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TK-MAX-FIP Fiber Inspection Scope FIP-500产品说明书
SPEC SHEETCleaning kitsAdapter tips, bulkhead adaptersStand-alone display kit TK-MAX-FIPFiber inspection scopeFIP-500 1 Wireless models FIP-435B2 MTP is a registered trademark of US Conec Ltd.3Q-ODC is a registered trademark of Huber+Suhner4HMFOC is a registered trademark of CommScope Inc.5OptiTip is a registered trademark of Corning Cable SystemsFIP-400B Fiber Inspection Scope SeriesAUTOMATED WiFi AND WIRED INSPECTION TOOL WITH EMBEDDED ANALYSISFully automated fiber inspection solution delivers both fast and consistent test results for single fiber and multifiber connectors from a single tool. Simplifies the overall process, provides accurate and consistent test results and provides pass/fail assessments quickly and easily.100% automated for single fiber connectors, one step inspection process Screenless operation enabled by pass/fail LED indicator On-board connector endface analysis (IEC or custom standards)Feature-rich ConnectorMax2 mobile application compatible with Android™ and iOS™ devices 1Full reporting capabilities on mobile devices and EXFO test platforms All-day battery life that will never let you down 1MF-ready scopes compatible with single-fiber and automated multifiber tipsManufacturing automation using REST API available upon requestCentral offices, exchanges and headends Data centersWireless (e.g., 5G, FTTA, DAA, small cells)Fiber-to-the-home (FTTH)Single-fiber connectors such as SC, LC, FC, ST and othersMPO, MTP ®2, Q-ODC-12®3, HMFOC ®4, OptiTip ®5 and MT connectorsSingle- and dual-row multifiber connectors (12/24 or 16/32)AUTOMATING THE COMPLETE INSPECTION PROCESSTurning fiber inspection into a one-step processEnabled by a unique automatic focus-adjustment system, the FIP-430B and FIP-435B automate each operation in the test sequence, transforming the critical inspection step into a quick and simple one-step process accessible to technicians of any skill level.Standard inspection test sequenceFIP-430B/FIP-435Binspection test sequenceMANUAL STEPS 100%AUTOMATED STEPSCONNECT CENTER FOCUS CAPTURE ANALYZESAVE AND REPORTCONNECT100%Automated focus adjustmentEnsures that each connector image is captured at maximum quality for enhanced identification of defects.Focus protectionPrevents image capture if focus is not adjusted properly. This ensures that no performance-affecting defects or residues are ignored in the analysis, thus preventing the reporting of false-positive results.Figure 1. An out-of-focus image can hide critical defects capable of delivering a “pass” verdict.Figure 2. An optimized focus adjustment will ensure that all defects affecting performances are seen.Operation modesThe FIP-435B scope is compatible with iOS and Android devices. Live video feed is streamed via WiFi without any wired connection required between the scope and the smart device. The wireless scope is also compatible with EXFO’s FTB and MaxTester platforms (connected via USB cable or WiFi) as well as ConnectorMax2 software (on a Windows-based PC.The FIP-4X0B Series scopes (FIP-410B/FIP-420B and FIP-430B) are USB-wired inspection scopes compatible with EXFO’s FTB and MaxTester platforms as well as ConnectorMax2 software (on a Windows-based PC).SCREENLESS OPERATIONThanks to the pass/fail LED, users can perform connector certification without having to look at their smartphone or MaxTester display screen to view the results. Users can simply focus on getting ready for their next inspection while being able to use both hands in the process.FIP-400B UNIVERSAL COMPATIBILITYThanks to its USB port, the FIP-400B