SI-8000S中文资料
安全仪表系统SIS技术规格书
------------------------------------ （HT -------------------------------------安全仪表系统（SIS）技术规格书目录1总则 (4)1.1概述 (4)1.2工厂及装置简况 (4)1.3卖方的责任 (4)1.4供货及服务范围 (4)1.5报价技术文件要求 (4)1.6无效报价 (6)1.7关于招标及投标的修改 (6)1.8本规格书程度用词 (6)2系统技术规格 (7)2.1概述 (7)2.2技术要求 (7)2.3通信要求 (15)2.4系统负荷要求 (16)2.5维护和安全、可靠性要求 (17)2.6系统机柜 (18)2.7辅助机柜 (18)2.8电缆及连接配件 (19)2.9电源及接地 (19)3软件配置的基本要求 (20)------------------------------------ (HT -------------------------------------3.1软件配置 (20)3.2软件的版本更新 (20)3.3汉字系统 (20)4备品备件及辅助工具 (20)4.1备品备件 (20)4.2专用仪器和工具 (20)5文件资料 (20)5.1工程设计文件资料 (20)5.2应用手册文件 (21)5.3中间文件资料 (21)5.4组态培训资料 (21)5.5文件资料的文字 (21)6技术服务 (22)6.1概述 (22)6.2项目管理 (22)6.3工程条件会 (22)6.4现场技术服务 (22)6.5操作运行服务 (23)7技术培训及软件组态 (24)7.1系统技术培训 (24)7.2软件组态培训 (24)7.3组态 (24)7.4维护培训 (24)7.5操作培训 (24)8测试与验收 (25)8.1工厂测试与出厂验收 (25)8.2现场验收 (25)9性能保证 (25)9.1性能保证 (25)9.2备件 (26)10特殊要求 (26)附图1.中心控制室建筑平面图 (26)附录1.系统硬件清单及技术服务 (27)附录2.检测点统计表 (30)1总则1.1概述本安全仪表系统（以下简称SIS）规格书为XXXXXXXXX X公司XXXXXX 工程而编制。
SI-8000E中文资料
s Features•Compact full-mold package (equivalent to TO220)•High efficiency: 80 to 88%•Requires only 4 external components•Phase correction and output voltage adjustment performed internally •Built-in reference oscillator (60kHz)•Built-in overcurrent and thermal protection circuitss Applications•Power supplies for telecommunication equipment •Onboard local power suppliessLineups Recommended Operating Conditionss Absolute Maximum Ratingss Electrical Characteristics(unit: mm)s Block Diagram s Standard External Circuits T a -P D Characteristicss Selecting External Components1. Inductor L 11) It must be suited for switching regulators.Do not use inductors as noise filters as they generate excessive heat.2) It must have the appropriate inductance value.If the inductance is too small (150µH or lower), abnormal oscillation may occur causing operation problems in the overcurrent protection circuit within the rated current range.3) The rated current must be satisfied.If the rated current is exceeded, magnetic saturation leads to overcurrent.2. Capacitors C 1 and C 21) They must satisfy the withstand voltage and allowable ripple current.Exceeding the ratings of these capacitors or using them without derating shortens their service lives and may also cause abnormal oscillation of the IC.2) C 2 must be a low-impedance type capacitor.A low-impedance type capacitor is recommended for C 2 to ensure minimum ripple voltage and stable switching operation.3. Diode D 1The Sanken AK06 diode is recommended for D 1. If you intended to use an equivalent diode, be sure to use a Schottky Barrier diode and make sure that the reverse voltage applied to terminal 2 of the IC does not exceed the value (–1V) given in the absolute maximum ratings. If you use a fast recovery diode or any other diode, application of a reverse voltage generated from the recovery or ON voltage of the diode may damage the IC.ApplicationVariable output voltageOutput voltage can be adjusted in the same way as SI-8000S in page 85.s Typical CharacteristicsEfficiency Characteristics(SI-8050E)Rise Characteristics(SI-8050E)Load Regulation(SI-8050E)Overcurrent Protection Characteristics(SI-8050E)Temperature Characteristics(SI-8050E)Thermal Protection Characteristics(SI-8050E)Output Current I O (A)E f f i c i e n c y (%)ηOutput Current I O (V)O u t p u t V o l t a g e V O (V )Ambient Temperature T a (°C) f (k H z )O u t p u t V o l t a g e V O (V )(%)ηEf f i c i e n c y F r e q u e n c y Output Current I O (V)O u t p u t V o l t a g e V O (V )Note on Thermal Protection:The thermal protection circuit is intended for pro-tection against heat during instantaneous short-circuiting. Its operation is not guaranteed for short-circuiting over extended periods of time.Input Voltage V IN (V)O u t p u t V o l t a g eV O (V )Case Temperature T C (°C)O u t p u t V o l t a g e V O (V )。
AS8000参数
具有关键部件冗余配置（控制器、冗余电源、冗余风扇等）在线维护的能力;
支持操作系统
支持UNIX（Solaris、HP-UX、IBM AIX）、Windows2000/2003/2008、Linux、VMware等操作系统和集群软件系统 ，设备具有良好互操作性;
★虚拟化支持
要求能够对Vmware或者Hyper-v支持，支持VAAI功能
★接口配置
每控制器配置8Gb/s FC接口≥4个，1Gb/s iSCSI接口≥2个；
★缓存配置
配置Cache容量≥32GB；
★虚拟化特性
支持将不同型号，不同厂家的存储整合成一个存储资源池，实现存储空间的统一管理和分配；虚拟化容量许可无限制，且未来扩展容量不收取任何费用
★复制特性
配置复制软件，实现两台设备之间的远程数据复制； 复制容量许可无限制，且未来扩展容量不收取任何费用
扩展柜可提供2U12盘位、2U24盘位、4U60盘位多种密度规格
★磁盘驱动器数量
要求存储系统能提供不少于384块硬盘的扩充能力；
数据保护
支持RAID级别 0,1,3,5，6，10，50基于硬件XOR高速奇偶校验;
管理工具及功能要求
具有图形化统一管理工具和CLI命令行管理工具；管理工具应具备基本存储管理、系统监控、性能统计、日志记录、事件告警等功能。本次配置2套主机管理软件;
支持SRM功能
★虚拟化认证
通过Vmware虚拟化测试，提供相关认证或者Vmware官网认证
服务及品质
★服务
提供设备初次原厂工程师现场安装服务，提供五年技术支持与售后服务。
★授权
必须提供所涉及产品原厂针对本项目专项授权和原厂盖章的服务承诺函
1.1.3
Santec MLS-8000外置光源单元操作手册说明书
External Cavity Tunable LD Light Source Unit MLS-8000OPERATION MANUALMLS-8000 OPERATION MANUALNotes to Users1) Copyright 1997 Santec Photonics Laboratories. All rights reserved. No part of this OperationManual may be reproduced or transmitted in any form or by any means, electronic or mechanical,for any purpose, without the prior written permission of Santec.2) Information in this Operation Manual is subject to change without notice.3) Information of this Operation Manual is prepared with careful examination, however, in theevent of any mistake, please contact us.TrademarksMLS-2000 is a trademark of Santec Photonics Laboratories.EXTERNAL CAVITY TUNABLE LD LIGHT SOURCE UNITMLS-8000IntroductionThank you very much for your having purchased our product, Multi-channel Light Source Rack MLS-8000. This Operation Manual contains information necessary for the operation of MLS-8000, and it is indented for those with sufficient knowledge enough to conduct the evaluation of laser danger and its safe control. Before operating MLS-8000, you should first read thoroughly this Operation Manual and become familiar to its contents. After reading this Operation Manual, keep it at your fingertip for easy reference at any time.The packing materials and box of this product are needed for long-term storage ortransportation, therefore, keep them even after unpacking this product.MLS-8000 OPERATION MANUALGeneral DescriptionEXTERNAL CAVITY TUNABLE LD LIGHT SOURCE UNIT MLS-8000 Marking on the instrumentMLS-8000 OPERATION