Ring Main Units (RMU)>Large number of functions within one device >Protection tests and micro-ohm measurementsIndustriesThese environments require easy to use test sets with outstanding capabilities. COMPANO 100 provides: >High current and variable voltage generation >Easy protection relay tests >Ducter testing>AC or DC voltages and currents for various uses>A small, lightweight, easy to transport deviceEﬃ cient and ergonomic operationExample: QUICK test of overcurrent protectionQUICK resultsPerform test shots at different output values and easily assess the result and compare it with the relay’s nominal characteristic.Polarity checkSimply setup polarity check signals to evaluate wiring tests within minutes. Define active- and pause times to save power. Polarity checks are possible for voltage and current paths.1Example: Setup polarity check signals1COMPANO 100's ease of use is based on its very intuitive software. Functionality and operation structure are developed in close co-operation with our customers.Example: Testing automated pickup value of an overcurrent protectionDefine statesDefine your first state in a very easy and logical way. Use timeout to define the pre-fault duration.Pulse ramp definitionsChoose between three intuitive transition states for the changeover of the states: >Step change >Ramp >Pulse rampDefine ramp's end value on a third page.Results viewAfter running the test the results of all states can be viewed and stored onto a USB memory stick.123Your benefi ts>Test easily and quickly>Easily define sequences and ramps >Obtain the output magnitudes as they were set in the user interface >Generate polarity check signalsApplication modules for COMPANO 100 Modules for different applications guarantee ease of use. Most commonly used modules can be reached by a single key press.QUICKGeneral purpose module for various applications. It can outputmagnitudes and measure back at the same time. It is possible tomodify the quantities generated while the outputs are active.Functions like switching off/on triggers, switching off/on time-outor calculating results such as real power or impedances from othermeasured quantities are possible.(Included with delivery)FLEXAllows programming of sequences consisting of states, ramps,pulse ramps or combinations of them in advance and then runningthem as programmed. Changes between the individual sequencesteps can be triggered from internal timers, external events suchas binary inputs or output overloads. The ability to repeat thesequence at the end of the sequence makes it flexible, in particularto create endless loops.(Order No. VESM6120)Polarity checkAllows asymmetric signal generation free from any DC component.By using a hand held polarity checker (CPOL) it is possible todistinguish whether the polarity is correct or not – even without aconnection back to the COMPANO 100. The signal is DC free whichfor instance avoids any DC magnetization and remanence in thecore of CTs in the path.(Order No. VESM6140)Micro-ohmThis module allows using the COMPANO 100 as a micro-ohmmeterfor applications where there are no inductances such as CTs in themeasurement path. In this mode, special hardware is activated tofilter out system frequency noise.(Order No. VESM6130)Advanced technical support Premium application serviceThe optional premium application service contract is an an-nual fee-based extension to the free 24/7 C OMPANO 100 device support (see page 15). It offers maximum security for the users and includes complimentary annual calibration, a yellow transport case for shipment and the exchange of worn out accessories on request.This extended support also includes the automatic exchange of the battery during the annual calibration if the battery state of health (SOH) falls below 75 % after a full charge-discharge cycle, also free of charge.Also included is the premium application support 24/5 (whenever possible also on weekends). This support, for example, helps to interpret results or how to handle a specific application. Users without an optional service contract can make use of the premium application support by paying on a case by case basis.The warranty extension is a central feature of the optional service contract. During the term of the contract the device is under full warranty and will be repaired free of charge. Not included are self-inflicted damages.If the device should be traded for a new one of the same device class within the first eight years, a discount of 25 % is provided on the price of the new device.Premium application service contract (optional) >Annual free calibration and software update>Premium application support 24/5>Extended warranty for the time of the contract>Exchange of battery if SOH is below 75 %>Transport case>Exchange of worn out (but not lost) accessories in the package>25 % discount for a device trade in within the first eight years>10 % discount for a device trade in after the first eight years>Order No. VESC6110 11sold with new devices onlyUpgrade Ordering options1Upgrade Standard to Advanced: Order No. VE006113(protective carry bag, shoulder strap and accessory bag are not included) 2May not be available in all countries ☐ = Optional ⏹ = StandardAccessoriesPlease find more accessories on our website: /COMPANO100AccessoryOrder No.Transport trolleyRobust transport case for shipping, with wheels and extendable handle for easy manoeuvring.VEHP0107CPOL AccessoryBattery operated polarity checker that shows right or wrong polarity without connection back to COMPANO 100. To function, the COMPANO 100 needs a working polartiy check app.VEHZ0650Clamp-on ammeterCheck current flows when performing wiring checks.VEHZ6190C-Probe 1This current clamp is a battery operated active AC and DC current probe with a 10 A and an 80 A range. It is used for wiring checks and burden measurements with COMPANO 100.VEHZ4000C-Shunt 1 – 1 mOhm (32 A)C-Shunt 10 – 10 mOhm (12.5 A)Precision shunts for current measurements. It can be directly inserted into the inputs of COMPANO 100 making the respective input a current input.VEHZ0080VEHZ0081COMPANO 6 m / 19.5 ft cableThe 6 m / 19.5 ft cable set comprises two high current cables and four measure-ment cables plus connection adapters and wide opening Kelvin clamps.VEHK6107Terminal adapter boxSet of various adapters for connecting test leads to cabinet terminals. The set comprises ISO and ANSI adapters including M2.5, M3 and M4 male, M4 and M5 female as well as ANSI UNC #8 and UNF #10 threads.VEHZ0933Step and touch voltage setPackage to measure step and touch voltages within HV stations and surrounding areas. Including handheld grounding tester HGT1 and accessories.VEHZ0625Technical data COMPANO 100 COMPANO 100Outputs – IOUT110 A AC 1Current tmax 2VmaxPowermax0 ... 110 A 2.2 s9.0 V600 W 0 ... 80 A 4.2 s12.5 V600 W 3 0 ... 40 A20 s15.0 V600 W 0 ... 15 A20 min 20.0 V300 W 4 0 ... 15 A> 2 h 4.0 V50 W 4,5Inputs IN1 & IN2 9 – AccuracyVoltage AC 500 kΩError guar.Error typ. 6 300 V range< 0.30 % of rd. 7+ 0.10 % of rg. 7< 0.15 % of rd.+ 0.05 % of rg.30 V range< 0.30 % of rd.+ 0.10 % of rg.< 0.15 % of rd.+ 0.05 % of rg.1 V range< 0.40 % of rd.+ 0.20 % of rg.< 0.20 % of rd.+ 0.10 % of rg. 100 mV range< 0.40 % of rd.+ 0.20 % of rg.< 0.20 % of rd.+ 0.10 % of rg. Phase error 8Error guar.Error typ. 300 V range0.3°0.1°30 V range0.3°0.1°1 V range 0.3°0.1°100 mV range0.3°0.1°Voltage DC 500 kΩError guar.Error typ. 300 V range< 0.20 % of rd.+ 0.10 % of rg.< 0.10 % of rd.+ 0.05 % of rg.30 V range< 0.30 % of rd.+ 0.10 % of rg.< 0.15 % of rd.+ 0.05 % of rg.1 V range< 0.40 % of rd.+ 0.20 % of rg.< 0.20 % of rd.+ 0.10 % of rg. 100 mV range< 0.40 % of rd.+ 0.40 % of rg.< 0.20 % of rd.+ 0.20 % of rg. Binary inputs Timing accuracyBinary wet > 500 kΩ0.2 msBinary dry > 500 kΩ0.2 msMicro-ohm (IN1 only)Voltage DC Error guar.Error typ. 6 100 mV< 0.20 % of rd. 7+ 0.10 % of rg. 7< 0.10 % of rd.+ 0.05 % of rg.Outputs – IOUT100 A DCCurrent tmax 2VmaxPowermax0 ... 100 A 2.2 s9.0 V600 W 0 ... 80 A 4.2 s12.5 V600 W 0 ... 40 A20 s15.0 V600 W 0 ... 15 A20 min 20.0 V300 W 4 0 ... 15 A> 2 h 4.0 V50 W 4,5Outputs – VOUT150 V ACVoltage tmax 2ImaxPowermax0 ... 150 V 1 min200 mA30 W 0 ... 75 V 1 min200 mA15 WOutputs – VOUT220 V DCVoltage tmax 2ImaxPowermax0 ... 220 V 1 min200 mA30 W 0 ... 110 V 1 min200 mA22 WOutputs – AccuracyAC Error guar.Error typ. 6110 A range < 1.00 % of rd. 7+ 0.40 % of rg. 7< 0.50 % of rd.+ 0.20 % of rg.20 A range < 1.60 % of rd.+ 0.40 % of rg.< 0.80 % of rd.+ 0.20 % of rg.150 V range < 0.30 % of rd.+ 0.30 % of rg.< 0.15 % of rd.+ 0.15 % of rg.Phase error 8Error guar.Error typ. 110 A range0.3°0.1°20 A range0.3°0.1°150 V range0.3°0.1°DC Error guar.Error typ.100 A range < 1.20 % of rd.+ 0.80 % of rg.< 0.60 % of rd.+ 0.40 % of rg.20 A range < 1.20 % of rd.+ 0.80 % of rg.< 0.60 % of rd.+ 0.40 % of rg.Equipment reliabilityEMC Emission International IEC 61326-1North America FCC Subpart B of Part 15 Class A, CISPR 22Europe EN 61326-1, EN 55022, EN 61000-3-2/3Power specifications of chargerVoltage nominal 115 V / 230 V ACPermitted95 V ... 132 V / 198 V ... 264 V AC Frequency nominal50 Hz / 60 Hz Max. input power of charger 180 W Max. output power of charger 100 WConnectionAC socket IEC 60320/C14Weight and dimensionsWeight10 kg / 22 lbsdevice without cover Dimensions (w x h x d)360 x 312 x 210 mm / 14.2 x 12.3 x 8.3 “Environmental conditionsOperating temperature -10 °C ... + 50 °C / 14 °F ... 122 °F Storage and transportation temperature -20 °C ... + 50 °C / -4 °F ... 122 °F Humidity5 % ... 95 % relative humidity, no condensation Max. altitude for operation 4 000 m / 13 000 ft Max. altitude for storage15 000 m / 50 000 ftEMC Immunity InternationalIEC 61326-1, IEC 61000-6-5,IEC 61000-4-2/3/4/5/6/8/11/16/18EuropeEN 61326-1, EN 61000-6-5,EN 61000-4-2/3/4/5/6/8/11/16/18SafetyInternational IEC 61010-1, IEC 61010-2-030North AmericaUL 61010-1, UL 61010-2-030, CAN/CSA-C22.2 No. 61010-1, CAN/CSA-C22.2 No. 61010-2-030Europe EN 61010-1, EN 61010-2-030Shock30 g (11 ms half sine), 3 shocks in each axis; tested according to IEC 60068-2-27Vibration 5 g RMS, frequency range 10 ... 2 kHz; 30 min in each axis; tested according to IEC 60068-2-64BatteryTypeLi-Ion, rechargeable 10Nominal voltage 50.4 V Nominal capacity 151 WhChargingwith supplied charger only Temperature range for charging 5 °C ... 45 °C / 41 °F ... 113 °F Safety certificationUN 38.3, IEC 621331 AC means 15 ... 400 Hz2Applies when using a 2 x 3 m / 10 ft high-current cable at an ambient temperature of 23 °C ± 5 °C / 73 °F ± 9 °F 3 Up to 1000 W for e.g. 50 A at 400 mΩ4 Output range setting 20 A5 Limited by battery capacitance and charger6 98 % of all units possess an accuracy greater than specified as typical7rd = reading, rg = range; Accuracy values indicate that the error is smaller than ± [(read value x reading error) + (range setting x range error)]; Specifications valid for 50 Hz and 60 Hz after a warm-up time of > 10 minutes 8at full range magnitude 9CAT III / 300 V; CAT IV / 150 V 10The COMPANO 100 battery is specified as “Dangerous Goods Class 9 – UN3481”. Special rules for shipment apply. Transportation on aircraft needs approval of the airline.Welcome to the teamAt OMICRON you can always depend on an experienced team that actively sup-ports you and an infrastructure that you can rely on. We always listen attentively in order to understand your needs so that we can offer you the best possible solutions. We strive for lasting partnerships and ensure that you can continue to rely on your product long after you've purchased it. In order to do this, we focus on quality, the transfer of knowledge and unique customer support.Aditya, David and Fabian are able to tell you about the services we have available for you and why it pays to be part of the team.A strong and safe connectionAditya TanejaApplication SpecialistAppSolutions you can rely on...... developed with experience, passion and an innovative approach that we use to continually set groundbreaking standards in our industry sector.We invest more than 15 % of the total turnover in research and development so that we can even guarantee the reliable use of the latest technology and methods in the future.Our comprehensive product care concept also guarantees that your investment inour solutions – like free software updates – pays off in the long term.we use tose toDavid Negron OMICRON AcademyFabian KolbTechnical SupportWe share our knowledge...… by maintaining a constant dialogue with users and experts. Some examples of this are our customer events and conferences that take place all over the world and our collaboration with numerous standardization committees. We also make our knowledge available to you in the customer section of our website in the form of application reports, specialized articles and articles in the discussion forum. With the OMICRON Academy, we also provide a wide spectrum of training possibilities and assist you with Start-up training and freeWhen rapid assistance is required...… our excellent level of support is always appreciated. You can reach the highly-qualified and committed technicians in our customer support department 24 hoursa day, seven days a week. We deal with repair services and service features in a fair and non-bureaucratic manner.We can help minimize your downtime by lending you equipment from a readily avail-able plant at one of our service centers in your area. A comprehensive offer of services for consulting, testing and diagnostics completes our range of services.We share… by mainof this areworld andWe also mwebsite inthe discus spectrumwebinars.webthe spe webCMC 310ARCO 400CPC 100OMICRON is an international company serving the electrical power industry with innovative testing and diagnostic solutions. The application of OMICRON products allows users to assess the condition of the primary and secondary equipment on their systems with complete confidence. Services offered in the area of consulting, commissioning, testing, diagnosis and training make the product range complete.Customers in more than 150 countries rely on the company’s ability to supply leading-edge technology of excellent quality. Service centers on all continents provide a broad base of knowledge and extraordinary customer support. All of this together with our strong network of sales partners is what has made our company a market leader in the electrical power industry.。