Series is compatible with the entire FTB ecosystem, the MaxTester 700B OTDR Series, the MaxTester 940/945 OL TS, the MAX-FIP display, L TB platforms and PCs and laptops.FTB ecosystemMaxTester 700B OTDR Series Stand-alone MAX-FIP displayPC and laptops MaxTester940/945 OLTS LTB platformsiOS and Android smartphones and tablets aa.FIP-435B SeriesDirty=must clean the connector Damaged=must replace the connectorGET ACCURATE INSPECTION RESULTSThe autofocus feature in the FIP-430B and FIP-435B not only greatly facilitates inspection, but also enables optimized focus adjustment to ensure detection of all defects capable of affecting connector performance.The system self-adjusts the image centering to ensure that all inspection zones are visible, and then automatically adjusts the focus to achieve the best optical resolution. Next, the IEC (or custom) standard is applied to deliver accurate certification results in a snap. Fussing with image focusing, centering and inaccurate analysis results are now things of the past.FIP-400B FIBER INSPECTION SCOPE SERIESWireless scope: FIP-435BUSB wired scopes: FIP-4X0B Series1Interchangeable adapter tip (FIPT -400-XX)6Power button 11Battery compartment 2Retaining nut7Battery status LED 12Wrist-strap eyelet3Activity and pass/fail status LED 8WiFi status LED 13Micro-USB port (power/recharge)4Image capture control 9Focus adjustment wheel 14USB interface5Magnification control10Finger gripDISCOVER THE INDUSTRY’S FIRST FULLY AUTOMATED FIBER INSPECTION SCOPESHousing a unique automatic focus adjustment system, EXFO’s fiber inspection scope series automates each operation in the sequence of inspecting a connector endface. The result: fiber inspection is now a quick, one-step process that can be performed by technicians of all skill levels.Automated modelsThe FIP-500: wireless, autonomous and fully automated scope featuring the fastest inspection in the industry for both multifiber and single-fiber connectors. All-day testing without the need to recharge batteries or offload results.The FIP-435B: connected to EXFO platforms or your smart device, this fully automated wireless scope enables connector certification in one step. View and store results on your EXFO platform or smart device.The FIP-430B: fully automated inspection scope featuring USB wired connectivity to PC and EXFO platforms.Semi-automated and manual modelsThe FIP-420B: semi-automated scope featuring a manual focus adjustment. USB wired connectivity to PC and EXFO platforms.The FIP-410B: basic inspection features for manual inspection.USB wired connectivity to PC and EXFO platforms.For more information, visit /fiberinspection.SEMI-AUTOMATED MULTIFIBER INSPECTIONUsers can quickly and easily inspect all multiple- and single-row MPO connectors on densely populated panels without missing any fibers or dealing with the hassle of manipulating one or multiple scanning knobs—and do it right the first time.The FIPT-400-MF uses a trigger to efficiently scan all fibers. These features make it possible to inspect densely populated panels without having to disturb adjacent fibers that may be carrying information. Users can easily operate the FIPT-400-MF with just one hand—it provides automated and fumble-free fiber inspection.COMPATIBLE WITH VARIOUS SINGLE-FIBER AND MULTIFIBER CONNECTORSEXFO offers multiple patchcord tips and bulkhead adapters for both single fiber and multifiber applications.These tips and adapters are built to fit a wide range of fiber connector types and designs that are currently used in the field including FC, SC, LC, ST for UPC and APC or FTTH/FTTA connectors. The MPO tip is compatible with single- and