MANUALExplanation of TermsThe meanings of the following terms used in this Operation Manual are defined as below:(1) Meaning(2) Importance of InformationFrom the above meanings, the priority of the terms here are as shown below:DANGER > WARNING > CAUTION > NOTEEXTERNAL CAVITY TUNABLE LD LIGHT SOURCE UNIT MLS-8000IntroductionConstitution of this Operation Manual and How to Read itExplanation of Terms1-12-13-14-15-16-17-18-11. Outline of Product2. Configuration3. Specifications (Standard Spec.)4. Principle of Operation5. Safety Notes and Safety Devices6. Installation7. Descriptions of Panel Equipment8. Functions of This UnitFront PanelRear Panel Communication functionLow-noise power source 7-17-18-18-1MLS-8000 OPERATION MANUAL9-19. Fundamental Operation9-1. Contents of Fundamental Operation 9-2. Tuning power ON 9-19-210-110. Communication10-1.GP-IB10-2.GP-IB of MLS-800010-2-1.Setting of Address and Delimiter 10-2-2.Device Clear Functionmands10-2-4.Taking Out Data10-2-5.Sample Program10-2-6.GP-IB Connector 10-110-210-210-210-210-410-510-511-112-113-111. Maintenance12. Long-term Storage13. TroubleshootingEXTERNAL CAVITY TUNABLE LD LIGHT SOURCE UNIT MLS-80001-11MLS-8000 is a power source rack for multi-channel light source.Up to eight channel light source units may be loaded on MLS-8000, and it enables to configure your optimized multi-channel light source by combination of various light source units.And MLS-8000 is equipped with GP-IB for communication, by which it is possible to totally control respective light source units externally.Outline of ProductConfigurationPower Cord 1 cord(Japan, USA, Canada and other countries.)Power key2 keysOperation Manual (this document) 1 copyMLS-8000 mainframe 1 unit2Power Cord 1 cord(Europe only)Power Cord 1 cord(U.K. only)2P-3P Adapter 1 unit(Japan only)Spec Maximum number of light source units 8 unitsOutput power source8V 0.7A x8 5V 2.0A x8Maximum power consumption 200W CommunicationGP-IBSelectable power supply voltage AC 100V/120V/230V/240V Power supply frequency 50Hz/60HzPower consumptionAC 100V/120V 72VA AC230V/240V 92VA Operating temperature range 25 5Maximum relative humidity 80%Polution Class2Over-voltage category IIDimensions 450 x 460 x 140 (W x D x H)Weight21kg3Specifications (Standard Specifications)±±±°C4Principle of OperationFIG.1 shows the structure of MLS-8000.MLS-8000 is a power source rack for multi-channel light source.Up to eight channel light source units may be loaded on each slot of MLS-8000, and it supplies power source to each light source unit.And MLS-8000 is equipped with a communication CPU board, by which it is possible to totally control respective light source units externally. The CPU board and respective light source units are connected via RS-232C.5Pay attention to the following for your safe operation without trouble in unit.In the event of any of the following, make sure that the injection current of LD of each unit is 0,turn OFF the main switch, and then disconnect the power cord. • Spilling liquid into this product• Rain getting into this product, or excessive humidity • Cleaning or moving this product • Bedewing in this productPay attention always on the following: • Avoid impact or shock.• Keep this product away from water. • Do not disassemble this product.• Do not place anything on this product.• Do not stuff up the ventilation hole or fan of this product. • Avoid placing this product under direct sunlight.• Avoid placing this product in a place full of dust, dirt, salt, corrosive gas.• Avoid placing this product in a place subject to noise by electric field, magnetic field and so on. • Avoid placing this product in a place subject to high temperature and high humidity.Safety Notes and Safety Devices6InstallationPay attention to the following for your safe installation without trouble in unit.This product is a high-precision device, so avoid placing it in the following places:• Do not place in direct sunlight.• Do not place under high temperature and high humidity.• Do not place in an environment with dust, dirt, salt, or corrosive gas.• Do not place in an area subject to large vibrations.• Do not place in an area subject to noise by electric field, magnetic field, etc.• Do not place in an area where the unit is subject to falling objects landing on it.• Do not place with possible exposure to water.Install MLS-8000 on a level place.The mainframe of MLS-8000 weighs about 20 kg. Make sure that a desk or so on which it should be installed has sufficient strength.There is a heat dissipating fan at the rear of MLS-8000, therefore secure clearance over 5cm at the rear side for air ventilation.It is recommended to install this product on vibration-proof base.Before connectiong power cord•Set the Power VoltageOpen the lid of power input portion of the rear panel, and switch the power voltage to your desired voltage by turning the rotary switch.•Power fuseIt is necessary to exchange fuses in accordance with power voltage.In the case of power voltage AC100V/120V T6.0A/125VIn the case of power voltage AC230V/240V T3.15A/250V•Power cord connectionThis product uses a 3-line power cord and plug with a protective ground line. Power cordmay be attached and detached. Connect it to the power source socket at the rear panel.This product is grounded by the ground line of the power cord. Insufficient grounding may cause electric shock, which is very dangerous. To avoid electric shock, be sure to arrange grounding.7Descriptions of Panel Equipment1) Main switchThis is the switch to turn ON/OFF the power source. Switch it by using the power source key.2) Light source unit insertion slotEight light source units may be loaded on ch A through ch H.1) GP-IB connector2) GP-IB address setting switchThis sets GP-IB address and delimiter.Changes in setting of GP-IB address and delimiter are read in when the unit is turned on once again or "IFC" is received.In the following setting, it follows delimiter : CR/LF, address : 5.3) FanThis is a heat dissipating fan. Secure clearance over 5cm at the rear side for air ventilation.4) Power