STPS20100中文资料

August2002-Ed:2C HIGH VOLTAGE POWER SCHOTTKY RECTIFIERis intended for use in medium voltage operation,and particularly,in high frequency circuitrieswhere low switching losses and low noise arerequired.Symbol Parameter Value Unit V RRM Repetitive peak reverse voltage100V I F(RMS)RMS forward current Per diode30AI F(AV)Average forward currentδ=0.5Tc=110°CV R=60V Per diodePer device1020AAI FSM Surge non repetitive forward current tp=10mssinusoidalPer diode200AI RRM Repetitive peak reverse current tp=2µsF=1KHzPer diode1A I RSM Non repetitive peak reverse current tp=100µs Per diode1A Tstg Storage temperature range-65to+175°C Tj Maximum junction temperature(*)175°C dV/dt Critical rate of rise of reverse voltage1000V/µs*:dPtotdTj Rth j a<−1()thermal runaway condition for a diode on its own heatsinkABSOLUTE MAXIMUM RATINGS1/4STPS20100CT2/4Symbol ParameterValue Unit Rth (j-c)Junction to casePer diode 1.6°C/WTotal0.9Rth (c)Coupling0.15°C/W When the diodes 1and 2are used simultaneously :Tj-Tc(diode 1)=P(diode1)x Rth(j-c)(Per diode)+P(diode 2)x Rth(c)THERMAL RESISTANCES Symbol ParameterTest Conditions Min.Typ.Max.Unit I R *Reverse leakage currentV R =V RRMTj =25°C 150µA Tj =125°C100mA V F **Forward voltage dropIF =20A Tj =125°C 0.85VIF =10A Tj =125°C 0.600.70IF =20ATj =25°C0.95Pulse test :*tp =5ms,duty cycle <2%**tp =380µs,duty cycle <2%To evaluate the conduction losses use the following equation :P =0.55x I F(AV)+0.015x I F 2(RMS)ELECTRICAL CHARACTERISTICS (Per diode)STATIC CHARACTERISTICSP Fig.1:Average forward power dissipation versus average forward current.(Per diode)255075100125I Fig.2:Average current versus ambient temperature.(duty cycle :0.5)(Per diode)STPS20100CT3/40.0010.010.11I Fig.3:Non repetitive surge peak forward current versus overload duration.(Maximum values)(Perdiode)Fig.4:Relative variation of thermal transient impedance junctionto case versus pulse duration.102030405060708090100I Fig.5:Reverse leakage current versus reverse voltage applied.(Typical values)(Per diode)110100C(pF)Fig.6:Junction capacitance versus reverse voltage applied.(Typical values)(Per diode)0.1110100V Fig.7:Forward voltage drop versus forward current.(Maximum values)(Per diode)STPS20100CT4/4Information furnished is believed to be accurate and reliable.However,STMicroelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use.No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics.Specifications mentioned in this publication are subject to change without notice.This publication supersedes and replaces all information previously supplied.STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written ap-proval of STMicroelectronics.The ST logo is a registered trademark of STMicroelectronics ©2002STMicroelectronics -Printed in Italy -All rights reserved.STMicroelectronics GROUP OF COMPANIESAustralia -Brazil -Canada -China -Finland -France -GermanyHong Kong -India -Israel -Italy -Japan -Malaysia -Malta -Morocco -SingaporeSpain -Sweden -Switzerland -United Kingdom -United States.PACKAGE MECHANICAL DATA TO-220AB (JEDEC outline)Ordering type Marking Package Weight Base qtyDeliverymode STPS20100CTSTPS20100CTTO-220AB2.23g50Tubes Cooling method :by conduction (C)sRecommended torque value :0.55N.m.sMaximum torque value :0.7N.m.sEpoxy meets UL94,V0。