dual-row multifiber connectors regardless of the connector type.For further information, please refer to our tip adapter guide.TIP NOZZLE SPECIALADAPTERNot needed when dedicatednozzle for male connector isavailable. See next page. Thanks to its removable nozzle, the solution can easily and quickly be adapted to various multifiber connector models:•APC or UPC polishing type•12-fiber-row ferrule type for 12-24 fiber connectors•16-fiber-row ferrule type for 16-32 fiber connectorsApplications also include Q-ODC-12®, OptiTip® and HMFOC® connectors.Simply swap tips for an easy transition from single to multifiber using the same MF-ready inspection scope.Watch it in action: MPOvideoAUTOMATIC PASS/FAIL CONNECTOR CERTIFICATIONThanks to its advanced onboard software algorithm, ConnectorMax2 performs automated pass/fail analysis within seconds and ensures that no fibers are skipped.•No need to follow fibers and count them manually: the interface numbers each fiber automatically and assesses the pass/fail status of the entire connector as well as each individual fiber.EXFO’s interface enables a quick assessment of the entire multifiber connector in a single view.•Access single fiber as well as the entire connector pass/fail status all at once by means of a simple interface without encountering fail status that could be caused by unused or missing fibers.•Quickly navigate through individual high-resolution fiber images on demand by selecting fibers in the connector view or simply by swiping over the fiber image.ConnectorMax supports various fiber configurations within multifiber connectors. This feature speeds up the inspection and analysis process by skipping unused fiber locations.ConnectorMax includes complete documentation capabilities, accessible in the palm of your hand from your mobile device. You canarchive your results and easily create and share reports within seconds.statusHigh-resolution individual fiberimage with analysis overlayAdditional info:- Global pass/fail status-M easurement name - T est configuration - I dentification fieldsstatusMAX-FIP TEST UNITThe MAX-FIP features the largest screen in the industry, providing the highest magnification level for precise viewing of even the smallest defects on fiber endfaces. Its bright 7-inch touchscreen ensures fast and easy operation.The MAX-FIP kit can also be equipped with a power meter and visual fault locator (plug-and-play options).MAX-FIP KEY FEATURES•Bright, 7-inch touchscreen display•Rugged, compact tablet-inspired form factorThe easy-to-install power meter and VFL pieces attach to the MAX-FIP display using four screws.The MAX-FIP standard 2 GB internal memory offers extensive storage of up to 4000 fiber certification results, and is expandable using USB memory sticks, optional WiFi and Bluetooth capability for cloud-based storage and wireless Take full advantage of the MAX-FIP’s amazing eight-hour battery operation that never lets you down, and enables you to complete full-day jobs without having to recharge the unit. Also, save money by avoiding high battery replacement costs associated with other handheld inspection kits on the market that operate on standard alkaline batteries.8 HOURS2 GB789TURN YOUR FIP-430B INTO A BENCHTOP SOLUTIONWIHT THE DESKTOP SUPPORT STAND (OPTIONAL)GP-2182 aThe FIP-430B can be quickly transformed into a benchtop inspection solution by mounting thescope on a desktop support stand. This leaves your hands free for repetitive manipulationsand inspection of fiber jumpers and connectors. This makes the FIP-430B scope a handysolution for the production floor for inspection of both patch cords and bulkheads.