voltage indication panIt changes when the inside rotary switch is changed. Supply the voltage that is currently indicated. After changing the power voltage, be sure to confirm and change the fuses.6) Power source socketUse the attached power source cable.5) Power voltage change switch and fuse box lidOpening this lid enables to exchange fuses and change the power voltage.Insert it with the arrow mark on the lid on the right position.Japan onlyJapan, USA, Canada and other countries.Europe onlyU.K. onlyOPEN8Functions of This Unit Communication functionMLS-8000 is equipped with a communication CPU board, by which it is possible to totally control respective light source units externally. The CPU board and respective light source units are connected via RS-232C.Low-noise power sourceMLS-8000 is the power source rack for multi-channel light source.Low-noise power source is employed so as to make the most of the performance of loaded light source units.9Fundamental Operation9-1. Inserting Light Source UnitBefore turning ON the unit, insert the light source unit to any of ch A through ch H.1) Be sure to insert the light source unit while the unit is turned OFF.Attaching or detaching the unit while power is ON may damage themainframe and the light source unit.2) Do not insert other light source unit than specified to MLS-8000.After inserting the light source unit, fix the light source unit secure with the attachedPOWER.OFF POWER.ON9-2. Turning Power ONConfirm the power voltage, and supply AC power source through the attached power source cord.Turn the power source key 90 degrees to the right to turn the power ON.10CommunicationMLS-8000 supports GP-IB for communication function, and it enables to control loaded light source units from the outside.Each light source unit to be loaded on MLS-8000 has RS-232C communication function, and communication commands peculiar to each unit.MLS-8000 integrates these light source units and control communication (GP-IB). Accordingly, command executional methods and data taking manners vary slightly from the case of communication control on only each unit of light source unit.1) OutlineGP-IB stands for General Purpose Interface Bus. GP-IB has almost the same standard as buses called HP-IB, IEEE-488, and so on. GP-IB is an easy-to-operate interface with excellent expendability to parallel connect control computer, measuring device, and the like. GP-IB con-sists of 16 signal lines and 8 ground lines, and 8 signal lines are used as data lines, 3 of which are used for handshaking, and the remaining 8 lines are used as control lines. Each connected device has 1 or 2 statuses out of 3 statuses, that is, controller, talker (sender), and listener (receiver). Controller is basically a single system, and there must be only one controller, but it is possible to transfer its right as controller to other device. However, most of computers today are controllers themselves, therefore, each device is designated as talker or listener, and then data are sent and received and controlled on bus.2) How to UseIn GP-IB, it is necessary to set address per each device to be connected. Addresses are from 0 to 30, and each of all the devices connected should has an identical address. Connect devices with GP-IB cable and turn the system on.Note : Do not disconnect or connect a cable from and to devices connected with GP-IB cable, do not short-circuit connector, and do not turn ON/OFF the devices. Otherwise, action may be stopped, error may occur, causing a failure. In the event of trouble owing to these causes, reset all the connected devices, and then activate the system once again. When to configure a system, remove unused device or unnecessary cable from the initial stage.Symbol Function TSL-200 Sub Set SHSource handshake SH1: all functions AH Acceptor handshakeAH1: all functionsT Talker T8: basic talker, listener release by MLA L Listener L4: basic listener, talker release by MTATE Expanded talker TE0: none LE Expanded listener LE0: none SR Service request SR0: noneRL Remote / local RL1: switching of remote/local, local lockoutPP Parallel port PP0: none DT Device trigger DT0: none DC Device clear DC1: all functionsCControllerC0: none3) GP-IB FunctionGP-IB has 10 kinds of interface functions, each of which has its grade to be called sub set. O after the symbol of each function shows support is not made, and each numeric value represents grade.10-2-1. Setting of Address and DelimiterAddress and delimiter are set by use of GP-IB address setting switch at the rear panel of the mainframe.*Refer to Chapter 7.10-2-2. Device Clear FunctionWhen DCL (Device Clear) is executed, MLS-8000 and respective light source units loaded thereon are reset.10-2-3. CommandsThere are commands to MLS-8000, and those to light source units loaded thereon.1) Commands to MLS-8000Commands to MLS-8000 consist of 2 alphabetical characters and there is no difference between upper case letters and lower case ones.There prepared are commands to change the internal conditions, and commands to change the output data and the control data. In the case to change only the output data, only commands of 2 alphabetical characters are sent out. In the case to change the control data, value data after 2 alphabetical characters are sent out.HD : Adds a unit identification header when data is taken out by variable "1".Makes invalid the addition of a unit identification header when data is taken out by variable "0".Output variable send back the unit insertion condition.MI : The name and serial number of each unit is sent back by variables A through H. When variables are omitted, the unit that is accessed last become the object. Commands and data formats are shown below.12(1) Commands to MLS-8000, consisting of 2 alphabetical characters(2) Expanded portions of data or commands in the case of addition of data to commands2) Commands to inserted unitsCommands to inserted units are used by adding the identification code of inserted units to the head of command of unit to be controlled.Identification codes of inserted units are A