IS1002中文资料

Preliminary Datasheet Released date: July 2004 page 1qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 1. General DescriptionThe ISSC IS1002 is a highly integrated Bluetooth baseband controller providing capability for high data rate, short-range wireless communications in the 2.4 GHz ISM band. It is fully compliant with version 1.1 of Bluetooth specification and some important BT1.2 features. Specially engineered for low power consumption and cost effective solution, the ISSC IS1002 integrates a baseband controller, HCI controller, and Audio controller. It also integrates a Turbo 8051 processor with 160K mask ROM for program memory and 32K SRAM for data memory.The ISSC IS1002 is also available with a Bluetooth compliant protocol stack, including hardware drivers, link manager (LM), and host controller interface (HCI).2. Features• Compliant with Bluetooth Specification 1.1/1.2• Full Bluetooth RF Interface & Lower Link Controller functions • BlueRF Interfaces to leading Radio ICs•Full-featured hardware link controller with low-power mode and efficient data movement architecture• Hardware support for all Bluetooth 1.1 packet types includingo Data packets: DM1, DM3, DM5; DH1, DH3, DH5; AUX, DV o Voice packets: HV1, HV2, HV3, DVo Link Control packets: ID, IQ, NULL, POLL, and FHS• Flexible and robust voice CODEC algorithms (CVSD, A-law, µ-law), with 3simultaneous SCO channels support.• Baseband functions implemented in hardware such as Forward Error Correction(FEC), whitening, Header Error Check (HEC), Shorten Hamming Code, CRC generation/checking, and Encryption/De-encryption.• Hardware permutation to speed up software Authentication. • Point-to-multipoint support (Piconet). • Scatternet support.• BT1.2 Adaptive Frequency Hopping (AFH) supported. • BT1.2 Fast Connection supported.• Ultra-low low cost and power consumption features. • Integrated Turbo 8051 processor.• Integrated 32K bytes SRAM for common data buffer.• Integrated 160K bytes Mask ROM for 8051 program memory.• HCI universal connect interface provides access to other physical host interfaces(i.e. USB, UART.).• Full-speed UART host interface.• Selectable reference clock frequencies.• Protocol Stack available, including drivers, link manager, and HCI. • 48 QFN packagePreliminary Datasheet Released date: July 2004 page 2qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 3. ApplicationsISSC IS1002 can be applied to short-range wireless connectivity. Typical applications could include headsets, laptop and desktop computers, digital cameras, PDA’s, and wireless computer peripherals such as printers and wireless LAN cards.RF 3.3V2.8V 1.8VPreliminary Datasheet Released date: July 2004 page 3qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 5. Pin AssignmentVDD_REG VSS_REG VDD_28OVSS VDD18VDD_IO CLK_IN CLK_OUT RF_RXDATA RF_SPICLK RF_SPIRXD RF_SPISSVDD_IO VSS_USB DM_USB DP_USB VDD_USB HCI_RXD HCI_TXD UART_RXD UART_TXD RESET_N CLK32K_OUT CLK32K_INP2.1P2.2P2.3P2.5P2.6P2.7VSS VDD18BAT_DET VDD_18O VSS_REG VDD_REGVSS VDD18 P0.5 P0.4 P0.3 P0.2 P0.1 P0.0 RF_BLUE3 RF_RST RF_EN RF_HOPSTBPreliminary Datasheet Released date: July 2004 page 4qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 6. Pin DescriptionsPin No. I/OPin NamePin Descriptions1 — VDD_REG Vdd input for regulator2 — VSS_REG Regulator Vss3 — VDD28O 2.8V regulator output4 — VSS_IO_0 GND5 — SVDD18 1.8V Vdd6 — VDD_IO_0 3.3V Vdd7 I XTAL_I Main crystal Input8 O XTAL_O Main crystal output9 I/O bt_rf_rxdata RF Control 10 O bt_rf_spi_clk RF Control 11 I/O bt_rf_spi_rxd RF Control 12 O bt_rf_spi_ss RF Control 13 O bt_rf_hop_strb RF Control 14 O bt_rf_en RF Control 15 O bt_rf_rst RF Control 16 O bt_rf_blue3 RF Control 17 I/O P0.0 8051 General Purpose I/O Port 0 bit 0 18 I/O P0.1 8051 General Purpose I/O Port 0 bit 1 19 I/O P0.2 8051 General Purpose I/O Port 0 bit 2 20 I/O P0.3 8051 General Purpose I/O Port 0 bit 3 21 I/O P0.4 8051 General Purpose I/O Port 0 bit 4 22 I/O P0.5 8051 General Purpose I/O Port 0 bit 5 23 — VDD_CORE 1.8Vdd 24 — VSS_IO Vss 25 I CLK32K_I 32KHz crystal input 26 O CLK32K_O 32KHz crystal input 27 I RESET_n External low reset 28 O UART_TXD UART Tx data 29 I UART_RXD UART Rx data 30 O HCI_TXD HCI UART Tx data 31 I HCI_RXD HCI UART Rx data 32 — VDD_USB 3.3V Vdd for USB 33 I/O DP_USB 34 I/O DM_USB 35 — VSS_USB Vss for USB 36 — VDD_IO 3.3V Vdd 37 I/O P2.1 8051 General Purpose I/O Port 2 bit 1 38 I/O P2.2 8051 General Purpose I/O Port 2 bit 2 39 I/O P2.3 8051 General Purpose I/O Port 2 bit 3 40 I/O P2.5 8051 General Purpose I/O Port 2 bit 5 41 I/O P2.6 8051 General Purpose I/O Port 2 bit 6 42 I/O P2.7 8051 General Purpose I/O Port 2 bit 7 43 — VSS GNDPreliminary Datasheet Released date: July 2004 page 5qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller Pin No. I/O Pin Name Pin Descriptions44 — VDD18 1.8V Vdd 45 I Battery_in Battery detection input 46 — VDD18O 1.8V regulator output 47 — VSS_REG Vss for regulator 48 — VDD_REGVdd for regulatorPreliminary Datasheet Released date: July 2004 page 6qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 7. Functional Description7.1 Overall ArchitectureThe ISSC IS1090 integrates an enhanced Bluetooth core, HCI controller, Audio controller and an embedded Turbo 8051 processor with 160K mask ROM for program memory and 32K SRAM for data memory. An innovative interconnection structure called the Common-Memory Architecture (CMA ) is designed to provide a fast and flexible data movement scheme between the embedded processor, Bluetooth core, and peripheral hardware.7.2 Embedded ProcessorThe embedded processor is the Turbo 8051 CPU. The embedded processor will be referred to as simply the processor or 8051 throughout the remainder of this document.7.3 Common Memory Bus Architecture (CMA)The functional diagram describing the CMA is shown in figure 1. A single-port synchronous interface is provided to memory. From this single port, the bandwidth is divided among the 6 interface busses described below:• Embedded processor bus • Baseband TX bus • Baseband RX bus • HCI TX bus • HCI RX bus • Audio busIn addition, attached to the embedded processor bus are a register bank, a dedicated single-port memory (data segment 1), and flash memory (program segment). The processor coordinates all link control procedures and data movement using a set of pointer registers. For example, when an HCI packet (from the host via USB or UART) is received into the HCI buffer, the processor is interrupted. The processor can then read a status register to determine the HCI packet type and determine whether to set up the Baseband pointer registers for this memory region for RF-retransmission, or to otherwise directly perform packet processing with the CPU.Preliminary Datasheet Released date: July 2004 page 7qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller7.4 Memory ModulesThe following list summarizes the available memory modules and the method by which they are controlled.Memory Modules Size in KBytes Control method processor program memory 160 controlled by processor processor data memory 16/32 controlled by processor common memory 16 controlled by AGU and CPU7.5 Bluetooth Baseband CoreThe following modules implemented in hardware constitute the Bluetooth baseband core.7.5.1 Adaptive Frequency Hopping sequence generatorThe adaptive frequency hopping sequence generator produces the correct hop frequency control sequence based on the Bluetooth clock, Bluetooth device address, and the current operating mode.7.5.2 Access Code generationThe access code generates the access code based on the Lower Address Part (LAP) of the Bluetooth device address.7.5.3 Access code CorrelatorThe access code is comprised of the preamble, sync word and trailer bits. The detection of the access code uses correlation to detect a valid access code.7.5.4 Forward Error Correction (FEC)Bluetooth uses two types of FEC: 1/3 repetition code and (15,10) shorten Hamming code respectively. The former basically repeats each transmitted bit three times while the latter has 15 bits of codeword which contains 5 parity bits. The code has capability of correction of all single-bit errors in each codeword.7.5.5 Header Error Checking (HEC)The purpose of HEC is to protect the header bits. Dedicated header error code generator calculates the HEC bits in the header of a transmitted packet. While on the receiver side, HEC detects corrupted headers.7.5.6 Cyclic Redundancy Check (CRC)Preliminary Datasheet Released date: July 2004 page 8qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller A 16-bit CRC is adopted to protect payload data transmitted using certain types of Bluetooth packets.7.5.7 Encryption/Decryption coreInformation confidentiality can be protected by encryption of the packet payload. Dedicated encryption/decryption hardware is designed into the baseband core.7.5.8 AuthenticationThe authentication in Bluetooth is based on SAFER+ algorithms. Effective architecture is implemented in hardware.7.5.9 Received Signal Strength Indicator (RSSI) metricThe RSSI value is provided to the baseband processing hardware through an eight bit ADC (analog to digital converter).7.5.10 Available Operating Clock FrequenciesThe ISSC IS1090 chip is capable of operating at the following frequencies: 48 MHz, 36 MHz, and 24 MHz. The following table shows the correct configuration for each frequency.Rate_select1Rate_select0System Operation Frequency (MHz)0 0 48 0 1 36 1 0 24 1 1ReservedPreliminary Datasheet Released date: July 2004 page 9qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller7.6 Bluetooth Clock and Internal TimersA Bluetooth standard 28-bit counter running at 3.2 kHz implements the native clock defined by Bluetooth specification. This clock provides the transmission and receiving timing of a half time slot (312.5 us). Another finer counter implemented in 12 bits is also provided as the phase of a half time slot. This phase information is very helpful when a Bluetooth slave wants to adapt to its master’s clock. It is running at 12MHz. The counter is pre-scalable for the purpose of power saving operations. Figure 7.6.1 describes a standard Bluetooth native clock and master clock. The clock signal is also used as a slot boundary signal to trigger a baseband packet transmission or receipt. See appendix A for more information of the implementation.Figure 7.6.1 Bluetooth ClocksThere are four timers provided by the system; two timers for TX/RX and general purpose use, and the other two for general purpose use. See definition of registers for task handler for details.7.7 Task Handler:The powerful pre-scheduling functions for the transceiver are realized by two sets of programmable timers, namely Task0Slot/PhaseTimer and Task1Slot/PhaseTimer. Each set of timers is associated with the task of transmission or receiving. When the timer is configured by firmware, it will automatically execute the TX or RX task at a specific time.Sub-tasks and timing for a TX task remain to be defined.Two additional timers for general purpose use are also provided.Preliminary Datasheet Released date: July 2004 page 10qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller7.8 HCI Control Logic for USB/UART:A hardwired control logic is presented in front of the USB and UART devices for HCI protocol handling and packet buffering. This control logic is part of the HCI controller defined in Bluetooth specification. This logic is partially responsible for the HCI protocol handling to/from the host and it also maps the registers of the USB and UART devices indirectly to the 8051 such that the system can receive or send a HCI packet to/from the respective host interface. Major functions of this logic include:• HCI packet formatter and de-formatter (identifying the packet type)• Frame boundary determination, segmentation and reassembly of HCI packets.• HCI packet transmission, receiving, and buffering (using common memory HCIbuffer).• Independent receive / transmit channels • Universal device interface7.9 Embedded UART:An embedded UART (Universal Asynchronous Receiver Transmitter) is included in this design. In order to reduce gate count, only the functions required for the HCI logic are included. These include the following:• Full-Duplex operation• Programmable BAUD rate (using 16-bit input clock divider to obtain Baud Rate x16clock base) • 7 or 8 Data bits • 1 or 2 Stop bits• Even / Odd / Mark / Space / None Parity configurations • Break Generation / Detection• Maskable individual interrupts to CPU and combined Error interrupt to HCI • Selectable Direct CPU interface or interface to HCI module7.10 Voice CODECOn the Bluetooth Specification, either a 64 kb/s log PCM format (A-Law or µ-Law) is used, or a CVSD (Continuous Variable Slope Delta Modulation) is used. ISSC IS1090 supports all coding schemes with conversion capabilities. In addition, the ISSC IS1090 Audio handling section also supports simultaneous 3-SCO channel operation. An external Codec must be added to perform the A/D and D/A functions.Preliminary Datasheet Released date: July 2004 page 11qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 7.11 Processor Memory Map 1The addressable memory space of the 8051 Turbo processor consists of a 64 kByte program space and a 64 kByte data space. The 64 kByte program space is mapped onto two pages in a larger 128 kByte memory space. This 128 kByte space may be physically implemented in a Flash or ROM device. The 64 kByte data space contains a single-port RAM, and the register bank. The maximum size of each memory component is as follows.Memory ComponentPhysical DeviceMaximum SizeAddress range program memory Flash or ROM 128 kBytes page 0: 0000h – ffffh page 1: 0000h – ffffh data segment 1single portRAM32 kBytes 0000h – 7fffh register segment register bank 16 kBytes 8000h – bfffh data segment 2 Commonmemory13 kBytes c000h – f3ffhreservedf400h – ffffh7.12 Miscellaneous (Watchdog Timer, PLL, and Clock Divider)System related functions such as watchdog timer, Endian control, and interrupt vectors are also provided.The purpose of the watchdog timer is to provide a reset to CPU in case when the CPU fails to service the watchdog timer in a pre-defined (programmable) period. In this situation, the CPU will be reset, and a flag will be set to indicate that the reset was due to a watchdog “timeout”. In addition, it also provides resets to the other modules in Bluetooth baseband.The build in PLL circuit will generate the required system clock of 48MHz, 36MHz or 24MHz from the oscillator clock. The clock divider will provide fixed frequencies of 12 MHz, 8KHz…for Bluetooth core and other peripheral hardware based on the input system clock of 48MHz, 36MHz, or 24MHz. All system clocks are 50% duty cycle.1Additional memory spaces such as TX/RX buffer, USB/UART buffer are not addressable by 8051. Those special memory modules are controlled indirectly by 8051 via data router.Preliminary Datasheet Released date: July 2004 page 12qIS1002Integrated System Solution Corp. Bluetooth Baseband Controller 8. Package InformationPreliminary Datasheet Released date: July 2004 page 13qIS1002Integrated System Solution Corp. Bluetooth Baseband ControllerSALES INFORMATIONISSC Head Office:3F, No.2-1, Industry East Rd., I, Science-Based Industrial Park, Hsinchu Taiwan, R.O.C.300 TEL: 886-3-577-8385 FAX: 886-3-577-8501ISSC Shanghai Office:2F., Building 59, No. 461, Hongcao Rd., Xu Hui District, Shanghai 200233, P.R. ChinaTEL: 86-21-6485-6299 # 6701 FAX: 86-21-5427-6519ISSC TPE Office4F, No.116, Joutz St., Neihu, Taipei Taiwan, R.O.C. 114 TEL: 886-2-2659-7699 FAX: 886-2-2659-7967ALinks Communications Inc.1095 E.,Duane AVE, Ste#102 Sunnyvale, CA 94085TEL: 1-408-573-7676 FAX: 1-408-573-7717。