•Stable hold and rugged design•Adjustable angle up to 7 different positions•Allows male and female connector inspection usingthe same tool•Quick release handle•Manufacturing automation using REST API available upon requestInspecting and analyzing fiber connector endfaces has never been easier than with the FIP-430B digital fiber inspection scope. BRING IT EVERYWHERE WITH THE BELT HOLSTER (OPTIONAL)GP-2224 aThe perfect accessory to carry:•1 x FIP-435B unit•2 x IBC cleaner tools•A selection of fiber inspection tips•Smartphone•FLS-140 VFL (or pen)HANDS-FREE UTILITY BAG (OPTIONAL)GP-2177 aTo help optimize your test process and get maximumperformance from your MAX-FIP solution, EXFO offersa hands-free utility bag that enables secure, hands-freeoperation of the unit when you work with fibers, connectorsand inspection tools.MAX-FIP HOOK SUPPORT (OPTIONAL)GP-2176 aThe MAX-FIP hook support is an optional accessory that fits any type of fiber cabinetdoor perfectly, enabling hands-free operation for easier and faster fiber manipulationduring the connector certification test process.Using the optional GP-2176 hook for the MAX-FIP.a. Accessories not included.a. –20 °C to 60 °C (–4 °F to 140 °F) with the battery pack.b. Typical.c. Measurement excluding tip and including strain relief.d. Software is qualified with Google Nexus, Apple iPhone and Apple iPad devices. Other models are not guaranteed to be 100% compatible.e. One (1) test per minute. The scope remains in live mode for 20 seconds during each test.f. Using USB AC adapter. When scope is in use it may take more time to fully recharge.g. WiFi interference and physical obstacles may affect distance range.h.Single fiber connector mode.FIP-400B SPECIFICATIONSGP-3108GP-2227FIPT-BOX GP-2226GP-2175GP-2225MAX-FIP SPECIFICATIONSGP-2001GP-2176GP-2177GP-2178GP-2205GP-10-072GP-10-061GP-1008GP-2144GP-302GP-2016ConnectorMax 2 SOFTWAREThe following minimum requirements must be met in order to install and run ConnectorMax 2 on a computer:a. Typical.b. At calibration conditions.c. For ±0.05 dB, from 10 °C to 30 °C.a. ConnectorMax2 Mobile software available on the App Store and Google Play™.b. This list represents a selection of fiber inspection tips that covers the most common connectors and applications but does not reflect all the tips available. EXFO offers a wide range of inspection tips, bulkhead adaptors and kits to cover many more connector types and different applications. Please contact your local EXFO sales representative or visit /FIPtips for more information.c. Included when UPC base tips are selected.d. Included when APC base tips are selected.a. Available if power meter selected.EXFO headquarters T +1 418 683-0211 Toll-free +1 800 663-3936 (USA and Canada)EXFO serves over 2000 customers in more than 100 countries. To find your local office contact details, please go to /contact .For the most recent patent marking information, please visit /patent . EXFO is certified ISO 9001 and attests to the quality of these products. EXFO has made every effort to ensure that the information contained in this specification sheet is accurate. However, we accept no responsibility for any errors or omissions, and we reserve the right to modify design, characteristics and products at any time without obligation. Units of measurement in this document conform to SI standards and practices. In addition, all of EXFO’s manufactured products are compliant with the European Union’s WEEE directive. For more information, please visit /recycle . Contact EXFO for prices and availability or to obtain the phone number of your local EXFO distributor.For the most recent version of this spec sheet, please