Triv MTS4100噪声振动分析仪-单张参考

1Simply Discover MoreECT 4100 电子恒温加样台使用说明书Version 2.002莫纳生物莫纳苏州4000平米 ISO9001、13485 标准工厂莫纳武汉6000平米 GMP 标准洁净工厂上海运营中心公司营销总部莫纳生物简介莫纳生物科技有限公司由珠海南山投资有限公司等机构发起，联合国内外多家知名生命科学企业携手打造。

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注意：使用前请您仔细阅读本使用说明，严格按照说明进行操作。

否则，有可能造成设备损坏或无法正常工作。

一、仪器安装1.开箱仪器开箱后，应首先按装箱单清点验收包装箱内物品，如有缺失或损坏，请立即告知安装工程师或联系莫纳生物售后。

验收合格，请填写仪器验货安装报告上相关内容，并交给安装调试工程师，以便建档和保修。

开箱取出仪器后，请妥善保存包装箱和包装材料，以便二次运输时使用。

对于送修运输途中因包装不善而发生的仪器损坏，莫纳生物不承担任何责任。

2.仪器安放本仪器应安放在湿度较低、灰尘较少且远离水源（如水池、水管）的地方，并保持室内通风良好，无腐蚀性气体或强磁场干扰。

为保证运行安全，在仪器方圆30 cm内不得有其他设备或杂物，不要将仪器放在难以实行断电操作的位置。

噪声振动测试设备生产厂家汇总为了方便做NVH工作的朋友选购设备时，方便查询，建立此帖。

另外请有需要采购设备的网友不要在论坛内发帖问询，因为从产品性能上来说各家产品各自都有自己的优势。

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一、测试系统（数采前端+分析软件）1. 丹麦Brüel & Kjær公司，主页：/国内机构：思百吉中国有限公司，主页：/2. 比利时LMS公司，主页：/国内机构：LMS北京办事处，主页：/3. 德国BBM公司，主页：/国内机构：米勒贝姆振动与声学系统（北京）有限公司，主页：/4. 德国Head Acoustic公司，主页：http://www.head-acoustics.de/2p-fra-e.htm国内代理：朗德科技有限公司，主页：/5. 法国01dB公司，主页：/国内代理：声振环保仪器有限公司，主页：/6. 法国Oras公司，主页：/国内代理：苏州东菱振动试验仪器有限公司，主页：/6. 德国m+p公司，主页：/国内机构：m+p北京办事处，主页：无7. 美国SD（spectral dynamics Inc）公司的Jaguar，Puma，Siglab数据采集与分析系统，STAR Modal，STAR Acoustics等分析软件，主页：/国内代理机构：DMS（香港）有限公司/二、声学传感器生产厂家：1. 美国PCB公司，主页：/国内机构：PCB北京代表处，主页：无2. 丹麦Brüel & Kjær公司，主页：/国内机构：思百吉中国有限公司，主页：/3. 丹麦GRAS公司，主页：http://www.gras.dk/国内机构：GRAS中国办事处，主页：/4. 德国MICROTECH Gefell公司，主页：http://www.microtechgefell.de/eng/home.htm国内代理：MBBM VAS北京公司，主页：/三、振动传感器生产厂家：1. 美国PCB公司，主页：/国内机构：PCB北京代表处，主页：无2. 丹麦Brüel & Kjær公司，主页：/国内机构：思百吉中国有限公司，主页：/3. 瑞士Kislter公司，主页：/国内机构：奇石乐中国有限公司，主页：/4. 美国Endevco公司，主页：/国内代理：深圳市冠标电子技术有限公司，主页：/ 5. 美国Dytran公司，主页：/国内代理：冠一科仪（集团）有限公司，主页：/国内：北京东方振动和噪声技术研究所；江苏东华测试技术股份有限公司/；北京京南航天数据技术有限公司/等。