爱普生零件编号 M02XL120 安全数据表

1. IDENTIFICATIONProduct identifierMixture identification:Trade name: Ink Supply Unit, T9571, M02XL120Recommended use of the chemical and restrictions on useRecommended use:Ink for inkjet printingDetails of the supplier of the safety data sheetCompany:EPSON AMERICA Inc.3840 Kilroy Airport WayLong Beach, CA 90806United StatesTelephone : 562.276.1369Emergency phone numberTelephone : 562.276.13692. HAZARD(S) IDENTIFICATIONClassification of the chemicalThe product is not classified as dangerous according to OSHA Hazard CommunicationStandard (29 CFR 1910.1200).Label elementsThe product is not classified as dangerous according to OSHA Hazard CommunicationStandard (29 CFR 1910.1200).Hazard pictograms:NoneHazard statements:NonePrecautionary statements:NoneSpecial Provisions:NoneHazards not otherwise classified identified during the classification process:NoneAdditional classification informationNFPA rating:HMIS rating:3. COMPOSITION/INFORMATION ON INGREDIENTSSubstancesNoMixturesHazardous components within the meaning of 29 CFR 1910.1200 and related classification:Qty Name Ident. Number Classification65% ~ 80%WaterCAS: 7732-18-5 EC: 231-791-2The product is not classified as dangerous according to OSHA Hazard Communication Standard (29 CFR 1910.1200).5% ~ 7%Carbon blackCAS: 1333-86-4 EC: 215-609-9 The product is not classified as dangerous according to OSHA Hazard Communication Standard (29 CFR 1910.1200).5% ~ 7%Glycerol CAS: 56-81-5 EC:200-289-5The product is not classified as dangerous according to OSHA Hazard Communication Standard (29 CFR 1910.1200).3% ~ 5%TEGBE Index number: 603-183-00-0 CAS: 143-22-6 EC: 205-592-6 REACH No.: 01-2119475107-38A.3/1 Eye Dam. 1 H318 0.5% ~ 1%Triethanol amine CAS: 102-71-6 EC: 203-049-8 The product is not classified as dangerous according to OSHAHazard Communication Standard (29 CFR 1910.1200).0.25% ~ 0.5% 2,4,7,9-tetramethyldec-5-yne-4,7-diol CAS: 126-86-3 EC: 204-809-1A.3/1 Eye Dam. 1 H318 A.4.2/1 Skin Sens. 1 H317US-HAE/C3 Aquatic Chronic 3 H4124. FIRST-AID MEASURESDescription of necessary measures In case of skin contact:Wash with plenty of water and soap. In case of eyes contact:In case of contact with eyes, rinse immediately with plenty of water and seek medical advice. In case of Ingestion:Do not under any circumstances induce vomiting. OBTAIN A MEDICAL EXAMINATION IMMEDIATELY. In case of Inhalation:Remove casualty to fresh air and keep warm and at rest. Most important symptoms/effects, acute and delayedNoneIndication of immediate medical attention and special treatment neededTreatment: None5. FIRE-FIGHTING MEASURESSuitable extinguishing media:Water.Carbon dioxide (CO2). Unsuitable extinguishing media:None in particular.Specific hazards arising from the chemicalDo not inhale explosion and combustion gases. Burning produces heavy smoke. Hazardous combustion products:NoneExplosive properties: No data availableOxidizing properties: No data availableSpecial protective equipment and precautions for fire-fightersUse suitable breathing apparatus .Collect contaminated fire extinguishing water separately. This must not be discharged intodrains.Move undamaged containers from immediate hazard area if it can be done safely.6. ACCIDENTAL RELEASE MEASURESPersonal precautions, protective equipment, and emergency proceduresWear personal protection equipment.Remove all sources of ignition.Wear breathing apparatus if exposed to vapours/dusts/aerosols.Provide adequate ventilation.Remove persons to safety.Use appropriate respiratory protection.See protective measures under point 7 and 8.Methods and materials for containment and cleaning upWash with plenty of water.7. HANDLING AND STORAGEPrecautions for safe handlingAvoid contact with skin and eyes, inhalation of vapours and mists.Do not use on extensive surface areas in premises where there are occupants.Do not eat or drink while working.See also section 8 for recommended protective equipment.Conditions for safe storage, including any incompatibilitiesKeep away from food, drink and feed.Incompatible materials:None in particular.Instructions as regards storage premises:Adequately ventilated premises.Storage temperature:Store at ambient temperature.8. EXPOSURE CONTROLS/PERSONAL PROTECTIONControl parametersCarbon black - CAS: 1333-86-4- OEL Type: ACGIH - TWA(8h): 3 mg/m3- OEL Type: OSHA - TWA: 3.5 mg/m3- OEL Type: JSOH - TWA: 1 mg/m3 - Notes: as Class 2 Dusts (Respirable dust)- OEL Type: JSOH - TWA: 4 mg/m3 - Notes: as Class 2 Dusts (Total dust) - Notes: as total dustGlycerol - CAS: 56-81-5- OEL Type: OSHA - TWA: 5 mg/m3 - Notes: Respirable dust- OEL Type: OSHA - TWA: 15 mg/m3 - Notes: Total dustTriethanol amine - CAS: 102-71-6- OEL Type: ACGIH - TWA(8h): 5 mg/m3DNEL Exposure Limit ValuesNo data availablePNEC Exposure Limit Values2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE; triethylene glycol monobutyl ether - CAS:143-22-6Target: Fresh Water - Value: 1.5 mg/lTarget: Freshwater sediments - Value: 5.77 mg/kgTarget: Marine water - Value: 0.15 mg/lTarget: Marine water sediments - Value: 0.13 mg/kgTarget: Microorganisms in sewage treatments - Value: 200 mg/l2,4,7,9-tetramethyldec-5-yne-4,7-diol - CAS: 126-86-3Target: Fresh Water - Value: 0.04 mg/lTarget: Marine water - Value: 0.004 mg/lTarget: Freshwater sediments - Value: 0.32 mg/kgTarget: Marine water sediments - Value: 0.032 mg/kgAppropriate engineering controls:NoneIndividual protection measuresEye protection:Not needed for normal use. Anyway, operate according good working practices.Protection for skin:No special precaution must be adopted for normal use.Protection for hands:Not needed for normal use.Respiratory protection:Not needed for normal use.Thermal Hazards:None9. PHYSICAL AND CHEMICAL PROPERTIESAppearance and colour: Black LiquidOdour: SlightlyOdour threshold: No data availablePH: 8.4 ~ 9.4 at 20 °CMelting point / freezing point: -13.3 °CInitial boiling point and boiling range: No data availableFlash point: Does not flash until 212 ° F/ 100 °C (closed cupmethod, ASTM D 3278)Evaporation rate: No data availableSolid/gas flammability: No data availableUpper/lower flammability or explosive limits: No data availableVapour pressure: No data availableVapour density: No data availableRelative density: No data availableSolubility in water: CompleteSolubility in oil: No data availablePartition coefficient (n-octanol/water): No data availableAuto-ignition temperature: No data availableDecomposition temperature: No data availableViscosity: < 5 mPa·s at 20 °CMiscibility: No data availableFat Solubility: No data availableConductivity: No data available10. STABILITY AND REACTIVITYReactivityStable under normal conditionsChemical stabilityStable under normal conditionsPossibility of hazardous reactionsNoneConditions to avoidStable under normal conditions.Incompatible materialsNone in particular.Hazardous decomposition productsNone.11. TOXICOLOGICAL INFORMATIONToxicological information of the product:e) germ cell mutagenicity:Test: Mutagenesis - Species: Salmonella Typhimurium and Escherichia coli Negativef) carcinogenicity:Components do not come under carcinogens (Ref. 1), except for Carbon blackg) reproductive toxicity:Does not contain reproductive toxicity and developmental toxic substances (Ref. 2) Toxicological information of the main substances found in the product:Carbon black - CAS: 1333-86-4a) acute toxicity:Test: LD50 - Route: Dermal - Species: Rabbit > 3 g/kg - Source: Acute Toxicity Data.Journal of the American College of Toxicology, Part B. Vol. 15Test: LD50 - Route: Oral - Species: Rat > 15400 mg/kg - Source: Acute Toxicity Data.Journal of the American College of Toxicology, Part B. Vol. 15Glycerol - CAS: 56-81-5a) acute toxicity:Test: LD50 - Route: Oral - Species: Guinea pig = 7750 mg/kg - Source: Journal ofIndustrial Hygiene and Toxicology. Vol. 23, Pg. 259, 1941Test: LDLo - Route: Oral - Species: Human = 1428 mg/kg - Source: "Toxicology ofDrugs and Chemicals," Deichmann, W.B., New York, Academic Press, Inc., 1969Vol. -,Pg. 288, 1969.2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE; triethylene glycol monobutyl ether - CAS:143-22-6a) acute toxicity:Test: LD50 - Route: Dermal - Species: Rabbit = 3.54 