go to /specs .In case of discrepancy, the web version takes precedence over any printed literature.Power meter00 = Without power meterP2X = Power meter; GeX detectorVP2X = VFL and power meter; GeX detector Connector adapter a FOA-12 = BiconicFOA-14 = NEC D4: PC, SPC, UPC FOA-16 = SMA/905, SMA-906FOA-22 = FC/PC, FC/SPC, FC/UPC, FC/APC FOA-28 = DIN 47256, DIN 47256/APC FOA-32 = ST: ST/PC, ST/SPC, ST/UPCFOA-54 = SC: SC/PC, SC/SPC, SC/UPC, SC/APC FOA-78 = Radiall EC FOA-96B = E-2000/APC FOA-98 = LC FOA-99 = MUWiFi and Bluetooth00 = Without RF componentsRF = With RF capability (WiFi and Bluetooth)Inspection scope model b FIP-410B = D igital video inspection scopeTriple magnificationFIP-420B =D igital video inspection scope Automated pass/fail analysis Triple magnificationFIP-430B = A utomated analysis digital videoinspection scope Automated focusAutomated pass/fail analysis Triple magnificationBase tipsAPC = Includes FIPT-400-U25MA and FIPT-400-SC-APC UPC = Includes FIPT-400-U25M and FIPT-400-FC-SCTK-MAX-FIP-XX -XX -XX -XX -XX -XXExample: TK-MAX-FIP-VP2X-FOA-54-RF-FIP-430B-UPC-FIPT-400-FC-SC-FIPT-400-U25Ma. Available if power meter selected.b. Includes ConnectorMax 2 software.c. This list represents a selection of fiber inspection tips that covers the most common connectors and applications but does not reflect all the tips available. EXFO offers a wide range of inspection tips, bulkhead adaptors and kits to cover many more connector types and different applications. Please contact your local EXFO sales representative or visit /FIPtips for more information.d. Included when UPC base tips are selected.e. Included when APC base tips are selected.f. RF option mandatory and included with this model.KitsExtra FIP-400B tips c Bulkhead tipsFIPT-400-FC-APC = FCAPC tip for bulkhead adapter FIPT-400-FC-SC = FC and SC tip for bulkhead adapter d FIPT-400-LC = LC tip for bulkhead adaptersFIPT-400-LC-APC = LC/APC tip for bulkhead adapter FIPT-400-MU = MU tip for bulkhead adaptersFIPT-400-SC-APC = SC APC tip for bulkhead adapter e FIPT-400-SC-UPC = SC UPC tip for bulkhead adapter FIPT-400-ST = ST tip for bulkhead adapterPatchcord tipsFIPT-400-U12M = Universal patchcord tip for 1.25 mm ferrulesFIPT-400-U12MA = Universal patchcord tip for 1.25 mm ferrules APC FIPT-400-U16M = Universal patchcord tip for 1.6 mm ferrulesFIPT-400-U20M2 = Universal patchcord tip for 2.0 mm ferrules (D4, Lemo)FIPT-400-U25M = Universal patchcord tip for 2.5 mm ferrules dFIPT-400-U25MA = Universal patchcord tip for 2,5 mm ferrules APC e Multifiber tipsFIPT-400-MTP2 = MTP/MPO UPC tip for bulkhead adapter FIPT-400-MTPA2 = MTP/MPO APC tip for bulkhead adapterFIPT-400-MTP-MTR = MTP/MPO multirow UPC tip for bulkhead adapter FIPT-400-MTP-MTRA = MTP/MPO multirow APC tip for bulkhead adapterTip kitsFIPT-400-LC-K = L C tip kit including:FIPT-400-LC: LC tip for bulkhead adapters,FIPT-400-LC-APC: LC/APC tip for bulkhead adapter,FIPT-400-U12M: Universal patchcord tip for 1.25 mm ferrules,FIPT-400-U12MA: Universal patchcord tip for 1.25 mm ferrules APCFIPT-400-LC-K-APC = L C tip kit including:FIPT-400-LC-APC: LC/APC tip for bulkhead adapterFIPT-400-U12MA: Universal patchcord tip for 1.25 mm ferrules APCFIPT-400-LC-K-UPC = L C tip kit including:FIPT-400-LC: LC tip for bulkhead adaptersFIPT-400-U12M: Universal patchcord tip for 1.25 mm ferrulesFIP400B.9EN © 2022 EXFO Inc. All rights reserved. Printed in Canada 22/07。
TK系列便携式电量记录分析仪说明书