through H in the order of insertion from the left. Commands and data formats are shown below.123(1) Identification code of light source unit(2) Commands to light source units, consisting of 2 alphabetical characters(3) Expanded portions of data or commands in the case of addition of data to commands10-2-4. Taking Out DataWhen a command to change output data is executed, output variable changes.When a correct command is received and data is requested, the data of command that is executed is selected and output. Until the next output data change command is sent out, the output data will retain the current status. When a wrong command is received, "NR" is output in response to data request. Then, when a correct command is received, "NR" output disappeared.When data of command to unit is taken out, a unit identification code may be added as a header.10-2-5. Sample ProgramHere is a sample program by N88BASIC in NEC-9800 series.The current to ECL-200 loaded on the identification code A is changed by 1mA step from 0 to 150 mA, and monitor current value is read.Description1000ISET IFC :ISET REN1010PRINT@1;"A:AF"1020PRINT@1;"A:LO"1030FOR I=O TO 150 STEP 1 1040PRINT@1;"A:CU"+STR$(I) 1050PRINT@1;"A:IM"1060INPUT@1;MON.A$1070NEXT1080STOP Sends out "IFC" signal. Sets "REN" signal to TRUE.Changes the identification code A to ACC mode.Supplies current to LD of the identification code A.Varies the current by 1 mA step from 1 to 150 mA, and reads the monitor current. Sets the supplied current of the identification code A.Sets the output variable of the identification code A to monitor current.Reads the monitor current of the identification code A.10-2-6. GP-IB Connector GP-IB connector pin arrangementEnd of signal line11 MaintenanceDaily MaintenanceAs for daily maintenance, turn the unit off, disconnect the power source cord, and wipe the unit with dry and soft cloth. Do not use any chemical (acetone, alcohol, liquid cleanser). Otherwise, painting may be damaged. And, do not wipe the display panel excessively. Otherwise, failure may result.12Long-term StorageHere are some instructions on long-term storage of this product.Notes before Storage1) Wipe away dust, dirt, finger print, other stain on this product.2) Use the packing materials for packing.3) Avoid storing this product in the following places:- Place subject to direct sunlight- Place under high temperature and humidity- Place full of dust, dirt, salt, corrosive gas- Place under vibration- Place subject to noise from electric field, magnetic field, etc.Note on TransportationThis product is a high-precision device, so avoid any shock or impact, and observe the above notes before storage prior to transportation.13Troubleshooting5823 Ohkusa-Nenjyozaka, Komaki, Aichi, 485-0802, JAPANSANTEC CORPORATIONTel. +81-568-79-1959Fax +81-568-79-1718Continental Plaza ll, 433 Hackensack Ave., Hackensack, NJ, 07601, U.S.A.SANTEC U.S.A. CORPORATIONTel. +1-201-488-5505 (santec-1)Fax +1-201-488-7702Magdalen Centre, Robert Robinson Ave., The Oxford Science Park, Oxford OX4 4GA, U.K.SANTEC EUROPE LIMITEDTel. +44-1865-784960Fax +44-1865-784961Shanghai Industrial Investment Building 18C, 18 Cao Xi Road (N), Shanghai 200030, P.R. China SANTEC (SHANGHAI) CORPORATION, LIMITEDTel. +86-21-64279089Fax +86-21-64279087E-Mail:***************MLS-8000 OPERATION MANUAL13-2Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | 。
弹性体大纲
弹性体大纲NCM弹性体系列产品：1、美国AES公司的Santoprene®、Vyram® TPV2、日本可乐丽公司的Septon®SEBS\SEEPS粉3、NCM自主品牌和氏璧®弹性体4、埃克森美孚公司Vistamaxx®特种弹性体5、美国科聚亚公司的Royalene® EPDM6、韩国LG化学的NBR丁腈胶一、AES TPV1 AES公司发展历史Advanced Elastomer Systems(AES)是工程用TPV的领导者,其生产的热塑性弹性体,性质类似橡胶,加工方法可采用注塑、吹塑、挤出等工艺，可提供客户更大的设计选择空间,也降低了成本,改进了物理性能。
早在1974年,孟山都(现为首诺Solutia Inc.)公司的工程师研究开发一种兼具塑料与橡胶特性的新型材料，1980年产品成功商业化，商品名为Santprene，中文名为山都平。
为扩大这种特殊材料的应用,孟山都化学公司于1990年将其工程用TPV部门与艾克森化学公司合并，诞生了AES公司；2002年Exxonmobile公司收购Solutia公司在AES公司的全部股份，AES从此成为Exxonmbile的全资子公司。
今天AES已成为全世界工程用TPV产品的领导者,年营业额超过3亿美元,并且每年以显著的速度成长。
2、Santoprene® TPV介绍Santoprene®热塑性橡胶是一种完全硫化的聚烯烃材料。
其生产原理是应用一种专利技术的动态硫化工艺，使EPDM颗粒（平均粒径小于1μm）完全分散到热塑性的聚丙烯PP的连续基质中，它成功地把硫化橡胶的一些特性，如耐热性能和低压缩变形性能与热塑性塑料的易加工特性结合在一起，可加工多种制品。
制品本身不仅具有橡胶的柔软性，弹性，还具有良好的高低温性能，优异的抗疲劳，抗撕裂，耐酸碱，耐臭氧及耐侯性和低直线膨胀系数。
Santoprene®橡胶具有的耐环境性能相当于通用型EPDM，同时其耐溶剂性能与通用型氯丁橡胶不相上下，这样的极优耐环境性能和良好耐油耐溶剂性能独一无二的结合使这种热塑性橡胶适用于广泛的用途。
单晶硅
西部最大单晶硅项目昨在中宁开工建设宁夏隆基硅材料有限公司单晶硅项目，昨天上午在位于中宁县新堡镇的宁新工业园区开工建设。
自治区领导陈建国、任启兴、于革胜、马骏廷、齐同生等参加奠基仪式。
单晶硅是各类晶体管、集成电路板、太阳能电池等众多高科技产品必不可少的原料之一。
隆基硅材料有限公司年产2000吨单晶硅建设项目，是中宁县引进西安新盟电子科技有限公司的招商成果，也是西部最大的单晶硅生产项目，决定分3期建设，每期建设周期9个月，计划总投资6.9亿元，全部投产后每年可实现销售收入44亿元、税收1.5亿元。
据介绍，单晶硅的原料生产与产品开发具有较高的科技含量和工业生产附加值，这一低污染的高载能项目建成后，将填补工业生产的又一空白。
电子信息产业朝阳正红随着全国太阳能级多晶硅技术与市场研讨会于近期在涿鹿县成功举办，国内外专家再次对涿鹿电子信息产业呈现出的宽领域、集群化发展强势给予格外关注。
作为一个新兴产业，电子信息产业在涿鹿县的发展可以用突飞猛进来形容。
近年来，这县大力实施科技强县战略，把发展电子信息产业项目、构建电子信息产业集群作为切入点，积极发展电子材料、元器件、嵌入式软件和太阳能产品，建设以北大青鸟为龙头的智能型安防产品生产基地、涿鹿中源单晶硅为龙头的半导体材料深加工基地，争作全市信息产业的排头兵，电子信息产业产值正以年均20％以上的速度增长。
一个规模庞大、产业链条日益完整的电子信息产业集群，正在这县加速形成。
为使全县经济步入持续健康快速发展轨道，涿鹿县“筑巢引凤”，积极引导企业大力发展市场前景看好的电子信息产业，出台了《关于来涿投资建设高新技术产业项目的优惠条件》、《关于实现科技兴县战略、建设创新型涿鹿的决定》等一系列推动电子信息产业发展的政策措施。
对投资500万元以上科技型企业项目兑现优惠条件；对省以上有关部门认定的大专院校、科研单位，可采用高新技术成果作价出资方式，与县龙头企业进行投资合作，使电子信息产业项目履约率达99％。
SI-8050JD中文资料
SI-8050JD Step-Down
to 5.0 V, 1.5 A, DC/DC Converter
APPLICATIONS INFORMATION
Input Capacitor (C1). Capacitors with low impedance for high-frequency ripple current must be used.
Limits
Characteristic
Symbol Test Conditions
Min. Typ. Max.
Output Voltage
VO
Ref. Volt. Temp. Coeff.
aVref
Output Short-Circuit Current IOM
Efficiency
η
Operating Frequency
Always order by complete part number, e.g., SI-8050JD-TL , where “-TL” indicates tape and reel.
Sanken Power Devices from Allegro MicroSystems
元器件交易网
This data sheet is based on Sanken data sheet SSJ-02486
无机质谱
相对原子质量（Ar）的计算：
Ar（Cu）＝ 62.9296× 69.09％+ 64.9278 × 30.91％）
7
6-2 质谱仪
质谱仪组成： 电学系统 真空系统 分析系统： 1、离子源； 2、质量分析器； 3、质量检测器。
8
质谱仪的分类
按质量分析系统分： 静态质谱仪： 质量分析器采用稳定或变化慢的电场或磁 场，按照空间位置将不同质荷比的离子分 开。如单聚焦和双聚焦质谱仪。 动态质谱仪： 采用变化的电场或磁场，按时间和空间区 分不同质荷比的离子。如飞行时间和四级 杆质谱仪。
2
参考文献-专著
贾维斯等著，尹明，李冰译。《电感耦合等离子 体质谱手册》，原子能出版社，1997. 刘虎生，邵宏翔。《电感耦合等离子体质谱技术 与应用》，2005. 王小如主编。《电感耦合等离子体质谱应用实 例》，化学工业出版社，2005. 赵墨田，曹永明等编著。《无机质谱概论》，化 学工业出版社，2006.