Quick CardT-BERD®/MTS-5800 Modular Test SetMeasuring Optical Insertion Loss with a 4100-series OTDR ModuleThis procedure describes how to use a 4100-series OTDR module as an Optical Power Meter (OPM) and measure optical insertion loss (OIL). If optioned, the OTDR module can operate as an OPM or Optical Light Source (OLS), but not at the same time. Light Source is a standard feature on most new OTDR modules, while Power Meter is an option.Equipment Requirements:•T-BERD/MTS-5800 equipped with thefollowing:o Fiber Optics Software Release V21.0or greatero E4100 Series OTDR Moduleo E41OTDRPM Power Meter option•Fiber optic cleaning and inspection tools•Reference Cable (patch cord) withconnectors matching the OTDR port andFiber Under Test•Optical Coupler to connect ReferenceCable to Fiber Under TestFigure 1: Equipment RequirementsThe following information is required to complete the test:•Type of Fiber (Multimode or Single Mode)•Type of Connectors (SC UPC, SC APC, LC UPC, etc.)•Wavelength(s) to be tested (850nm, 1300nm, 1310nm, 1550nm, etc.)Fiber Inspection Guidelines:•Use the VIAVI P5000i or FiberChek Probemicroscope to inspect both sides ofevery connection being used (OTDR Port,Reference Cable, bulkhead connectors,patch cords, etc.)•Focus the fiber on the screen. If dirty,clean the end-face.•If it appears clean, run inspection test.•If it fails, clean the fiber and re-runinspection test. Repeat until it passes.Figure 2: Inspect Before You Connect (IBYC)Launch the Power Meter:1.Press the Power button to turn onthe T-BERD/MTS-5800.2.Tap the Fiber Optics iconin the Status Bar at thetop of the T-BERD/MTS-5800.3.Tap the purple > on the left screen sideto display the Fiber Optics Homescreen.4.Tap the POWERMETER icon until it isyellow and highlighted:• for Single Mode fiber• for Multimode fiberFigure 3: Fiber Optics ScreenFigure 4: Fiber Optics Home screenReference the Power Meter and Light Source:1.Inspect the OTDR port on top of the testset.2.Inspect the fiber end face of theReference Cable.3.Connect the Reference Cable to theOTDR port.4.Inspect the other fiber end face of theReference Cable.5.Inspect the fiber end face of theReference Cable of the OLS.6.Connect the Reference Cable to thereference cable of the OLS via a coupler. Note: “Two-Cable References”, as pictured, are commonly used for Telecom applications. “One-C able” or “Three-Cable” referenced are used in Enterprise and FTTA applications for increased accuracy on short spans.Figure 5: OTDR Port Inspection Figure 6: Connecting OTDR to OLS for Reference7. Tap the Unit drop down and select dB . 8. Tap the Wavelength drop down in thePowermeter on Module section and select the wavelength to reference. 9. Confirm that the OLS laser is on and sourcing the selected wavelength.10. Tap the Standard Ref. button toreference the Power Meter to the OLS. The signal level will change to 00.00 dB . 11. Repeat steps 8 through 10 for all wavelengths to be tested.12. Disconnect the reference cables from the coupler. Do not disconnect thereference cable from the OTDR port or power off the T-BERD/MTS until all OIL testing is complete. If the T-BERD/MTS is powered off or the Fiber is disconnected from the OTDR, you should reference the Power Meter and OLS again.Figure 7: Source and Power Meter screenFigure 8: ReferenceConnect to Fiber Under Test (FUT):The Reference Cable may be connected to the FUT via an optical patch panel (OPP) or an optical coupler:1. If the interface to the FUT is a patch cord, connect the patch cord to an optical coupler with the same connector type.2. Inspect the FUT connected to the coupler or OPP.3. Inspect the other fiber end face of the Reference Cable.4. Connect the Reference Cable to the coupler or OPP.Figure 9: Connecting Reference Cable to OPPMeasure Insertion Loss:1. Tap the Wavelength drop down in thePowermeter on Module section and select the wavelength to test.2. Confirm that the OLS laser is on and is sourcing the selected wavelength.3. View the Relative Power Level (dB) in the Powermeter on Module results display in the center screen.4. Tap the Keep Result button to add the measurement to the Results table.5. Repeat steps 1 through 4 for all wavelengths to be tested.6. Disconnect the reference cable from the FUT. Do not disconnect the reference cable from the OTDR port or power off the T-BERD/MTS until all OIL testing is complete. If the T-BERD/MTS is powered off or the Fiber is disconnected from the OTDR, you should reference the Power Meter and OLS again.Figure 10: Optical Insertion Loss resultsFigure 11:Results TableSetup Report:1. Tap the Setup soft key.2. Tap Link to view Link Settings.3. Configure Link settings to match FUT.a. Tap the setting to edit.b. Tap to clear existing text.c. Enter new value on the keypad. d. Tapto return.Figure 12: Link SettingsContact Us +1 844 GO VIAVI (+1 844 468 4284) To reach the VIAVI office nearest you, visit /contacts.© 2021 VIAVI Solutions Inc.Product specifications and descriptions in this document are subject to change without notice.4. Tap File to view file settings.5. Set pdf file to Yes in Report As settings.6. Set desired Filename format in Filesettings.a. Tap the setting to edit.b. Tap to clear existing text.c. Enter new value on the keypad. d. Use [auto]/abc button to togglebetween text and automaticinsertion of configured Link settings. e. Tapto return to the Resultsview.Figure 13: Report As settingsFigure 14: Filenaming settingSave Report:1.Tap the File soft key to view the FileExplorer.2. Browse to or Create Directory for reportstorage.3. Tap Exit to return to the Results view.4. Tap the Save soft key and tap to savethe report.5. Tap the X in the top right corner of theResults table to clear results before testing next fiber..Figure 15: File ExplorerFigure 16: Save report。