TK系列便携式电量记录分析仪说明书————————————————————————————————作者：————————————————————————————————日期：TK2000系列便携式电量（波形）记录分析仪使用说明书北京同控电力系统技术有限公司2010年12月目录TK2000简介 (4)1、用途 (4)2、技术特点及优势 (4)3.1 连续录波功能 (7)3.2 示波功能 (7)3.3 脱机故障录波功能 (7)3.4 单组记录、制表及绘制关系曲线功能 (8)3.5 分析计算及特殊功能试验 (8)4.1 模拟量输入通道 (15)4.2 开关量输入通道 (15)4.3 开关量输出通道 (15)4.4 内存: 缓冲内存：高至2GB (15)4.5 采集速度 (15)4.6 采集精度 (16)4.8 输入阻抗 (16)4.9 绝缘水平 (16)TK2000系列便携式电量记录分析仪型号定义说明 (18)二、记录分析仪面板布置 (19)2.1、TK2000系列便携式电量记录分析仪的后面板 (19)2.1.1、TK-4UAC（TK-3UAC）型交流电压输入插件 (20)2.1.2、TK-4U01/02/03（TK3U01/02/03）交直流电压输入插件 (21)2.1.3、TK-4I（TK-3I）交直流电流输入插件 (22)2.1.4、智能采集插件 (24)2.1.5、专用电源插件 (25)表2.1.10、TK2000系列便携式电量记录分析仪标准插件配置表 (26)2.2、TK2000系列记录分析仪前面板 (28)2.2.1、开关输入量 (28)2.2.2、开关量输出 (28)2.2.3、电源开关 (28)2.2.4、复位按钮 (28)2.2.5、保护报警指示灯 (29)2.2.6、信号复归按钮 (29)2.2.7、关于越限报警与过压保护的说明 (29)2.2.7.1关于越限报警的说明 (29)2.2.7.2关于过压保护的说明 (29)三.上位机处理软件----TK2000系列软件包说明 (30)3．1 TK2000系列软件的安装 (30)3.2 TK2000系列软件的构成 (31)3.3.上位机的配置 (32)3.3.1、显示器的分辨率 (32)3.3.2 以太网的配置 (32)3.3.3 打印机的安装和配置 (32)3.4、TK2000系列软件的启动方法 (32)3.5 、TK2000试验功能管理组件TKManager的说明 (32)3.5.1、‘公共参数配置‘的说明 (33)3.5.2、使用试验模板进行试验的步骤： (34)3.6 TK2000系列软件的主窗口说明 (35)3.6.1. 标题栏 (35)3.6.2 菜单栏快捷列 (36)3.6.3 工具栏 (36)3.6.4. 通道名区 (36)3.6.5. 绘图区 (36)3.6.6. 幅值标度区 (36)3.6.7. 时标区 (37)3.6.8. 状态栏 (37)3.7. TK2000系列软件主功能项的功能 (38)3.7.1.“文件” (38)3.7.2.“试验设置” (38)3.7.2.1、“参数设置” (38)3.7.2.2、“模板管理” (39)3.7.2.3.“连续录波操作” (39)3.7.2.4.“特性试验（单组记录）操作” (39)3.8、TK2000系列软件的工具栏按钮说明 (39)四. TK2000系列软件的使用说明 (40)4．1、“文件”菜单的功能 (41)4.1.1 “新建”命令 (41)4.1.2 “打开”命令 (41)4.1.3“保存”命令 (41)4.1.4 “保存部分波形”命令 (42)4.1.5 “另存为”命令 (42)4.1.6 “保存为EXCEL格式”命令 (42)4.1.7 “保存为Comtrade格式”命令 (42)4.1.8“打印“命令 (42)4.1.9 “保存为图形文件”命令 (43)4.1.10“退出“命令 (43)4.2．“试验设置”菜单功能 (43)4.2.1 “一般设置”标签页功能 (43)4.2.2 “模拟通道”标签页功能 (48)4.2.3 “计算通道”标签页功能 (52)4.2.4 “开入通道”标签页功能 (57)4.2.5 “开出通道”标签页功能 (58)4.2.6“其它选项”标签页 (58)4.2.7 关于“设置”标签页的几点说明 (59)4.3．“启动录波”按钮 (60)4.3.1 连续录波方式 (60)4.3.1.1 预录手动启动的连续录波方式 (60)4.3.1.2 预录开关量启动的连续录波方式 (60)4.3.1.3 预录模拟量启动的连续录波方式 (61)4.3.2 单组记录（特性试验）记录方式 (61)4.3.2.1 数据的记录 (62)4.3.2.2 数据的删除 (62)4.3.2.3 关键通道的‘突出显示’功能 (62)4.3.2.4 ‘自动调档’功能 (63)4.3.2.5 绘制某两个或几个通道的特性（关系曲线） (63)4.3.2.6 发电机开路特性试验 (64)4.3.2.7 发电机短路特性试验 (64)4.3.2.8 发电机转子交流阻抗特性试验 (64)4.3.2.9 发电机电话谐波因数(波形畸变率)特性试验 (64)4.3.3 “分析”命令 (65)4.3.3.1 一般分析 (65)4.3.3.2 选择分析通道 (65)4.3.3.3 确定分析的起始时间 (65)4.3.3.4 谐波分析 (67)4.3.3.5 向量分析 (67)4.4．“打印”菜单 (68)4.5．“帮助“菜单 (68)五. TK2000系列基于窗口的通道曲线编辑 (68)5.1 通道曲线的选中 (69)5.2 通道曲线的上下拖动(平移) (69)5.3 通道曲线的快捷缩放 (69)5.4 曲线变化量部分的局部放大 (71)5.5 游标、幅值显示窗的控制及时间差的获得 (71)5.6 绘图区背景颜色的控制 (72)5.7 绘图区栅格颜色的控制 (72)5.8 曲线的左右拉伸及压缩 (72)5.9 曲线的左右平移滚动(漫游功能) (73)5.10 快捷键‘▲’‘▼’‘◄’‘►’的说明 (73)六、右键菜单说明 (74)6.1、右键单击绘图区 (75)6.2、右键单击通道名区 (75)七、注意事项 (76)TK2000系列便携式电量（波形）记录分析仪简介1、用途TK2000系列便携式电量（波形）记录分析仪是基于虚拟仪器平台的功能强大的综合式实时录波、数据分析及参数测试的试验设备。
TKGT-型光纤音频信号传输实验仪器评估报告
关于TKGT-型光纤音频信号传输实验仪器评估报告一、前言通过TKGT-型光纤音频信号传输实验仪器对音频信号光纤传输的实验，了解到了光纤通信是利用光波在光导纤维中传输信息的通信方式，采用光纤通讯其优势在于光的全反射。
由于纤芯的折射率大于涂层的折射率，当光从纤芯射向涂层，且入射角大于临界角，则射入的光在界面上产生全反射，成“之”字形前进，传播到圆柱形光纤的另一端而发射出去，这就是光纤的传光原理。
本次实验报告旨通过实验仪器的构造设计，对实验的数据的处理来在对实验仪器的性能、好坏作出评估。
分析其工作原理以及功能能特性，对其应用价值作出评估。
二、实验仪器简介本实验采用的仪器有TKGT-1型音频信号光纤传输实验仪、信号发生器和双踪示波器。
TKGT-1型音频信号光纤传输实验仪的光纤传输系统由光纤信号发送端、传送光纤信号的传输介质光纤、光信号接收与处理端构成。
其光纤信号发送端的作用是将待传输的电信号经电光转换器件转换为光信号。
发送端电光转换器件一般采用发光二极管或半导体激光管成，本实验TKGT-1型音频信号光纤传输实验仪的发送端电光转换器件采用0.84微米的高度近红外半导体发光二极管。
光信号发送端的工作原理：发送端信号采用光强调制的方法。
“光发送强度”电位器可以调节发光二极管LED的静态驱动电流（0-20mA），从而改变发光二极管的发射光功率。
静态驱动电流调节范围为：0-20mA，面板“发送光强度”对应显示值为：0-2000单位。
当静态驱动电流较小时，发光二极管的发射光功率与静态驱动电流基本上呈线性关系。
音频信号经电容、电阻网络及运放耦合到另一运放的负载入端，与发光二极管的静态驱动电流相叠加，使发光二极管发送随音频信号变化的光信号。
再由光纤耦合器将这一光信号传输到光纤中。
光纤是采用硅晶圆经一定工艺制作而，纤芯的折射率大于涂层的折射率，当光从纤芯射向涂层，且入射角大于临界角，则射入的光在界面上产生全反射，成“之”字形前进，光纤的功能是将发送端光信号以尽可能小的衰减和失真传送到光信号接收端。
TK-200光缆普查仪
光缆普查仪TK-200
TK-200系列光缆普查仪，具备更强的环境适应能力，尤其是当被测光缆线路出现断裂等状况时，能准确的查找到被测光缆；另外，在光缆线路末端为APC接头的线路排查中，TK-200也能方便的查找到目标光缆。
主要特点：
●触摸屏+按键操作，使用简便
●支持低功耗模式，更长工作时间
●上百公里远距离传感光缆的机械振动
●在复杂环境下通过音频、可视信号（条状图/心电图模式可选）定位目标光缆
●线路环境适应性强（末端为PC、APC、断裂等情况均可）
●工作模式自动、手动可选
●无损检测，识别准确度高
技术规格：
电气/物理/环境指标：。