10
11
12
12.86%
28.81%
13
二 分析系统
（一）离子源：
1、高频火花电离源； 2、电感耦合等离子体（ICP）离子源； 3、辉光放电离子源； 4、其它离子源： （1）激光离子源； （2）离子轰击离子源：如二次离子质谱法 （SIMS）和中性粒子质谱法（INMS）
14
无机质谱法分类
火花源质谱法（SSMS） 辉光放电质谱法（GDMS） 二次离子质谱法（SIMS） 电感耦合等离子体质谱法（ICP-MS） 激光电离质谱法（LIMS，laser ionization MS） 加速器质谱法（AMS，accelerator MS） 热电离质谱法（TIMS）
5
UL申请表
尊敬的客户：
我们的服务始于你们的申请和足够的信息，为能更好更快地为您提供服务，请提供以下所要求的客户及产品信息。
如果你不知道如何提供，请参考以下的格式 (你也可以在我们网站上的获取类似的申请表并进行网上申请)。
请在以下阴影处选择或填写，并将填写好的申请表发送至UL美华客户服务部（联系方法如
申请人和列名人信息 (APPLICANT & LISTEE INFORMATION)申请人 (APPLICANT) -（公司，机构）：
制造商信息 (MANUFACTURER INFORMATION)
制造商(Manufacturer)：申请认证的产品制造者和生产者。
注：下表适用于制造商不同于申请公司或多于一家的情形，详细信息请参见第2页注释。
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产品信息的提供 (Product Detail Information)
请用附件提供产品名称、型号、结构、部件、材料、性能等资料，以便我们判断所需进行的测试、适用的UL标准、工
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请提供产品零部件的名称和型号、额定值、供应商信息。
若零部件已获得UL认证，请注明该零部件的UL档案号码。
如果某一零部件有多个供应商，可以一起提供。
请注意:有时按不同的UL标准要求, 产品零部件必须是经过UL认证的.。
LED积分球测试流程
积分球测试流程一、积分大球测试步骤1.打开HP8000s快速光谱测试仪、功率仪、电源，旋转旋钮至交流，点击输出按钮，此时能看见积分球内灯具正常发光。
2.打开中文虹谱测试仪软件，如下图。
3.设置测试积分球选择，供电方式选择。
大积分球测试整灯时只需设置这两项为大球/整灯LED、供电方式选择外部供电。
然后依次点击设置，输出供电按钮。
4.点击测试按钮，一段时间后待输出稳定，点击停止按钮。
5.保存中文版积分球测试源文件至指定文件夹中，文件后缀格式为hpl。
6.把保存的中文版测试源文件拖拽到英文版积分球测试软件中，英文版测试软件及打开后的界面如下图。
NU M趣际 Dwrtai^^_小 n.w 03SS15.2H4QEy隆制由vc |n.*3?OEUD2I37H ，l|n.| 23.1CIEvDKIilh 心■,QMF R^ia^mW]EF4E4E% HFLED-LD-lim^ & T^ 口rockrt 5dup MpP£此时一定记得点击色容差按钮，让界面右侧显示色容差图形。
7.打印测试数据，导出pdf 测试数据。
8.把英文版测试数据保存到指定的文件夹。
9.测试完成，关闭220V输出，旋转电源电流至无输出，关闭电源、HP8000s快速光谱测试仪、功率仪，整理好测试设备。
小积分球的操作流程图1.把灯珠安装至小积分球的夹具上。
2.打开HP8000s快速光谱测试仪，打开虹谱积分球测试软件，界面显示如下。
3. 设置测试积分球的选择为小球，输出供电方式为内部供电，输出限制电压（视灯珠典型值电压设定，例如3V0.2W2835灯珠可以设置为3V）、正向电流（视灯珠典型值电流从大到小设置，例如0.5W2835可以从150mA设置到20mA）、反向电压设置8V、积分时间设置在10，设置完毕点击输出供电按钮，检查灯珠是否发光，若正常发光把灯珠放置小积分球内。
4.点击数据表格，开始连续测试，以3V0.5W2835为例电流由150mA 设置到20mA 连续测试。
安舍8000智能火灾报警系统
安舍8000智能火灾报警系统一、安舍8000系统特点介绍：德国安舍8000全智能火灾报警系统是世界最先进的安全防灾系统之一。
本系统适用于各类防火安全等级要求的工程项目，系统具有抗干扰能力强、二线环行双向通讯、网络技术先进等特点。
安舍8000是一套智能化程度高，能确保人身财产安全的火灾报警系统。
其系统主要特点是：∙先进的网络技术：安舍8000网络系统是通过二线环形将各独立的主控屏串连，网络可串接多个主控屏。
主控屏与主控屏之间可实行有级别管理或无级别管理。
网络中控制屏可通过软件编程实现跨屏控制。
∙抗干扰通讯技术：安舍8000的通讯协议具有不同讯息优先级别，并优化了数据传输速度，即使在电磁干扰较强的环境下，这种具有识别错误的通讯协议，也能保证数据的可靠传输，大大减低因外界干扰而造成的误报。
∙远程诊断技术：系统网络主控屏可通过普通电话线连接经调制解调器（Modem）可实现对安装在业主消防中心控制室的主控屏运行状态进行远程诊断。
∙信号双向传输技术：安舍8000系统采用二线制环形回路，所有系统组件均串接在二线环形回路中（如探测器、控制模块、手动报警按钮、楼层显示器等）。
由于回路为环形设计，控制屏采用两端寻址方式，因此，当回路中发生开路或短路时，都不会影响系统的运行。
∙环路可接分支：每一主回路可连接多个支路，支路只需用二线直接从主回路中任意部件中引出，而不需增加支路模块或其它连接设备。
∙分布智能、集中管理：图形终端到控制屏；由主控屏到分控屏；再由分控屏到探测器无不体现这一系统理念。
∙真正的两线系统：系统设计方面，8000系统是采用二线制系统，所有系统组件，包括各类型感应器、控制模块、地址式手动破玻，均是以二线的形式串接成一个环行回路。
各类系统组件件上还可加设短路隔离器，使系统在短路的情况下也能正常运作，大大提高了系统的保护能力。
二、安舍8000系列控制器主要功能介绍：∙控制屏采用LCD特大中文显示屏（90×150）；∙控制屏能对回路中所有设备做周期性巡检；∙控制屏内置中文打印机；∙控制屏采用模块插接式结构，可任意组合扩展回路；∙控制屏每个防火区都有独立的中文标识；∙控制屏可存储及显示以往发生的事项；∙控制屏具有"火警确认"功能，防止在自动状态下因误报而引起的误动作。
中英文度量衡对照表
中英文度量衡对照表英美制到公制转换Linear Measure 长度1 inch 英寸=25.4 millimetres 毫米1 foot 英尺=12 inches 英寸=0.3048 metre 米1 yard 码=3 feet 英尺=0.9144 metre 米1 (statute) mile 英里=1760 yards 码=1.609 kilometres 千米1 nautical mile 海里=1852 m. 米Square Measure 面积1 square inch 平方英寸=6.45 sq.centimetres 平方厘米1 square foot 平方英尺=144 sq.in.平方英寸=9.29 sq.decimetres 平方分米1 square yard 平方码=9 sq.ft. 平方英尺=0.836 sq.metre 平方米1 acre 英亩=4840 sq.yd.平方码=0.405 hectare 公顷1 square mile 平方英里=640 acres 英亩=259 hectares 公顷Cubic Measure 体积1 cubic inch 立方英寸=16.4 cu.centimetres 立方厘米1 cubic foot 立方英尺=1728 cu.in. 立方英寸=0.0283 cu.metre 立方米1 cubic yard 立方码=27 cu.ft. 立方英尺=0.765 cu.metre 立方米Capacity Measure 容积British 英制1 pint 品脱=20 fluid oz. 液量盎司=34.68 cu.in. 立方英寸=0.568 litre 升1 quart 夸脱=2 pints 品脱=1.136 litres 升1 gallon 加伦=4 quarts 夸脱=4.546 litres 升1 peck 配克=2 gallons 加伦=9.092 litres 升1 bushel 蒲式耳=4 pecks 配克=36.4 litres 升1 quarter 八蒲式耳=8 bushels 蒲式耳=2.91 hectolitres 百升American dry 美制干量1 pint 品脱=33.60 cu.in. 