SiTime MEMS振荡器相位噪声测量指南1 简介相位噪声是振荡器的基本指标之一。

经验丰富的工程师可以通过查看相位噪声图来了解有关振荡器质量以及它是否适合应用的很多信息。

RF 工程师专注于某些载波偏移频率下的相位噪声水平，以确保可以支持所需的调制方案。

设计40GbE 等高速串行链路的专业人员将带通滤波器应用于参考时钟的相位噪声，对其进行积分，并将其转换为相位抖动以预测系统的误码率。

本应用指南首先简要介绍相位噪声和相位噪声测量方法的理论概述，然后重点介绍实用的相位噪声测量建议，例如将被测信号正确连接到仪器、设置相位噪声分析仪以及选择合适的相位噪声分析仪。

设置。

本文档中的所有测量均使用Keysight E5052B 相位噪声分析仪进行，该分析仪是北美最常用的相位噪声测量仪器之一。

2 什么是相位噪声相位噪声是信号短期相位不稳定性的频域表示。

相位噪声通常被描述为单边带(SSB) 相位噪声并表示为L(f)。

相位噪声的经典定义是在载波偏移频率处测得的功率谱密度与信号总功率之比。

出于实际目的，此定义已稍作修改，以便在载波偏移频率处测量的功率谱密度以载波功率为参考，而不是以总积分信号功率为参考（图2-1）。

图2-1：经典相位噪声定义使用频谱分析仪测量相位噪声时，经典定义很方便，但它结合了幅度和相位噪声效应。

它还对具有高相位噪声的信号有限制。

经典定义通常适用于峰峰值相位偏差远小于1 弧度的信号。

它也永远不能大于0 dB，因为信号中的噪声功率不能大于信号的总功率。

最近，相位噪声被重新定义为相位波动L(f) = SΦ(f)/2 的功率谱密度的一半。

理想的正弦波可以表示为f(t) = A∙sin(ωt + φ)。

具有相位噪声的正弦波可以表示为f(t) =A∙sin(ωt + φ(t))，其中φ(t) 是相位噪声。

那么SΦ(f) 是φ(t) 的功率谱密度。

以这种方式定义时，相位噪声与幅度噪声是分开的。

它也可以大于0 dB，这意味着相位变化大于1 弧度。

复合材料的应用范围十分广泛，这当然也包括航空航天领域。

4100 ExoScan FTIR 已被证明是一种适用于测量复合材料热损伤的无损检测技术（“使用手持式 Agilent 4100 ExoScan FTIR 测量复合材料的热损伤”，J. Seelenbinder ）。

ExoScan 系统可以识别复合材料基体中环氧聚合物成分化学结构的变化。

ExoScan 软件将这些数据与预开发的方法进行比较，据此找出这些数据上的变化与暴露程度的关系。

通过这种方式，该系统可以作为无损分析仪用于确定复合材料热损伤的深度和广度，这对于复合材料的修复过程特别有价值。

我们提供的工具包中包含波音 787 飞机的维修手册 (SRM) 中规定使用 4100 ExoScan 测量 787 中碳纤维复合材料热损伤的方法。

软件中内置的方法包含了 SRM 中列出的所有未打磨和打磨后复合材料的测量方法。

这些方法的校准过程均按照波音认证标准执行。

方法中的合格/不合格阈值也根据 SRM 规定进行设置。

安捷伦 4100 EXOSCAN FTIR 光谱仪 用于波音飞机中所使用复合材料的分析产品说明专用于波音 787 飞机的 4100 ExoScan FTIR （部件号：G8036A ）工具包中包含了以下硬件：4100 Exoscan FTIR ，配有专用漫反射接口附件、空白背景及聚苯乙烯参考盖、Socket Somo 650 PDA 、电缆、与 PDA 和 Exoscan 配套的电源和电池充电器、硬件和软件使用手册、已经预置在 PDA 中的 MicroLab PC 和 MicroLab Mobile 操作软件。

除了硬件之外，还提供了以下方法和验证标准：有关在波音 787 上使用 ExoScan FTIR 的更多信息，请参见以下出版物：• Arnaud, C. H. (2011).Handheld IR in the Hangar.Chemical and Engineering News, Vol 89 (34), 43-45. • Boeing (2011) Boeing 787 Service Repair Manual Part 9,51-00-03.• Seelenbinder, J. (2009)。

VIAVI SolutionsData SheetVIAVI4100 Series Quad OTDR ModuleFor T-BERD®/MTS-2000, -4000 V2, -5800 and OneAdvisor 800 PlatformsThe VIAVI Quad OTDR module is the ideal test tool for installers/contractors, wireless service providers, or any user dealing with both single-mode and multimode applications every day. It is perfect for use in installing, turning up, and maintaining premises and enterprise, access, metro, and wireless fronthaul/backhaul networks.Key Featuresy Up to 37 dB dynamic range insingle-mode and 26 dB in multimode y Quad-wavelength version with 850, 1300, 1310, and 1550 nm y Integrated