ml/kg - Source: AmericanIndustrial Hygiene Association Journal. Vol. 23, Pg. 95, 1962.Test: LD50 - Route: Oral - Species: Rat = 5300 mg/kg - Source: Office of ToxicSubstances Report. Vol. OTS,Triethanol amine - CAS: 102-71-6a) acute toxicity:Test: LD50 - Route: Oral - Species: Guinea pig = 2200 mg/kg - Source: "ToxicometricParameters of Industrial Toxic Chemicals Under Single Exposure," Izmerov, N.F., et al.,Moscow, Centre of International Projects, GKNT, 1982Vol. -, Pg. 114, 1982.Test: LD50 - Route: Oral - Species: Mouse = 5846 mg/kg - Source: Science Reports ofthe Research Institutes, Tohoku University, Series C: Medicine. Vol. 36(1-4), Pg. 10,1989.2,4,7,9-tetramethyldec-5-yne-4,7-diol - CAS: 126-86-3a) acute toxicity:Test: LD50 - Route: Dermal - Species: Rat > 2000 mg/kgb) skin corrosion/irritation:Test: Skin Irritant - Species: Rabbit Mild irritantc) serious eye damage/irritation:Test: Eye Irritant - Species: Rabbit Highly irritatingd) respiratory or skin sensitisation:Test: Skin Sensitisation - Route: LLNA - Species: Mouse Sensitisere) germ cell mutagenicity:Test: Mutagenesis - Species: Salmonella Typhimurium NegativeCarbon black - CAS: 1333-86-4With excessive exposure, carbon black has been listed as a possible humancarcinogen. However, as engineered within this ink cartridge, emissions to air of carbonblack during normal printing use have not been found. IARC, the International Agencyfor Research on Cancer, has found printing inks to be not classifiable as humancarcinogens.Substance(s) listed on the NTP report on Carcinogens:None.Substance(s) listed on the IARC Monographs:Carbon black - Group 2BTriethanol amine - Group 3.Substance(s) listed as OSHA Carcinogen(s):None.Substance(s) listed as NIOSH Carcinogen(s):None.12. ECOLOGICAL INFORMATIONEcotoxicityAdopt good working practices, so that the product is not released into the environment.2,4,7,9-tetramethyldec-5-yne-4,7-diol - CAS: 126-86-3a) Aquatic acute toxicity:Endpoint: LC50 - Species: Fish = 36 mg/l - Duration h: 96Endpoint: EC50 - Species: Daphnia = 88 mg/l - Duration h: 48Endpoint: EC50 - Species: Algae = 15 mg/l - Duration h: 72c) Bacteria toxicity:Endpoint: EC50 - Species: activated sludge = 630 mg/l - Duration h: 0.5 Persistence and degradabilityNo data availableBioaccumulative potentialNo data availableMobility in soilNo data availableOther adverse effectsNone13. DISPOSAL CONSIDERATIONSWaste treatment and disposal methodsRecover if possible. In so doing, comply with the local and national regulations currently inforce.14. TRANSPORT INFORMATIONUN number Not classified as dangerous in the meaning of transport regulations.UN proper shipping name No data availableTransport hazard class(es) No data availablePacking group No data availableEnvironmental hazards No data availableTransport in bulk (according to Annex II of MARPOL 73/78 and the IBC Code)No data availableSpecial precautions No data available15. REGULATORY INFORMATIONUSA - Federal regulationsTSCA - Toxic Substances Control ActTSCA inventory: all the components are listed on the TSCA inventory.TSCA listed substances:Isothiazolinone derivatives is listed in TSCA §5(a) - Proposed SNUR.SARA - Superfund Amendments and Reauthorization ActSection 302 – Extremely Hazardous Substances: no substances listed.Section 304 – Hazardous substances: no substances listed.Section 313 – Toxic chemical list: 2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE;triethylene glycol monobutyl ether.CERCLA - Comprehensive Environmental Response, Compensation, and Liability Act Substance(s) listed under CERCLA: 2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE;triethylene glycol monobutyl ether.CAA - Clean Air ActCAA listed substances:Glycerol is listed in CAA Section 1112-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE; triethylene glycol monobutyl ether islisted in CAA Section 112, Section 112(b) - HON.CWA - Clean Water ActCWA listed substances:None.USA - State specific regulationsCalifornia Proposition 65Substance(s) listed under California Proposition 65:None.Massachusetts Right to knowSubstance(s) listed under Massachusetts Right to know:Carbon black.New Jersey Right to knowSubstance(s) listed under New Jersey Right to know:Carbon black2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE; triethylene glycol monobutyl ether.Pennsylvania Right to knowSubstance(s) listed under Pennsylvania Right to know:Carbon black2-[2-(2-butoxyethoxy)ethoxy]ethanol; TEGBE; triethylene glycol monobutyl ether. 16. OTHER INFORMATIONFull text of phrases referred to in Section 3:H318 Causes serious eye damage.H317 May cause an allergic skin reaction.H412 Harmful to aquatic life with long lasting effects.Safety Data Sheet dated September 14, 2018, Revision: 2.0Sections modified from the previous revision:2. HAZARD(S) IDENTIFICATION3. COMPOSITION/INFORMATION ON INGREDIENTS7. HANDLING AND STORAGE8. EXPOSURE CONTROLS/PERSONAL PROTECTION9. PHYSICAL AND CHEMICAL PROPERTIES11. TOXICOLOGICAL INFORMATION12. ECOLOGICAL INFORMATION15. REGULATORY INFORMATIONMain bibliographic sources:Ref. 1 ·Journal of Occupational Health (JOH) (Japan Society of Occupational Health (JSOH)) ·TLVs and BEIs (ACGIH: American Conference of Governmental Industrial Hygienists)·IRIS Carcinogenic Assessment (IRIS: Integrated Risk Information System of US EPA)·Annex VI of REGULATION (EC) No 1272/2008 OF THE EUROPEAN PARLIAMENTAND OF THE COUNCIL of 16 December 2008 on classification, labelling andpackaging of substances and mixtures, amending and repealing Directives 67/548/EECand 1999/45/EC, and amending Regulation (EC) No 1907/2006·MAK und BAT Werte Liste (DFG: German Research Foundation)·TRGS 905, Verzeichnis krebserzeugender, keimzell mutagener oderreproduktionstoxischer Stoffe (AGS: Committee on Hazardous Substances, Germany) Ref. 2 ·Annex VI of REGULATION (EC) No 1272/2008 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 16 December 2008 on classification, labelling andpackaging of substances and mixtures, amending and repealing Directives 67/548/EECand 1999/45/EC, and amending Regulation (EC) No 1907/2006·TRGS 905, Verzeichnis krebserzeugender, keimzell mutagener oderreproduktionstoxischer Stoffe (AGS: Committee on Hazardous Substances, Germany) Disclaimer:The information contained herein is based on our state of knowledge at the above-specified date. It refers solely to the product indicated and constitutes no guarantee of particular quality. The information relates only to the specific material and may not be valid for such material used in combination with any other material or in any process.This Safety Data Sheet cancels and replaces any preceding release.ADR: European Agreement concerning the International Carriage of DangerousGoods by Road.CAS: Chemical Abstracts Service (division of the American Chemical Society).CLP: Classification, Labeling, Packaging.DNEL: Derived No Effect Level.EINECS: European Inventory of Existing Commercial Chemical Substances.GHS: Globally Harmonized System of Classification and Labeling of Chemicals.HMIS: Hazardous Materials Identification SystemIARC: International Agency for Research on CancerIATA: International Air Transport Association.IATA-DGR: Dangerous Goods Regulation by the "International Air Transport Association"(IATA).ICAO: International Civil Aviation Organization.ICAO-TI: Technical Instructions by the "International Civil Aviation Organization" (ICAO). IMDG: International Maritime Code for Dangerous Goods.INCI: International Nomenclature of Cosmetic Ingredients.KSt: Explosion coefficient.LC50: Lethal concentration, for 50 percent of test population.LD50: Lethal dose, for 50 percent of test population.LTE: Long-term exposure.NFPA: National Fire Protection AssociationNIOSH: National Institute for Occupational Safety and HealthNTP: National Toxicology ProgramOSHA: Occupational Safety and Health AdministrationPNEC: Predicted No Effect Concentration.RID: Regulation Concerning the International Transport of Dangerous Goods by Rail. STE: Short-term exposure.STEL: Short Term Exposure limit.STOT: Specific Target Organ Toxicity.TLV: Threshold Limiting Value.TWATLV: Threshold Limit Value for the Time Weighted Average 8 hour day. (ACGIHStandard).。