立方英寸=0.550 litre 升1 quart 夸脱=2 pints 品脱=1.101 litres 升1 peck 配克=8 quarts 夸脱=8.81 litres 升1 bushel 蒲式耳=4 pecks 配克=35.3 litres 升American liquid 美制液量1 pint 品脱=16 fluid oz. 液量盎司=28.88 cu.in. 立方英寸=0.473 litre 升1 quart 夸脱=2 pints 品脱=0.946 litre 升1 gallon 加伦=4 quarts 夸脱=3.785 litres 升Avoirdupois Weight 常衡1 grain 格令=0.065 gram 克1 dram 打兰=1.772 grams 克1 ounce 盎司=16 drams 打兰=28.35 grams 克1 pound 磅=16 ounces 盎司=7000 grains 谷=0.4536 kilogram 千克1 stone 英石=14 pounds 磅=6.35 kilograms 千克1 quarter 四分之一英担=2 stones 英石=12.70 kilograms 千克1 hundredweight 英担=4 quarters 四分之一英担=50.80 kilograms 千克1 short ton 短吨(美吨)=2000 pounds 磅=0.907 tonne 公吨1 (long) ton 长吨(英吨)=20 hundredweight 英担=1.016 tonnes 公吨公制到英美制转换Linear Measure 长度1 millimetre 毫米=0.03937 inch 英寸1 centimetre 厘米=10 mm.毫米=0.3937 inch 英寸1 decimetre 分米=10 cm. 厘米=3.937 inches 英寸1 metre 米=10 dm. 分米=1.0936 yards 码=3.2808 feet 英尺1 decametre 十米=10 m. 米=10.936 yards 码1 hectometre 百米=100 m. 米=109.4 yards 码1 kilometre 千米=1000 m. 米=0.6214 mile 英里1 mile marin 海里=1852 m. 米=1.1500 mile 英里Square Measure 面积1 square centimetre 平方厘米=0.155 sq.inch 平方英寸1 square metre 平方米=1.196 sq.yards 平方码1 are 公亩=100 square metres 平方米=119.6 sq.yards 平方码1 hectare 公顷=100 ares 公亩=2.471 acres 英亩1 square kilometre 平方公里=0.386 e 平方英里Cubic Measure 体积1 cubic centimetre 立方厘米=0.061 cu.inch 立方英寸1 cubic metre 立方米=1.308 cu.yards 立方码Capacity Measure 容积1 millilitre 毫升=0.002 pint (British) 英制品脱1 centilitre 厘升=10 ml. 毫升=0.018 pint 品脱1 decilitre 分升=10 cl. 厘升=0.176 pint 品脱1 litre 升=10 dl. 分升=1.76 pints 品脱1 decalitre 十升=10 l. 升=2.20 gallons 加伦1 hectolitre 百升=100 l. 升=2.75 bushels 蒲式耳1 kilolitre 千升=1000 l. 升=3.44 quarters 八蒲式耳Weight 重量1 milligram 毫克=0.015 grain 谷1 centigram 厘克=10 mg. 毫克=0.154 grain 谷1 decigram 分克=10 cg. 厘克=1.543 grains 谷1 gram 克=10 dg. 分克=15.43 grains 谷1 decagram 十克=10 g. 克=5.64 drams 打兰1 hectogram 百克=100 g. 克=3.527 ounces 盎司1 kilogram 千克=1000 g. 克=2.205 pounds 磅1 ton (metric ton) 吨,公吨=1000 kg. 千克=0.984 (long) ton 长吨,英吨=1.1023 短吨,美吨国际制度的单位国际制度（The International System，缩写为SI，是国际制度的法语名称）被1960年的第十一届大会用于度量衡。
五金手册理论重量
五金手册理论重量品名型号明细规格理论重量槽钢 5# 50*37*4.5 5.438槽钢 6.3# 63*40*4.8 6.634槽钢 8# 80*43*5.0 8.046槽钢 10# 100*48*5.3 10.007槽钢 12# 120*53*5.5 12.059槽钢 14#a 140*58*6.0 14.535槽钢 14#b 140*60*8.0 16.733槽钢 16#a 160*63*6.5 17.24槽钢 16#b 160*65*8.5 19.752槽钢 18#a 180*68*7.0 20.174槽钢 18#b 180*70*9.0 23槽钢 20#a 200*73*7.0 22.637槽钢 20#b 200*75*9.0 25.777槽钢 22#a 220*77*7.0 24.999槽钢 22#b 220*79*9.0 28.453槽钢 25#a 250*78*7.0 27.41槽钢 25#b 250*80*9.0 31.335 槽钢 25#c 250*82*11 35.26槽钢 28#a 280*82*7.5 31.427 槽钢 28#b 280*84*9.5 35.823 槽钢 28#c 280*86*11.5 40.219 槽钢 30#a 300*85*7.5 34.463 槽钢 30#b 300*87*9.5 39.173 槽钢 30#c 300*89*11.5 43.883 槽钢 32#a 320*88*8.0 38.083 槽钢 32#b 320*90*10 43.107槽钢 32#c 320*92*12 48.131槽钢 36#a 360*96*9.0 47.814 槽钢 36#b 360*98*11 53.466槽钢 36#c 360*100*13 59.118 槽钢 40#a 400*100*10.5 58.928 槽钢 40#b 400*102*12.5 65.208 槽钢 40#c 400*104*14.5 71.488（1）周、月、年(年的符号为a)为一般常用时间单位。
chroma8000培训资料
快速测量
Chroma8000可以在短时间内完成对 物质成分的全面分析，大大提高了工 作效率。
产品应用
环保监测
能源领域
Chroma8000可以用于对空气、水质、土 壤等环境中的有害物质进行监测和分析， 为环境保护提供科学依据。
化工生产
Chroma8000可以用于对燃料、新能源等 物质进行成分分析和质量检测，为能源开 发和应用提供支持。
实验操作流程
实验前期准备
根据实验方案，准备所需实验器材和试剂， 确保实验室环境符合要求。
样品处理
按照实验方案对样品进行处理，并记录详细 信息。
实验操作
严格按照实验方案操作，注意观察和记录实 验过程中的各项指标。
数据记录与分析
整理实验数据，进行初步分析，为后续结果 分析提供依据。
实验结果分析
数据整理
网络连接
支持以太网与Wi-Fi连接，实现远 程控制与数据传
03
02
音频接口连接
采用标准的音频接口，支持多种 音频格式与采样率
电源接口连接
采用标准的电源接口，支持多种 电压与电流等级
04
03
Chroma8000软件系统
软件安装与升级
安装步骤 下载安装包并解压缩
运行安装程序并按照提示进行操作
软件安装与升级
将实验数据整理成表格或图表形式，便于观察和分析。
结果解读
根据整理好的数据，解读实验结果，评估实验目标的达成情况。
误差分析
分析实验过程中可能产生的误差来源，如人员操作误差、仪器误差等。
改进措施
根据实验结果分析，针对不足之处提出改进措施，优化实验方案和操作流程。
05
Chroma8000常见问题与 解决方案
S-8000旋转开关产品说明说明书
421
4 – 0.60.1 t = 0.15
2.54 2.54
5.9 9.5
C 2.54
S-8000
ROTARY CODED SWITCHES
˙ TERMINAL CONNECTION / P.C.B. THROUGH HOLE DIMENSIONS
Top setting
Side setting
Sealing Net weight
Washable by “O” ring ˞ Please refer to page 150,151