continuous wave (CW) light source y TIA/IEC pass/fail thresholds y Propagation delay measurement in multimode (TIA-568-C)y Certifies Tier 2 premises networks y IEC 61280-4-3-compliant using an external modal controllerThe VIAVI Quad OTDR module features fast acquisition time, sharp resolution, up to a 26 dB multimode dynamic range, and up to a 37 dB single-mode dynamic range for installing and maintaining fiber links. Its integrated light source, accessible through both OTDR ports (multimode and single-mode), let users quickly identify fiber without switching ports and conduct a full range of fiber certification tests.The Quad module’s optical performance combined with a complete suite of platform enabled testing and reporting features ensures that testing is done right—the first time.Standard test features include: y Automatic macrobend detectiony Summary results table with pass/fail analysisy Smart Link Mapper: Simple icon-based OTDR results view yFastReport on-board report generationT-BERD/MTS-4000 V2Two-slot handheld modular platformfor testing fiber networks T-BERD/MTS-5800Handheld test instrument for testing10 G Ethernet and fiber networksOneAdvisor 800All-in-One Cell-site Installation and Maintenance T est SolutionT-BERD/MTS-2000 V2 one-slot handheld modular platform fortesting fiber networksSpecifications1. Laser at 25°C2. The one-way difference between the extrapolated backscattering level at the start of thefiber and the RMS noise level after 3-minutes averaging at 500 ns in multimode and 20 µsin Singlemode3. Measured at ±1.5 dB down from the peak of an unsaturated reflective event4. Measured at ±0.5 dB from the linear regression using an F/UPC-type reflectanceOrdering InformationQuad OTDR Modules and OptionsE4146A-PCMUL TIMODE/SINGLEMODE-850/1300/1310/1550 nm − PCE4146A-APCMUL TIMODE/SINGLEMODE-850/1300/1310/1550 nm − APCAccessoriesEF modal controller for 50 µm MMEFJEF50CONSCPCfiber−SC/PCEFJEF50CONFCPCEF modal controller for 50 µm MMfiber−FC/PCUniversal PC connector adaptersUniversal PC connector adapters EUSCADS, EULCADS,EUFCADSUniversal APC connector adapters EUSCADS-APC,EULCADS-APC, EUFCADS2 VIAVI T-BERD/MTS Quad OTDR Modulequad-ds-fop-tm-ae 30168207 907 0923Inspect Before Y ou Connect (IBYC)Contamination is the number 1 reason for troubleshooting optical networks. Proactive inspection and cleaning of fiber connectors can prevent poor signal performance, equipment damage, and network downtime.。