纤维长度测量仪安全操作及保养规程
纤维长度测量仪安全操作及保养规程纤维长度测量仪是一种常用于纤维检测的设备，本文旨在指导用户安全操作和保养该设备，防止设备损坏和安全事故的发生。
安全操作注意事项1.仪器只能由专业人员或经过培训的人员使用。
2.在操作仪器前，请查看仪器的相关说明书，确保使用前熟悉仪器的使用方式和使用方法。
3.使用仪器时，必须穿戴符合安全要求的个人防护装备，并遵守相关安全规定。
4.禁止在危险环境、高温、潮湿、易燃或易爆环境下使用仪器。
5.测量结束后及时将仪器断电并做好清洁工作，保证设备的通风和干燥。
保养规程1.仪器的机体和控制面板等外部表面每天应擦拭一次，清除灰尘污物，保持清洁。
2.仪器内部每6个月需要进行一次检查、清洗和维护，确保设备正常运行。
3.保证使用时实验室的温度和湿度适宜，避免仪器过热或过冷，并确保使用的电源符合规定和电气安全标准。
4.合理使用保险丝、开关、插头等部件，禁止私自拆卸和调整仪器内部电路部件。
5.长时间不使用时，请将仪器存放在干燥、通风、无尘、无腐蚀气体的环境中，并对仪器进行封存、标识，以免受潮和机体受损。
常见故障排除1.仪器不能正常启动：检查电源是否接好、控制开关是否正确使用、保险丝是否损坏等。
2.仪器不能进行正常测量：检查设备是否正常工作，仪器是否存在故障，是否按照设备说明书要求使用，以及操作过程中是否存在操作失误等。
结束语以上为纤维长度测量仪的安全操作和保养相关规程，为使用者提供参考。
使用时建议认真阅读仪器说明书，严格按照操作规定进行使用和保养。
如果发现设备存在故障或使用中遇到问题，应立即停止使用，并与专业人员联系进行维护和维修。
国产光纤寻障仪安全操作及保养规程
国产光纤寻障仪安全操作及保养规程光纤寻障仪是一种常用的测量仪器，用于检测光缆线路的质量和故障点，该仪器具有高精度、高灵敏度等特点，但在使用过程中需要注意一些安全操作和保养规程，以确保设备的正常运行和长期使用寿命。
一、安全操作规程1.操作前的准备工作1.检查仪器是否正常，如有故障或异常现象不得使用。
2.检查仪器是否通电，如未通电须先通电。
3.在接线前必须保证光纤寻障仪未连接任何电路或信号线。
2.仪器的连接方法1.仪器的连接必须按照说明书进行，不得胡乱连接。
2.在连接过程中必须注意接口的稳定性，不得随意拔插。
3.在连接过程中，必须保持光纤接口端面的干净和外观的完整。
3.仪器的使用1.使用前必须阅读说明书，了解相关的技术要求和操作要点。
2.在操作中必须佩戴护目镜，避免光线对眼睛造成伤害。
3.在操作中必须保持环境的稳定和安静，避免外部干扰。
4.在仪器工作中，必须及时关闭电源，以免损害仪器。
二、保养规程1.仪器保养1.每次使用前，必须清洗仪器的外部和接口，保持干净卫生。
2.仪器使用过程中，必须保持仪器的干燥和清洁，不得倒置或摔打。
2.光源保养1.光源灯泡的寿命有限，使用时间过长会降低光源的亮度，故每隔一定时间需更换灯泡。
2.更换灯泡时，必须仔细阅读说明书，按照规定进行操作。
3.更换灯泡时，必须注意保持仪器的稳定和平衡，避免不慎摔坏仪器。
3.光源调整1.使用过程中需要调节的光源亮度、方向等，必须按照说明书中的操作要点进行操作。
2.在调整光源时，必须注意保持环境的稳定和安静，避免外部干扰。
4.光端面保养1.光纤连接时，必须注意保护光端面的干净和完整性。
2.光端面出现污垢或划痕时，必须及时进行清理和修复。
3.光端面的清理和修复必须在干净的环境下进行。
5.仪器存储1.仪器在不使用时，必须存放在干燥、暗处，避免受潮、发霉等情况发生。
2.存放时必须保持仪器的稳定和平衡，避免倾斜或碰撞损坏仪器。
三、小结在使用国产光纤寻障仪时，必须遵守一定的安全操作和保养规程，确保仪器的正常运行和长期使用寿命。
棉纤维光电长度仪安全操作及保养规程
棉纤维光电长度仪安全操作及保养规程前言棉纤维光电长度仪是一种常用于纺织品生产中的测试仪器，它通过光电原理来测量棉纤维长度。
在使用棉纤维光电长度仪时，操作人员需要注意相关安全操作规程，以确保人员和仪器的安全。
此外，定期的保养也很有必要，以延长仪器的使用寿命，保证测量准确性。
本文将介绍棉纤维光电长度仪的安全操作规程和保养规程。
安全操作规程1. 预先准备在使用棉纤维光电长度仪之前，需要进行以下准备工作：•检查所有仪器零部件是否完整，特别是光电探测器与测试板部分的损坏情况；•检查设备所处环境是否符合操作要求，避免温度、湿度等环境因素对测试结果产生影响；•操作人员需要配备耐热手套、安全眼镜等个人防护设备，确保人员安全。
2. 操作流程使用棉纤维光电长度仪时，需要按照以下步骤进行：•将待测试的棉纤维样品放到测试板上；•打开仪器电源，静待几分钟直至设备稳定，防止瞬间电流过大损坏仪器；•调整测试板高度，使其与光电探测器距离适当；•将样品放到测试板中心位置，确保样品与测试板平行；•空气质量不好时加装过滤网，首先按下HOLD键，待数码显示屏稳定后，再轻按R键调零，按RESET清零;•在测试板下呈S形穿过光栅墙试板，卡住样品，用手扶住测试板，等待数据采集完成，即可读出棉纤维长度。
3. 安全注意事项在操作棉纤维光电长度仪时，还需要注意以下事项：•避免长时间使用，以免仪器过热影响性能；•严禁使用没有经过检测的设备零部件；•避免将样品放在测试板超出规定范围的位置，以免影响测量准确性；•定期检查设备的电源、插座等局部区域。
如有问题应及时维修，以确保使用安全。
保养规程棉纤维光电长度仪保养规程包括以下内容：1. 仪器清洁长时间使用会使仪器表面灰尘、污垢积累，影响美观度和使用寿命。
建议每次使用后，用干净软布将仪器表面擦拭干净。
注意：严禁使用含有酸碱性、腐蚀性的化学品来清洁仪器及表面灰尘，以免损坏设备。
2. 仪器维护•仪器在测量过程中，防止碰撞、摔落，应注意轻拿轻放；•定期检查棉纤维光电长度仪各部分机件的连接部位，确保设备稳定；•定期检查、清洁光电探测器和测试板，确保正常工作状态。
Jetec TKF-12和TKF-13电源阶序测试仪安装指南说明书
Home » JETEC » Jetec TKF-12 Phase Sequence Tester Installation Guide Jetec TKF-12 Phase Sequence Tester Installation GuideContents1 PHASE SEQUENCE TESTER2 PHASE SEQUENCE AND MOTOR ROTATIONTESTER2.1 Standard accessories of the tester JTKF-12:2.2 Optional accessories of the tester JTKF-12:2.3 Standard accessories of the tester JTKF-13:2.4 Optional accessories of the tester STKF-13:2.5 JTKF-122.6 JTKF-133 Documents / Resources4 Related PostsPHASE SEQUENCE TESTERJTKF-12PHASE SEQUENCE AND MOTOR ROTATION TESTERJTKF-13The unique TKF-12 & TKF-13 testers has been designed for checking triple phase power installations in the wide range of the phase-phase voltage between 100V to 690V in distribution network frequency range 10-70Hz. Our testers enables rotary field and motor rotation indication also with contact-less detection. TKF-13 provides quick indication of 3 phase rotation using test leads or can be used to determine motor rotation on 3 phase motors. TKF-12 is powered from tested network. TKF-13 is powered from 9V battery with AUTO-OFF function.Standard accessories of the tester JTKF-12:– pin probe with