Approx. 0.27 g (S-8010, S-8030) Approx. 0.34 g (S-8110, S-8130) Approx. 0.33 g (S-8011, S-8031) Approx. 0.40 g (S-8111, S-8131)
˙ ELECTRICAL CHARACTERISTICS
Contact rating Non-switching Switching Minimum
Contact resistance
Insulation resistance
Dielectric strength
DC50 V 100 mA DC5 V 100 mA DC20 mV 1 Ж A 100 m Њ maximum
ROTARY CODED SWITCHES
S-8000
RoHS compliant
˙ FEATURES
O3P)4DPNQMJBOU OCJUTQPTJUJPOTUZQF O1SPUFDUJPOBHBJOTUEVTUBOEXBTIBCMFBGUFSTPMEFSJOH O%*1QJODPOGJHVSBUJPONNQJUDI
SC-8000-020S气相色谱说明书
SC-8000-020S气相色谱说明书
1、SC杠8000杠020S气相色谱是由单片机控制的、有较高性能价格比的色谱仪，可配有热导池TCD，氢火焰离子化FID、电子ECD、氮磷NPD及火焰光度FPD等五种检测器。
2、工作条件：环境温度要在5摄氏度至30摄氏度。
相对湿度要低于百分之85。
3、为使气相色谱升温正常工作，仪器后开门出口孔离墙的距离必须大于8mm，否则，仪器降温速度下降。
4、当需用打开前门快速降温时，必须按柱室到显示到清除才可打开前门，否则将报警。
当所有加热单元都处于OFF状态，柱室温度降至近室温时，炉膛电风扇自动停止运行。
5、使用TCD时，只要断电后重新开机，必须按一下TCD电源开关，使TCD控制器电源灯亮，TCD方可工作。
6、使用ECD检测器时，氮气纯度必须达到百分之99，否则不能使用。
SA8000基础知识
1.19
Number of dormitory room
宿舍房间的数目
1.20
Size of dormitory room
宿舍房的大小
1.21
Maximum number of workers / room
每房间最多可容纳多少名工人
1.22
Maximum number of staffs / room
对伤/病记录会否被检视或使用作为改善的基础?(总体及趋势上的统计?)
1.67
Are first aid supplies reasonably available at the facility and dormitory? Describe the content.
是否所有食堂同事在食品预备卫生方面都通过培训?描述之
1.51
Frequency of sterilisation.
消毒频次.
1.52
Do canteen personnel have health checked certificate (if required by law)? Date of certificate.
1.46
Are canteen or other food service provided for employee? How many?
是否有食堂或其它饮食服务提供给工人?多少?
1.47
Who manage canteen? (Factory or outsource)
谁治理食堂? (工厂或工厂别处的)
工厂是否储存有伤/病记录?
1.66
Are injury/illness records reviewed and used used as a basis for improvement / corrective actions? (with statistics on total and trend?).
TR-8000 AIS说明
TR-8000 AIS说明TR-8000 AIS（Automatic Identification System）是一种自动识别系统，是一种旨在提高船舶安全、管理效率以及海洋研究的系统。
它是一种发射和接收信标设备，它根据船只广播的AIS信号来跟踪事件。
TR-8000 AIS可以自动收集并实时传输数据，包括船只的运动轨迹、大小、导航信息、初始坐标等等。
TR-8000 AIS具有高灵敏度，可以探测到最细微的信号，在空中连接距离内可以接收到近红外发射信号，并将他们转成潜在飞艇和飞机威胁的信息。
TR-8000 AIS还具有冗余发射算法，有效地管理了无线电波数据传输，减少了信号误码。
最后，这款设备简单易用，可以随时随地被使用，适用于所有体积型船只和海底管道巡查任务。
TR-8000 AIS的优势之一在于它具有准确的定位功能，可以快速准确地确定船只的位置。
可使用移动电缆或无线电缆将它连接到老挝船只，从而获得实时的位置和航线信息。
TR-8000 AIS可以跟踪任意地点上移动船只的位置，进行数据分析，以便船只侦破萤火虫非法航行。
由于TR-8000 AIS具有抵抗不良气候条件和恶劣海况的能力，它也可以作为一种监控系统，用于海岸边缘的安全防范。
TR-8000 AIS可以快速准确地监控周围环境，并发出警报信息，当发现可疑的对象或潜在的威胁时，可进行实时监测和跟踪。
TR-8000 AIS还具有自定义报告和技术维修功能，可根据客户的需求制定及时有效的工作报告，为客户提供更多便利。
它还具有高效可靠的技术维修功能，在使用过程中可以及时发现故障并进行维修处理，以防止由故障导致的损失。
总而言之，TR-8000 AIS是一款功能强大且可靠的船舶安全监控系统，适用于任何体积型船只。
它具有诸多功能和特性，如定位能力和实时的工作报告、高灵敏度的信号探测等。
它能够有效地改进船只安全，帮助船只管理者发现并防止不安全行为，从而减少海洋事故的发生。
以抗体竞争结合抗原测定单抗亲和力常数的研究
以抗体竞争结合抗原测定单抗亲和力常数的研究郭杰标;郭锐;刘艳华【摘要】目的在Friguent方法基础上建立更加稳定可靠的基于抗原/抗体竞争结合原理的单抗亲和力常数(Kd)检测方法.方法以抗体对抗原进行竞争结合,通过双抗体夹心法检测在一定抗体浓度竞争下抗原的结合率计算Kd值.结果用改良方法在两次不同条件下检测抗IL-8单抗的Kd值分别为:2.61×10-12mol/L和2.39×10-12mol/L,而使用Friguent方法在两次不同条件检测抗IL-8单抗的Kd值分别为:5.57×10-10mol/L和1.41×10-10mol/L.结论相对于Friguent方法,本研究计算出的Kd值更能反映抗原/抗体结合的真实情况,而且在不同实验条件下检测结果重现性强.【期刊名称】《南方医科大学学报》【年(卷),期】2006(026)007【总页数】3页(P1057-1059)【关键词】单克隆抗体;抗原;亲和力常数;酶联免疫吸附检测【作者】郭杰标;郭锐;刘艳华【作者单位】中德生物工程有限公司,江西,南昌,330029;韶关职业病防治院,广东,韶关,512026;韶关学院医学院,广东,韶关,512026【正文语种】中文【中图分类】医药卫生【文献来源】https:///academic-journal-cn_journal-southern-medical-university_thesis/0201244611613.html南方医科大学学报(J S o uth M ed U ni v)· 1 0 57 ．以抗体竞争结合抗原测定单抗亲和力常数的研究郭杰标 1 ，郭锐 2 ，刘艳华 3 ( 1 中德生物工程有限公司，江西南昌 3 3 0 0 2 9 ；2 韶关职业病防治院，广东韶关 51 2 0 2 6 ： 3 韶关学院医学院，广东韶关 5 1 2 0 2 6)摘要：目的在 F r ig u e n t 方法基础上建立更加稳定可靠的基于抗原／抗体竞争结合原理的单抗亲和力常数 ( K d) 检测方法。
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GND
GND
sTa-PD Characteristics
PD=VO•IO
20 Infinite heatsink
100 –1 ηχ
–VF•IO 1–
VO VIN
With Silicon Grease Heatsink: Aluminum
Power Dissipation PD (W)
15
200×200×2mm (2.3°C/W)
16.9±0.3
2.6±0.1
(2.0)
Plastic Mold Package Type Flammability: UL94V-0 Weight: Approx. 2.3g q w e r VIN SWOUT GND VOS
0.95±0.15 0.85 –0.1
(4.6)
+0.2