丹参酮_A在大鼠体肠的吸收机理_袁媛

＊国家自然科学基金资助项目(批准号:30070935)＊＊通讯联系人:Tel :(028)85501370作者简介:袁媛,女,正攻读药剂学硕士学位。

丹参酮ⅡA 在大鼠体肠的吸收机理＊袁　媛,蒋学华＊＊,周　静,杨俊毅,王彩琴四川大学华西药学院,四川成都610041 摘要:目的　研究丹参有效成分丹参酮ⅡA 的吸收机理。

方法　采用大鼠在体肠吸收模型,以高效液相色谱法测定丹参酮ⅡA 的量,根据Fick 方程原理对丹参酮ⅡA 含量改变进行拟合,求得丹参酮ⅡA 的表观吸收速率常数K a 及吸收半衰期t 1/2,探索丹参酮ⅡA 在小肠的吸收机理。

结果　给予不同剂量的丹参酮ⅡA ,其吸收速率K a 随浓度的增加而呈微小下降,吸收半衰期t 1/2延长,吸收半衰期约为0.6～1.0h 。

结论　丹参酮ⅡA 在大鼠胃肠道的吸收存在饱和现象,提示丹参酮ⅡA 在机体内的转运机制类似于主动转运或促进扩散。

关键词:丹参酮ⅡA ;吸收机理;HPLC 中图分类号:R945文献标识码:A文章编号:1006-0103(2002)04-0246-03 探讨中药有效成分口服时的吸收部位和吸收机理是提高中药口服给药的生物利用度和研究开发口服制剂的基础。

现代药理学表明,丹参中的脂溶性成分丹参酮ⅡA 是丹参药理活性的主要有效成分之一。

现建立丹参酮ⅡA 在大鼠体肠吸收的模型,用HPLC 测定丹参酮ⅡA 的含量,并对其吸收机理进行研究,为中药制剂现代化提供参考。

1　实验部分1.1　仪器与试药SOMO 8010高效液相色谱仪(日本SOMO );HL -2型恒流蠕动泵(上海青浦泸西仪器厂);85-2型恒温磁力搅拌器(上海司乐仪器厂);CQ -205型超声清洗仪(上海超声波仪器厂);BP210S 电子天平(德国Sartorius );恒温水浴锅(上海医疗设备总厂);SHB -Ⅲ循环水式多用真空泵(郑州长城科工贸有限公司);TU -1800紫外可见分光光度计(北京普析通用仪器有限公司)。

宝云兴业科贸专业空气测计仪器产品说明书

北京宝云兴业科贸有限公司成立于1998 年，自成立伊始，就秉持着“诚信、执着、创新、快速”的经营理念。

公司以国家相关标准为依据，引进国际先进仪器，以个性化配置方案与完善的服务体系为特色，先后成为国家卫生健康委员会、中国各省市疾控中心、卫生监督所等企事业单位的优质合作伙伴。

连续多年被推举为中国卫生监督协会环境卫生与健康专业委员会副主任委员单位，以及北京教育装备行业协会会员单位。

典型用户：国家卫生健康委员会、浙江省、福建省、安徽省、广西壮族自治区、江西省、辽宁省、河北省卫生厅、中国疾控中心、北京市疾控中心以及各省市卫生监督所、大专院校等单位。

美国TSI 公司成立于1961年，它是全球精密测量仪器设计和生产的行业领导者，出品的室内空气质量检测仪、颗粒物检测仪等都在国际上享有盛誉。

Sun Nuclear 成立于1984年，由一支经验丰富的辐射检测科学家和工程师队伍组成。

公司旨在为社会提供了一种新的测量辐射的方法，在提高了测量质量的同时也简化程序。

Mesalabs 股份有限公司是一家研发、制造及销售为一体的综合型企业，总部位于美国科罗拉多州的丹佛市。

公司主要产品包括监测仪器，数据采集仪器，气体流量校准仪器，环境监测仪及耗材等，仪器广泛应用于工业、实验室及环保等相关领域。

公司简介成功案例合作伙伴COMPANY PROFILESUCCESSFUL CASESPARTNERS美国SKC 公司是世界上最大的空气采样器制造商，是世界空气采样技术的领跑者，距今已有近60年的发展历史。

它向全球用户提供600种以上专业的空气采样产品。

日本理研计器株式会社成立于1939年，是日本知名的上市公司，也是日本首屈一指的气体测试仪器生产商，产品畅销于全球五大洲。

其生产的 FP-30MK2(C)甲醛检测仪，检测方法已被列为中国国标检测方法。

手动采样泵&检气管风速/新风量检测仪甲醛检测仪大气压力表射线检测仪水质检测套装空气采样泵流量校准器温湿度计振动测试仪细菌/病毒微生物采样系统差压计气体检测仪集中空调采样设备便携式B超检测仪在线监测系统采样附件颗粒物检测仪照度计热辐射检测仪撞击式空气微生物采样器室内空气质量检测仪测氡仪噪声检测仪水质检测仪061317263549 01082532 061520273655 05092633 0716252937产品手册目录THE WHOLE INDUSTRYPRODUCT MANUALS01便携式采样泵（5-5000mL/min）产品特点AirChek Connect 型AirChek Connect 型便携式采样泵可通过蓝牙和USB 两种方式连接手机和电脑的低噪声采样泵。

超纤贝斯参数

超纤贝斯参数
超纤贝斯参数是指在超纤维材料中，用于描述光纤传输性能的一组参数。

它们包括衰减系数、色散参数和非线性系数等。

超纤贝斯参数的优异性能使得超纤光纤成为现代通信领域的重要组成部分。

衰减系数是指光信号在传输过程中衰减的程度。

超纤光纤具有较低的衰减系数，这意味着光信号在光纤中传输的距离更远，衰减更小。

这使得超纤光纤在长距离通信中具有很大的优势，能够传输更多的信息。

色散参数是指光信号在传输过程中由于频率不同而引起的时间延迟。

超纤光纤的色散参数较低，意味着光信号在光纤中传输时，不会产生明显的时间延迟，保持信号的完整性和准确性。

这对于高速数据传输和光纤通信的稳定性至关重要。

非线性系数是指光纤中的非线性光学效应对光信号的影响程度。

超纤光纤的非线性系数较低，可以减少光信号的失真和扭曲，提高信号的传输质量。

这使得超纤光纤在高速光通信和激光技术中具有广泛的应用前景。

超纤贝斯参数的优异性能使得超纤光纤成为现代通信领域的重要组成部分。

它们的出色性能使得光信号能够在光纤中快速、稳定地传输，为人们的通信需求提供了强大的支持。

超纤光纤不仅在长距离通信中具有广泛应用，还在高速数据传输、激光技术、传感器等领
域发挥着重要作用。

超纤贝斯参数是描述超纤光纤传输性能的重要指标。

它们的优异性能使得超纤光纤在通信领域具有广泛的应用前景。

随着科技的不断发展，超纤光纤将继续发挥重要作用，推动通信技术的进步和创新。

DSC100 中文手册

2.2
停车，报警和故障逻辑 ...............................................................................................................11
2.2.1 停车逻辑...............................................................................................................................11
3.2.4 DSC100 伺服控制器 IP 地址和波特率设置.......................................................................23
3.2.5 接线端子信号定义 ...............................................................................................................23
产品和培训信息 .............................................................................................................................................v
文档号 No. 001 中国北京印制
目录
目录......................................................................................................................................................................... i