MTS4000 是一个高度综合的测试平台，专门针对FTTx 应用，可轻松组合成FTTx/PON OTDR 测试+PON 功率计+ 铜缆测试的一体化解决方案，使现场测试FTTx 网络变得流畅自如，是真正为FTTx 现场测试设计的最佳解决方案。

MTS4000 具有2 个模块插槽，7 寸大屏幕显示，高容量锂离子电池（6600mAh ）。

同时，支持光纤检查显微镜探头的接入（通过USB 接口），可扩展VFL （可见光故障探测器）和光功率计，并可以支持WiFi 和蓝牙接入。

MTS4000 可支持的测试功能有：? 光时域反射仪(OTDR)? FTTx/PON 具有在线测试能力的光时域反射仪（PON OTDR ）? FTTx/PON 具有穿越光分路器能力的在线测试光时域反射仪（PON OTDR ）? FTTx/PON 光功率计? FiberComplete功能，采用精确的连续波光源和光功率计方法快速测量光纤双向损耗和双向回波损耗。

? 网络浏览器（Web Explorer ）? 网络连通性测试—包括了IP PING 、IP Trace Route 、FTP/HTTP 传送测试? 光纤跳线端面检查，满足认证IEC-61300-3-35 标准? CWDM 光谱分析仪? 网络性能分析仪? 铜缆测试? xDSL 测试特点：? 性价比高，手持式双模块设计? 7 英寸真彩显示屏（触摸屏可选）? 集成网络浏览器，可轻松完成网络连通性测试，简易直观? 集成网络连通性测试，如IP PING 等? 可集成VFL （可见光故障探测器）、光功率计及光纤检查显微镜，实现光纤的综合检查? 认证级光纤端面检查功能，可满足认证IEC-61300-3-35 标准? 丰富的接口，包括USB 、高速（1G ）以太网、WiFi 、蓝牙? 自动测试应用：? 接入网，FTTx 网络? 基于光纤网络和铜缆网络的障碍排除? 测试、开通PON 网络或点对点光纤网络? 基于DSL 接入或以太网接入的IPTV 和VoIP 开通技术参数：显示：? 标准：TFT color, 7-in, LCD 800×480 ，适用于户外的高可视度显示屏? 可选：触摸屏，TFT color, 7-in, LCD 800×480 ，适用于户外的高可视度显示屏存储和I/O 接口：? 内部存储器：32M ，可存储1000 条测试结果? 扩展存储器：最小1G? 2×USB2.0, 1×RJ45 以太网（1 Gb/s ）? WiFi 无线局域网：标准IEEE 802.11 b/g? 蓝牙：Class 2, 范围10 m? 音频接口：2.5mm? 以太网：10/100/1000MHz ，全双工电源：? 电池：锂离子电池，6600mAh? 交流适配器：输入100-250 V, 50-60 Hz ；输出12-15V DC/3.7 A? 电磁兼容：符合EN 60950? 电池操作时间：超过11 小时；符合Telcordia GR-196-CORE外形与重量：? 外形尺寸：260 x 135 x 90 mm （包含主机，两个模块和电池）? 重量：1.4kg （仅主机和电池）；<2.0kg （主机、一个模块和电池）环境温度：? 操作温度：0~ +40°C （含所有选项）? 储存温度：-20~+60°C? 湿度：95%基于主机平台的选件：光功率计（40PM ）：? 功率范围：+10~-60dBm? 校准波长：850nm 、1310nm 、1550nm? 光接口连接器：通用UPP 接口，可选2.5mm 和1.25mm可见光故障探测器VFL （40VFL ）：? 波长：635nm±15nm? 输出功率：<1mw? 激光安全：Class 2? 光接口连接器：通用UPP 接口，可选2.5mm 和1.25mm快速捕获光纤检查显微镜工具组：? 数字式光纤检查显微镜，满足认证IEC- 61300-3-35。