0.45 –0.1 P1.7±0.7×4=6.8±0.7
100 Ta=25°C
Load Regulation(SI-8050S)
5.15 Ta=25°C
*Load=C.C Ta=25°C
Output Voltage VO (V)
8
90
5.10
Efficiency η (%)
80
6
0A
20V 10V 7V
Output Voltage VO (V)
VIN=40V
sApplications
• Power supplies for telecommunication equipment • Onboard local power supplies
sLineup
Part Number VO(V) IO(A) SI-8033S 3.3 SI-8050S 5.0 SI-8090S 9.0 3.0 SI-8120S 12.0 SI-8150S 15.0
The thermal protection circuit is intended for protection against heat during instantaneous shortcircuiting. Its operation is not guaranteed for shortcircuiting over extended periods of time.
10 (VIN=20V,IO=0A)
Efficiency η (%) Frequency f (kHz)
8
8
Output Voltage VO (V) Output Voltage VO (V)
6
Output Voltage VO (V)
6
VO
70 5.00
4
4 TSD OFF 2 TSD ON
VIN=7V
5.05
VIN=40V
5.00 20V 10V 7V 4.95
70
IO=
4
1A
2
50
3A
60
0 0
2
4
6
8
10
12
0
0
0.5
1.0
1.5
2.0
2.5
3.0
0 0
0.5
1.0
1.5
2.0
2.5
3.0
Input Voltage VIN (V)
Output Current IO (A)
Output Current IO (A)
80
元器件交易网
qSI-8000S Series
sElectrical Characteristics
Ratings Parameter SI-8000S *1 Output Voltage SI-8000SS VO Conditions Efficiency Switching Frequency Line Regulation Load Regulation Temperature Coefficient of Output Voltage Ripple Rejection Overcurrent Protection Starting Current η Conditions f Conditions ∆VOLINE Conditions ∆VOLOAD Conditions ∆VO/∆Ta RREJ Conditions IS1 Conditions 3.1 VIN=15V Symbol SI-8033S min. 3.17 3.234 3.30 3.30 79 VIN=15V, IO=1.0A 60 VIN=15V, IO=1.0A 25 10 ± 0.5 45 f=100 to 120HZ 3.1 VIN=20V 80 30 VIN=8 to 28V, IO=1.0A VIN=15V, IO=0.5 to 1.5A 3.43 3.366 SI-8050S 4.80 4.90 5.00 5.00 84 VIN=20V, IO=1.0A 60 VIN=20V, IO=1.0A 40 10 ± 0.5 45 f=100 to 120HZ 3.1 VIN=21V 100 40 5.20 5.10 SI-8090S 8.55 8.73 9.00 9.00 88 VIN=21V, IO=1.0A 60 VIN=21V, IO=1.0A 50 10 ±1.0 –45 f=100 to 120HZ 3.1 VIN=24V 120 40 9.45 9.27 VIN=24V, IO=1.0A 90 VIN=24V, IO=1.0A 60 VIN=24V, IO=1.0A 60 10 ±1.0 45 f=100 to 120HZ 3.1 VIN=25V 130 40 VIN=25V, IO=1.0A 91 VIN=25V, IO=1.0A 60 VIN=25V, IO=1.0A 60 10 ±1.0 45 f=100 to 120HZ 130 40 SI-8120S SI-8150S
Temperature Characteristics(SI-8050S)
100 5.15 (VIN=20V,IO=1A) 90 η 80 5.05 5.10
Overcurrent Protection Characteristics(SI-8050S)
10 Ta=25°C
Thermal Protection Characteristics(SI-8050S)
60
f
4.95
2
0 –50
–25
Ambient Temperature Ta (°C)
0
25
50
75
0 100
0 0
40V
20V
1
2
3
4
5
6
0 50
75
100
125
150
175
200
Output Current IO (A)
Ambient Temperature Ta (°C)
Note on Thermal Protection:
元器件交易网
qSI-8000S Series
SI-8000S Series
Full-Mold, Separate Excitation Switching Type
sFeatures
• • • • • • • • Compact full-mold package (equivalent to TO220) Output current: 3.0A High efficiency: 79 to 91% Requires only 4 external components Phase correction and output voltage adjustment performed internally Built-in reference oscillator (60kHz) Built-in overcurrent and thermal protection circuits Built-in soft start circuit (output ON/OFF control)
100×100×2mm 10 (5.2°C/W) 75×75×2mm (7.6°C/W) 5 Without heatsink 0 –25 0 25 50 75 100 125
The efficiency depends on the input voltage and the output current. Thus, obtain the value from the efficiency graph on page 83 and substitute the percentage in the formula above. VO : Output voltage VIN : Input voltage IO : Output current ηx : Efficiency (%) VF : Diode forward voltage 0.5V(RK46) Thermal design for D1 must be considered separately.
% kHZ mV mV mV/ °C dB A
VIN=10 to 30V, IO=1.0A VIN=15 to 30V, IO=1.0A VIN=18 to 30V, IO=1.0A VIN=21 to 30V, IO=1.0A VIN=20V, IO=0.5 to 1.5A VIN=21V, IO=0.5 to 1.5A VIN=24V, IO=0.5 to 1.5A VIN=25V, IO=0.5 to 1.5A
sRecommended Operating Conditions
Parameter DC Input Voltage Range Output Current Range Operating Junction Temperature Range Symbol SI-8033S VIN IO Tjop 5.5 to 28 SI-8050S 7 to 40 Ratings SI-8090S 12 to 40 0 to 3.0 –30 to +125 SI-8120S 15 to 40 SI-8150S 18 to 40 V A °C Unit