banana connector – black WASONBLOGB1– pin probe with banana connector – red WASONREOGB1– pin probe with banana connector – yellow WASONYEOGB1– “crocodile” clip K01; black WAKROBL20K01Optional accessories of the tester JTKF-12:– AGT-16P (triple phase socket adapter) WAADAAGT16P– AGT-32P (triple phase socket adapter) WAADAAGT32P– AGT-63P (triple phase socket adapter) WAADAAGT63P– carrying case S1 WAFUTS1Standard accessories of the tester JTKF-13:– test lead with banana plug; 1,2m; black WAPRZ1X2BLBB– test lead with banana plug; 1,2m; red WAPRZ1X2REBB– test lead with banana plug; 1,2m; yellow WAPRZ1X2YEBB– pin probe with banana connector – black WASONBLOGB1– pin probe with banana connector – red WASONREOGB1– pin probe with banana connector – yellow WASONYEOGB1– “crocodile” clip K01; black WAKROBL20K01– alkaline battery 6LR61 (9V)Optional accessories of the tester STKF-13:– AGT-16P (triple phase socket adapter) WAADAAGT16P– AGT-32P (triple phase socket adapter) WAADAAGT32P– AGT-63P (triple phase socket adapter) WAADAAGT63P– carrying case S1 WAFUTS1JTKF-12Phase sequence indication (direction of field rotation) in the power network with rated phase-to-phasev.8 Documents / ResourcesJetec TKF-12 Phase Sequence Tester [pdf] Installation GuideJTKF-12, JTKF-13, TKF-12 Phase Sequence Tester, Phase Sequence Tester, Sequence Tester, TesterManuals+,。
光纤寻障仪安全操作及保养规程
光纤寻障仪安全操作及保养规程前言光纤寻障仪是一种重要的测量设备，用于检测光纤连接线路中的障碍物，主要用于通信和网络行业。
本文将介绍光纤寻障仪的正确使用方法和保养维护规程，以确保设备的安全性和正常使用寿命。
安全操作规程1. 设备选用在购买光纤寻障仪时，应选择符合标准认证的产品，并在使用前检查设备是否完好，包括各部件是否损坏、电源是否正常等。
2. 使用场所光纤寻障仪应在干燥、通风和无腐蚀性气体的场所使用，以免影响设备的正常工作。
3. 电源接口在使用光纤寻障仪前，应确保电源接口正确、牢固地连接。
使用后应关闭电源开关，关闭电源开关前应先关闭仪器的所有功能并取下插头。
4. 维护保养在使用完光纤寻障仪后，应及时清洁设备，注意保持设备的干燥。
长时间不使用时，应将设备保存在防潮、防尘的地方，并定期检查设备是否有损坏或电源接口是否松动。
如发现异常，应及时送检或维修。
5. 预防措施在使用过程中，应注意预防触电、烧伤等危险。
同时，应避免将设备放置在高温、高压、易燃、易爆的环境下，以免对设备造成损坏。
保养规程1. 清洁在每次使用光纤寻障仪后，应将设备表面清洁干净。
使用干净、柔软、不脱毛的布将设备轻轻擦拭，如遇到顽固的污渍，可以使用温水或中性清洁剂轻轻擦拭，但切勿使用含酸、碱性等强化学品。
2. 检查每隔一段时间，应定期检查设备是否损坏、电源接口是否松动、各部位是否正常工作等。
如发现异常，应及时送检或维修。
3. 保养在使用光纤寻障仪时，应避免碰撞或擦伤设备，以免影响设备的正常使用寿命。
对于设备重要部件，如接口、插头等，应定期检查并保持干燥、牢固。
后续注意事项若光纤寻障仪出现异常时，应及时关机并拔除电源接口。
不能私自拆卸或修理设备，如需检修，请寻求专业人员的指导和帮助。
在使用过程中如遇到任何问题或疑问，应及时查看产品说明书或寻求厂家的帮助和解决方案。
结论以上就是光纤寻障仪的安全操作和保养规程，遵守规程可以最大限度地保障设备的安全性和正常使用寿命。
基于近红外光谱法和FPGA的纺织物成分检测系统
基于近红外光谱法和FPGA的纺织物成分检测系统
张恒瑞;姚丞韬;刘向
【期刊名称】《电子器件》
【年(卷),期】2024(47)1
【摘要】在纺织品检测中,纤维成分定量检测是一项重要的检测项目,其要求拥有准确、快速、环保的检测手段和检测仪器,以满足市场对纺织物纤维成分检测的需求。
提出了一种基于近红外光谱法和FPGA的纺织物成分检测系统,通过滨松光子MEMS-FPI传感器采集近红外光谱数据,利用一维卷积神经网络建模,使用知识蒸馏缩减网络规模,最终部署在FPGA上。
实验结果表明,该方案的检测效果较好
(R^(2)>0.82),可以以较低的功耗及延时(<1 ms)实现良好的表现。
【总页数】10页(P255-264)
【作者】张恒瑞;姚丞韬;刘向
【作者单位】南京信息工程大学电子与信息工程学院;南京信息工程大学计算机学
院(网络空间安全学院)
【正文语种】中文
【中图分类】TP183;TP212.9
【相关文献】
1.基于近红外光谱法的棉/涤混纺织物中棉含量快速检测
2.基于近红外光谱法的棉/氨纶混纺织物纤维含量快速检测研究
3.基于近红外光谱法快速检测涤氨织物的纤
维含量4.基于FPGA的近红外光图像检测系统5.基于近红外光谱法对五倍子主成分含量的快速检测
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加拿大EXFO
在线信号识别仪/在线纤序查找器LFD-300B\TG-300B TK-FF
在无需断开光纤的情况下识别特定的负载信号光纤，不会出现因为光纤检测/识别而引发的网络中断。
产生的损耗≤1dB。
实现以下功能：线序查找器、在线光纤信号识别仪、暗光纤识别仪三效合一的测试工具，可作为在线信号识别仪、在线信号检测器和暗光纤识别仪使用，能够真正实现高效的光纤管理
使用 EXFO 的 FiberFinder™功能精确定位特定的负载信号光纤产生的损耗最低：≤ 1 dB
利用音频识别技术（270 Hz、1 kHz 和 2 kHz）定位特殊的暗光纤改进：测试过程更快，速度为之前的三倍
将创新的 LFD-300B FiberFinder™在线信号识别仪* 与 TG-300B 在线纤序查找器配合使用，技术人员便可在无需使光纤断开连接的情况下识别特定的负载信号光纤，而且最重要的是避免了主观臆测。
由此带来了以下关键优势：
光纤检测/识别过程不会再导致网络中断
对接触网络的需求降到了最低程度，有助于防止出现错误
规格：
光纤类型 3 mm、1.6 mm、900 μm
插入损耗 (dB)
保证的最大值 1
1550 nm 0.5
1310 nm0.3
功率范围 (dBm)25 至–35
功率测量可重复性 (dB)±1
测试时间 (s)<6
一般规格
尺寸（高 x 宽 x 深） 245 mm x 45 mm x 55 mm
（9 5/8 英寸 x 1 3/4 英寸 x 2 1/4 英寸）
重量（不带电池）0.35 kg（0.8 磅）
温度
运行温度0 °C 至 50 °C （32 °F 至 122 °F）
存储温度–40 °C 至 70 °C （–40 °F 至 158 °F）相对湿度0 % 至 93 %（非冷凝）
订购须知
TK-FF TK-FF = FiberFinder 套装，包括一台 TG-300B、一台 LFD-300B 以及软质便携袋。