The TDS3000B Series of Digital Phosphor Oscilloscopes Provides Unmatched Performance and Portability at an Affordable PriceThe TDS3000B packs the power of Enhanced Troubleshooting• TDS3000B Series •/tds3000b2Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054Be*Scope ®Web-based Remote Controle*Scope means you can control your TDS3000B oscilloscope from anywhere,using the Internet and your PC.Simply battery pack,the TDS3000B Series oscillo-WaveAlert ™waveform anomaly detection alerts you to any waveform that deviates from the “normal”input.Easily document and analyze measurement results using OpenChoice ™software.Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054BDigital Phosphor Oscilloscopes • TDS3000B Series •3 Look for unintentional circuit noise with theTDS3000B Series’ FFT capability.TDS3000B Series Electrical Characteristics• TDS3000B Series •/tds3000b4Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054BTrigger SystemMain Trigger Modes – Auto (supports Roll Mode for 40ms/div and slower),Normal.B Trigger – Trigger after time or events.Custom video trigger allows the TDS3000B to trigger on standards such as RS343 (26.6 kHz scan rate).Trace and identify ITU-R BT.601 video signals with the TDS3SDI 601 serial digital video module.Digital Phosphor Oscilloscopes • TDS3000B Series •5Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054B• TDS3000B Series •/tds3000b6Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054BOrdering InformationTDS3012B, TDS3014B,TDS3032B, TDS3034B,TDS3052B, TDS3054B Standard AccessoriesProbes:2each P301010X passive probes (TDS3012B),4each P301010X passive probes (TDS3014B),2each P6139A 10X passive probes (TDS3032B and TDS3052B),4each P6139A 10X passive probes (TDS3034B and TDS3054B).Documentation:User manual (hard copy and CD),quick reference manual,programmer’s manual,and application module manuals.Power cord.Accessory tray.Protective front cover:Has holder for user manual and/or 3.5in.floppy disks.NIST-Traceable Certificate of Calibration.Please specify power plug and manual version when ordering.Recommended OptionOption BND –Available on all TDS3014B,TDS3034B and TDS3054B models.Includes TDS3GV communication module with OpenChoice ™software,TDS3AAM and TDS3LIM application modules,TDS3BATB battery pack and AC3000 soft carrying case.Recommended AccessoriesTDS3TMT –Telecom mask testing application module.TDS3AAM –Advanced analysis module.TDS3LIM –Limit test module.TDS3VID –Extended video application module.TDS3SDI –601 serial digital video module.TDS3GV –GPIB,VGA,RS-232interfaces,and TDSPCS1 OpenChoice ™PC Communication software.TDSPCS1 OpenChoice ™PC Communication Software –A collection of programs that enable fast and easy transfer communication between MS Windows PCs and Tektronix oscilloscopes.Available in single-license packages and included in TDS3GV communication module.Minimum System Requirements:500 MHz Pentium equivalent or greater 128 MBMS Windows 98 SE,XP Professional,Me or 2000MS Office 2000 or XP (for TDS toolbars only) – Excel 2000 or 2002; Word 2000or 2002Keyboard and mouse LAN,GPIB or serial connector WaveStar ™Software for Oscilloscopes –Microsoft Windows 98/Me/2000/NT 4.0Application.TDS3BATB –Lithium Ion battery pack for up to 3 hours continuous operation