COM100系列产品说明书

COM100D/COM100ETnbsu!Dpnnvojdbujpo!CpyRvjdl!Jotubmmbujpo!HvjefCOM100-QIMUL-V11-Ver10-2019032/!Uzqjdbm!Bqqmjdbujpo!0!Bqqmjdbujpo!uzqf !0!Uzqjtdif!Boxfoevoh !0!Bqmjdb çãp!u“qjdb3/!Nfdibojdbm!Jotubmmbujpo !0!Jotubmmbujpo!n…dbojrvf !0!Nfdibojtdif!Jotubmmbujpo !0Mpdbujpo!Sfrvjsfnfou!0!Fyjhfodf!mj…f!—!m(fnqmbdfnfou !0!Tuboepsubogpsefsvohfo !0!Sfrvjtjupt!ef!mpdbmj{b çãp3/2!Jotubmb çãp!nfd âojdbUsbotgpsnfs HsjeJowfsufs QW!npevmf ST 596Fuifsofu JoufsofuXjGj5H)Pqujpobm*Qpxfs!dbcmfQpmf.Npvoujoh!)Pqujpobm*!0!Jotubmmbujpo!tvs!q ômf!)gbdvmubujg*!0!Nbtunpoubhf!)pqujpobm*!0!3/4!Nfubm!Tvsgbdf !0!Tvsgbdf!fo!n…ubm !0!Nfubmmpcfsgm ädif !0!Tvqfsg“djf!ef!nfubmXbmm.Npvoujoh!0!Jotubmmbujpo!nvsbmf !0!Xboecfgftujhvoh !0!Npoubep!ob!qbsfef!Dpodsfuf!Xbmm!0!Nvs!fo!c…upo!0!Cfupoxboe!0!Qbsfef!ef!dpodsfupNpoubhfn!fn!qptuf!)pqdjpobm*H Xbufsqsppg!boe!evtuqsppg!wfoujmbujpo!wbmwfSftfswfe-!boufoob!xbufsqsppg!ufsnjobmBJ0EJ!xbufsqsppg!ufsnjobmBCDEFGEJ0ESN!xbufsqsppg!ufsnjobmST596!xbufsqsppg!ufsnjobmFuifsofu!xbufsqsppg!ufsnjobmXbufsqsppg!ufsnjobm!gps!211Wbd!up!388Wbd!qpxfs!tvqqmzSGBJ0EJEJ0ESNST596.2-!ST596.3-!ST596.4FUIBD䯒211　388W䯓.Hspvoejoh!Dpoofdujpo!0!Dpoofyjpo!—!mb!ufssf!0!Fsevohtwfscjoevohfo!0!Dpofyãp!ef!bufssbnfoupDpoofdu!up!Efwjdf!xjui!SK56!Qpsu!0!Dpoofyjpo!—!m(bqqbsfjm!bwfd!vo!qpsu!SK56!0!Wfscjoevoh!nju!Hfsäu!《cfs!SK56.Qpsu!0 Dpofyãp!bp!ejtqptjujwp!dpn!b!qpsub!SK56BD!Qpxfs!Tvqqmz!0!Bmjnfoubujpo!…mfdusjrvf!DB!0!BD.Ofu{ufjm!0!Gpsofdjnfoup!ef!fofshjb!DBFyufsobm!Fmfdusjdbm!Frvjqnfou!0!érvjqfnfout!…mfdusjrvft!fyufsoft!0!Fyufsof!Ofu{hfs äuf!0!Frvjqbnfoup!fm…usjdp!fyufsop4/5WbdQ ;21XQnby ;23X V;35Wed5/!Dpnnjttjpojoh!0!Njtf!fo!tfswjdf!0!Jocfusjfcobinf!0!Dpnjttjpobnfoup!Nbjomboe!Dijob Fvspqf PuifstSfhjpo jTpmbsDmpve!pg!Dijob!jTpmbsDmpve!pg!Fvspqf jTpmbsDmpve!pg!!JoufsobujpobmTubujpo57DPN211E!0!DPN211F! Vtfs!NbovbmMphhfs2111B!0!!Mphhfs2111C!Vtfs!Nbovbm6/!Sfmbufe!Epdvnfout!0!Epdvnfout!dpoofyft!0![vhfiösjhf!Eplvnfouf!0 Epdvnfoupt!sfmbdjpobeptRS!dpefXfctjuf iuuq;00tvqqpsu/tvohspxqpxfs/dpn0xfc0qspevduMjtu@g>2'qje>2'ejsfdupszJe>224!iuuq;00tvqqpsu/tvohspxqpxfs/dpn0 xfc0qspevduMjtu@g>4'ejsfdupszJe> 418!21 52 11 . I . N。

SOT-10-100M

动开关设置功能；只有 IP113 设备具备以上功能。
■系统安装及开通
1、安装
本设备适合安装在稳固物体上，并应避免在高温潮湿和有腐蚀性的
场所中使用。 2、随机附件
每台光纤收发器配 RJ45 水晶头 1 个，电源线 1 条，说明书 1 份。 3、网线的连接
本设备的以太网口与计算机、HUB 或交换机连接时，使用直通网线或交叉网线均可（有自适应功能）。 4、光纤的连接设备的光纤接口处标有 TX 的为发光口，RX 为收光口。只有当本端和对端的两个光口都正确接上光纤后，FX-LNK 指示灯才能显示光路连接正常。单向光纤连接时，只亮 FX-100M 灯，FX-LNK 灯不能正确显示（单纤设备除外），本设备的光纤接口为 FC 或 SC 型，连接时需收、发对接，并测量光缆通路的衰耗是否超出光纤收发器的接收范围。 5、电源线连接首先检查供电电源与本设备的电源供电要求是否相符。再将电源线正确接到电源接线座上(注意极性)，电源线径大于 1mm。打开电源开关，观察各灯的指示状态，正确连接网线和光纤。 6、注意事项
时灭,有数据收发时闪亮
全/半双工指示
灯亮为全双工模式，灯灭为半双工模式，。
POWER
电源指示
接通电源后常亮。
注 1：当有数据收发进行时，TX-LNK 灯和 FX-LNK 灯同时有规律闪亮。 ● 后视图
ON/OFF：电源开关
POWER：电源接口
设备的底部有一个 5 位的拨动开关，用于设置光纤收发器的各种工
sotsotsotsot10100m10100m10100m10100m光光光光纤纤纤纤收收收收发发发发器器器器使使使使用用用用说说说说明明明明a00版版版版江西山水光电科技有限公司江西山水光电科技有限公司江西山水光电科技有限公司江西山水光电科技有限公司感谢阁下购买本公司生产的产品感谢阁下购买本公司生产的产品感谢阁下购买本公司生产的产品感谢阁下购买本公司生产的产品在使用前请详细阅读本说明书在使用前请详细阅读本说明书在使用前请详细阅读本说明书在使用前请详细阅读本说明书本说明书任何部分不得复印翻制或以任何形式在网络中发送除非得到本公司的书面许可

超米克电阻性表面材料数据表说明书

86US Headquarters TEL +(1) 781-935-4850FAX +(1) 781-933-4318 • Europe TEL +(44) 1628 404000FAX +(44) 1628 404090Asia Pacific TEL +(852) 2 428 8008FAX +(852) 2 423 8253South America TEL +(55) 11 3917 1099FAX +(55) 11 3917 0817It can also be shown that for materials with one side substantially more conductive than the other,measurement with the probe of Figure 35will clearly show the difference. Since this is a common problem with poorly-manufactured conductive elastomers (“resin-rich”on one side), it is recommended that random measurements be made on both sides of parts during QC or Acceptance testing.For extremely small gaskets,shorter electrode spacing may be required – such as 0.50 in. (1.27 cm).For a probe with 1.27 cm separation,change the denominator in the equation shown in Figure 35to 1.27.The probe of Figure 35has been specified as the method of measuring volume resistivity of finished parts in MIL-G-83528.The “standard” test method for volume resistivity of conductive elastomers is ASTM D991. While useful and accurate for measuring anti-static products (such as carbon-filled elastomers), this method has serious shortcomings when used for EMI gasket materials. For example:a. ASTM D991 cannot be used to measure actual molded parts (such as O-rings). It requires flat sheet samples.b. Pressure is critical in ASTM D991 measurements.c. The probe and meter setup of ASTM D991 is not sufficiently portable to make measurements outside a laboratory.d. The ASTM D991 procedure assumes that surface resistivity is very high (ref. para. 1.2).For EMI gasket materials,whose surfaces must be very conductive, the method cannot distinguish between samples with high and low surface resistivity.To reduce or eliminate these short-comings, a modified ASTM D991procedure has been developed which uses the surface probe and calculation shown in Figure 35. Tests using this probe have been shown to correlate well with ASTM D991 and other 4-point probe methods of measuring volume resistivity. Using this 2-point probe, measuredresistance values for EMI gaskets in the 0.002 to 0.02 ohm-cm range aretypically 0.01 to 1.0 ohm(depending on crosssection). These values can be easily measured on small, under-$500ohmmeters sensitive down to 10 milliohms. The probecan be used to makeaccurate volume resistivity measurements on actualgaskets such as molded rings, extruded strips, orcustom cross sections.The weight of the probe (200-500 gm) is sufficient to produce accurate andreproducible measurementsafter a stabilization period of about15-60 seconds.The addition of 1-2lbs (450-900 gm) manual force willallow a stabilized resistance value tobe reached more quickly.Although the test electrodesshown in Figure 35are only incontact with one surface of the partor sample being measured, it can beeasily shown that in fact a volumeresistivity is being measured. Start bymeasuring a flat sheet sample 2 in. x4 in. x 0.062 in. in size (5.08 cm x10.16 cm x 1.51 mm). Then cut thesample into two pieces, each 2 in.(5.08 cm) long, and ply them up intoone double-thickness sample 0.125in. (3.02 mm) thick. This plied-upsample will result in a resistancemeasurement almost exactly half thefirst measurement. By doubling thecross sectional area “A” (Figure 35),the resistance “R” is halved.。

MS1100中文资料

VOCs Sensor–for the detection of Formaldehyde,Tolune,Organic Solvent空气质量传感器MS1100，————用于检测甲醛，甲苯，其他有机气体等1.Sensitivity characteristic slope 敏感度特性曲线有机气体的浓度1.0 1.0 1.00.9Formaldehyde甲醛0.90.9Toluene 甲苯0.80.80.80.70.7Benzene苯0.7 0.60.60.60.50.11Concentration(ppm) 浓度0.5 0.11Concentration(ppm)0.5 0.1 1Concentration(ppm)说明了传感器的灵敏度和被测气体之间的关系2.Basic Measuring Circuit&Stability 基本线路测量及稳定性Vcc GND ●SensorV H R s●R L●54○3Vout2○1Long Term Stability 长时间的稳定性RL=2㏀Rs=4㏀Vcc:Circuit Voltage(5V)V H:Heater Voltage(5V)电路电压加热电压R L:Load Resistance Rs:Sensor Resistance 阻力负荷传感器的电阻020*********Time[days]3.Specifications 规格Model numberSSensing element type元件类型Target gas 检测的气体Semiconductor半导体VOCs,HC,Smoke, Organic compoundsR H Heater resistance25.5Ω±0.2ΩElectrical characteristics under standard Test conditions 在标准条件下的电特性V H Heater Voltage 5.0V±2%R L Road resistance VariableP H Power consumption Less than420㎽Less than430㎽V C Circuit Voltage Less than12.0VSensitivity R s,airV out,airSensor resistance 1.7㏀to24㏀(Refer to Rank Table)Characteristicsβ=R s,gas/R s,airβΔVΔV=V out,air–Toluene:5ppmSmoke:1,000ppm(ESSE,Korea)0.4≤β≤0.6β≤0.4V out,gas Response time Reaction:less than5secRecovery:less than10sec*Standard test condition(balance gas:clean air,or special gas)ㆍTemp.:20℃±5℃,ㆍHumidity:RH65%±10%,ㆍPressure:1atmㆍTest chamber:more than1ℓ/EA,ㆍPre-heating time:more than1hrEnvironmentalcondition环境条件*Operation temp.&Relative humidity:-10℃to60℃,less then dew point 抄作温度，相对湿度*storage temp.:-20℃to80℃贮存温度*Oxygen concentration:21%±2%(The sensitivity characteristics areinfluenced by variation in oxygen concentration4.Structure and Dimensions 结构及尺寸S115. Reaction time(T 90) 反应时间Reaction Time(T 90) : Less then 10sec[Between Rs,air_b & Rs,gas] 反应时间小于10秒【在Rs,air_b 到Rs, gas 这个阶段】Recovering Time(T 90) : Less then 20sec[between Rs,gas & Rs,air_a]20秒，【在Rs,gas 到Rs,air_a 这个阶段】 Beginning stability time(T 90) : Less then 10 minutewithotgases 代表没有气体时传感器的电阻Rs,gas : Sensor Resistance after blowing gases 代表气体经过时的电阻Rs,air_a : Sensor Resistance removing gases 代表气体通过以后传感器的电阻6. Characteristic of the other gases (β=R gas /R air )检测其他气体的特性，也就是传感器显示的数值与检测气体浓度间的比例关系Smoke 烟 (HC)Alcohol (C 2H 5OH)酒精Hydrogen (H 2)氢气Butyl acid 비 고(C 5H 10O 2)Concentration 浓度1,000ppm50ppm100ppm1ppmSensitivity0.30.10.60.4* Sensitivity(β) = Rgas/Rair* Rgas : 가스 주입 완료 후, 출력저항, Rair : 청정대기 상태에서의 출력저항7. Rank Table(30) 等级表Rank 等级30A30B30CResistance 电阻 1.7 ~ 2.0㏀2.0 ~ 2.4㏀2.4 ~ 2.8㏀Rank30D30E30FResistance 2.8 ~ 3.3㏀3.3 ~ 3.9㏀3.9 ~4.7 ㏀Rank30G30HResistance 4.7 ~ 5.7㏀5.7 ~ 7.1㏀* R L = 1㏀* Rgas : 가스 주입 완료 후, 출력저항,Rair : 청정대기 상태에서의 출력저항8. Application 应用* Air Purifier 空气净化 * Damper 控制气体方面的应用。

0200简易操作说明手册

笔记本电脑、智能手机、平板电脑、平板电脑套、扬声器、入耳式耳机、头戴式耳机、手袋搭扣、冰箱门上的磁铁、磁性健康设备等。
使设备和装置与手表保持至少 5 厘米的距离。
中文 (简体字)
0200 简易操作说明手册
• 若要查看规格和操作方法详细信息，请参阅说明手册： 0200 说明手册
组件识别
时针
设置时间
设置时间
1. 当秒针指向 0 秒时，拉出柄头到位置 1。
分针
秒针停止。
2. 旋转柄头来设置时间。
• 旋转柄头时，时针和分针会同步走动。
3. 根据可靠的时间源将柄头推入到位置 0 完成该步
柄头
骤。
关于机械表
秒针
机械表的运行精度可能会受到以下使用条件的影响。
• 实际外观可能与图Biblioteka 不同。柄头位置01
主发条上的量机械表在发条充分上紧时可以保持其最佳运行精度。
机械表的运行精度会受重力影响而有所不同。运行精手表的姿势度会随着佩戴时手表姿势的不同以及每次摆动时不同
方向的吸引力而不同。
发条上弦
这是一块由弹簧驱动的自动机械表。
佩戴手表时，手臂的运动使摆锤转动，从而自动给发条上弦。 • 当手臂的运动很小和/或很少时，上弦将不充分。我们建议尽可能长时
间佩戴手表，或者在上述情况下手动给发条上弦。 • 未佩戴手表时，发条将在 2，3 天左右耗尽，然后手表会停止运转。
温度
该部分使用金属部件以保持机械表的运行精度。运行精度会随着佩戴时手表姿势的不同以及每次摆动时不同方向的吸引力而不同。 * 建议在 +8 °C - +38 °C 范围内使用本表。
磁性
机械表中使用金属部件。磁性会影响金属部件，从而影响手表的运行精度。请勿将手表靠近有或会产生强磁场的东西。

德国百灵达产品参数

小型调音台UFX1604∙16通道模拟调音台，内置24/96火线音频接口∙8个XENYX话放，都带独立幻相供电开关∙16进4出火线音频接口∙支持MIDI走带控制的按钮，带背光∙100mm推子∙英式4段EQ，2个半参量EQ∙4个辅助发送/立体声返回，ALT 3-4总线，内置对讲话筒∙双通道多效果处理器∙可上机架QX-1202USB超低噪音（ULN) 电路，极大的动态余量，通透的音色8 个新颖的，录音棚级的―无形‖麦克风前置放大器：- 24 比特130 分贝动态范围，192 千赫采样率输入端-超大60 分贝增益范围内置24 比特数码立体声效果处理器，配有100 个音质优美的预置，如：混响，合唱，镶边，延迟，音高变动和各种多重效果所有声道配带有效的，音乐性极强的 2 频段均衡器，还配有削波二极发光管4 个平衡式线路输入端，动态余量充裕专业级4580 运算放大器, 超低噪音，极低失真度-- 要比4560 运算放大器好的多每路配有2 个辅助传送，1 前置推杆，适合监听使用；1 个后置推杆，适合内置效果或外置传送使用CD/磁带输入端可设置在主混音或控制室/耳机输出端上独立的控制室，耳机及立体声CD/磁带输出端平衡式主混音输出端，配有镀金卡侬连接插口提供+48 伏幻像电源开关，可使用电容话筒经久耐用的60 毫米流线型推杆和密封控制旋钮内置开关式电源(100 - 240 V ），使用灵活，具有无噪声，瞬间反应好，电耗低的特性高质量的元件和极其牢固的结构，使产品经久耐用德国百灵达研制设计X2442USB24 输入4/2 母线调音台, 配有XENYX 话放& 压缩器，英式均衡器，24 比特多种效果处理器，USB/音频界面和energyXT2 百灵达版音乐制作软件优质模拟调音台，超低噪音，大余量10 个技术新颖的XENYX 话筒前置放大器，配有幻象电源，可与单独的高级前置放大器媲美8个录音室级压缩器，配有简单的“一个按钮”功能和控制显示，打造一流的人声和乐器声新古典"英国式" 3 频段均衡器，配有半参数型中频，打造温暖的音色录音室级别效果处理器，配有16 种可编辑的预置，其中包括混响，合唱，镶边，延迟，变调，多重效果，节拍功能，用户参数设置可储存内置的立体声USB/音频插口可用来直接连接电脑。

薄膜铂热电阻的那些特性介绍

薄膜铂热电阻的那些特性介绍薄膜铂热电阻适用表层动态性及细微室内空间等独特自然环境下温度测量。

与各种线绕式工业生产铂电阻通用性。

技术特性:0℃电阻器:100Ω;温度测量范畴:-200℃-+600℃、溫度指数:3850PPM/℃;响应速度低于0.3秒。

白金塑料薄膜铂热电阻集成ic是1个里程碑式温度感应器发展趋势的物质。

选用*优良新科技方式，像激光器镀洛，显微照相和平版印刷光刻技术。

而阻值则以大数字整修方法做出调整，因此能出示*精准的阻值。

特性：塑料薄膜脉冲阻尼器铂热电阻集成ic运用于世界各国仪表设备加工业，用以生产制造各种各样温度感应器。

非常是对温度检测精密度规定较为高的科学研究行业和工业生产行业更合适。

运用于世界各国房型和热电联产热计量表匹配温度感应器的生产制造。

运用于家用中央空调的温控。

其他温度测量操纵行业。

(ph值溫度赔偿等)性能参数：1、电阻：PT20、PT50、PT100、PT200、PT500、PT10002、级別：A级，B级，1/3B级，1/10B级3、溫度范畴：-50-600℃4、芯片尺寸：2*2.3*1.3mm(宽×长×厚)5、导线原材料：纯白金特性：商品特性合乎IEC751-1995和JIS1604相关准，溫度指数：R100/R0=1.3851历经严苛质捡并标明每只元器件在摄氏度0℃时的**电阻。

塑料薄膜铂热电阻元器件用瓷器和铂特别制作而成，在高溫下可以维持上等的可靠性，合适在-50℃∽4OO℃的溫度下应用。

铂塑料薄膜根据激光器飞溅在瓷器表面，因此塑料薄膜铂热电阻元器件具备优良的防震动和防冲击性特性。

塑料薄膜表层遮盖以瓷器，因而元器件可以承担高工作电压并有优良的介电强度。

铂热电阻集成ic除开出示Pt100Ω的外，还有Pt500和Pt1000Ω的元器件。

精密度：除开出示A级和B级外，还有更精准的1/3B级供客户采用。

薄膜铂热电阻。