without line power.Note:The instrument must be grounded at all times.TDS3PRT –Plug-in printer adds easy,portable documentation capability to your TDS3000B or TDS3000 oscilloscope.Note:Printer operates on battery power only with TDS3000B Series oscilloscope.016-1907-00 –5-roll pack of paper for TDS3PRT plug-in thermal printer.TDS3CHG –Fast charger for battery pack.AC3000 –Soft case for carrying instrument.HCTDS32 –Hard plastic case for carrying instrument.RM3000 –Rackmount kit.Service Manual (TDS3000B Series) –English only (071-0972-00).TDS3GV Programmers Manual –English only (071-0381-01).TNGTDS01 –Self-paced self-study operator training kit.For customer training on this product outside the U.S.call 1-503-627-7510,inside the U.S.call 1-800-833-9200 ext.77510.Recommended ProbesADA400A –100X,10X,1X,0.1X high gain differential amplifier.P6243 –1 GHz,≤1 pF input C 10x active probe.P5205 –1.3 kV,100 MHz high voltage differential probe.P5210 –5.6 kV,50 MHz high voltage differential probe.P5100 –2.5 kV,100X high voltage passive probe.TCP202 –15 A,DC + peak AC 50 MHz AC/DC current probe.Digital Phosphor Oscilloscopes • TDS3000B Series •7Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054BServiceTektronix probes are expressly designed for your oscilloscope,with identical quality standards and built-in compatibility for optimum performance.Digital Phosphor OscilloscopesTDS3012B •TDS3014B •TDS3032B •TDS3034B •TDS3052B •TDS3054BOur most up-to-date product information is available at:Copyright © 2003,Tektronix,Inc.All rights reserved.Tektronix products are coveredby U.S.and foreign patents,issued and rmation in this public ationsupersedes that in all previously published material.Specification and price changeprivileges reserved.TEKTRONIX and TEK are registered trademarks of Tektronix,Inc.All other trade names referenced are the service marks,trademarks or regis-tered trademarks of their respective companies.09/03 HB/SFI3GW-12482-10 Digital Phosphor Oscilloscopes • TDS3000B Series •/tds3000b8Contact Tektronix:ASEAN / Australasia / Pakistan (65) 6356 3900Austria +43 2236 8092 262Belgium+32 (2) 715 89 70Brazil & South America55 (11) 3741-8360Canada1 (800) 661-5625Central Europe & Greece+43 2236 8092 301Denmark+45 44 850 700Finland+358 (9) 4783 400France & North Africa+33 (0) 1 69 86 80 34Germany +49 (221) 94 77 400Hong Kong(852) 2585-6688India(91) 80-2275577Italy+39 (02) 25086 1Japan81 (3) 3448-3010Mexico,Central America & Caribbean52 (55) 56666-333The Netherlands+31 (0) 23 569 5555Norway+47 22 07 07 00People’s Republic of China86 (10) 6235 1230Poland+48 (0) 22 521 53 40Republic of Korea82 (2) 528-5299Russia,CIS& The Baltics+358 (9) 4783 400South Africa+27 11 254 8360Spain +34 (91) 372 6055Sweden+46 8 477 6503/4Taiwan886 (2) 2722-9622United Kingdom & Eire+44 (0) 1344 392400USA1 (800) 426-2200USA(Export Sales) 1 (503) 627-1916For other areas contact Tektronix,Inc.at:1 (503) 627-7111Updated 20 September 2002 generator with the power of an arbitrary waveform generator,offering the performance needed to accuratelyexperience with 24-hour response to technical questionsonline support to request assistance,check service status or arrange for trainingturn-around service timereliable support with demonstrated on-time deliveryVisit /support。