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EASY—LASER激光对中仪操作流程一、安装1、将两个激光探测器（S、M)利用轴固定器安装在需对中的轴上，“S”探测器固定在基准端(齿轮箱）,“M”探测器固定在调整端（发电机）.2、连接电缆：共两根电缆,一根将两个探测器相连,另一根将其中一个探测器与显示器相连。
两个探测器上共有四个电缆接口，连接时可按上述连接原则任意捉对连接，不会接错。
3、调整两个探测器到“12点”位置。
调整时以探测器上水平尺处于水平状态即可.调好后,将安装器具上各部位夹紧螺栓拧紧，保证两个探测器在接下来的测量过程中不会与轴有任何相对移动。
注意:9—12-3点是以“M”端看向“S"端来定义的。
二、测量1、按开关键，打开显示单元,屏幕会显示如下测量菜单：11 Horizontal 9—12—3（9—12—3点法水平机械对中）12Easy turn (任意三点法）13 ……………………2、按“11 "键选择Horizontal 9—12—3,或按“12 "键选择任意三点法，3、选择Horizontal 9—12—3，按“11”后仪器显示输入尺寸：首先，调整激光:①将两端探测器转至12点位置(可同时转动,也可分别转动),检查两端探测器上的水平尺是否处于水平状态。
②将两个探测器探测窗口前的仓门（对中靶)关闭，分别调整两个探测器上的激光调节旋钮，使激光射中靶心.注意:调整“S"端激光，射中的是“M"端靶心,调整“M”端激光，射中的是“S”端靶心。
其次，输入以下四个距离尺寸①两个探测器之间的尺寸。
该尺寸是以两个探测器上端的白线为基准,是两白线之间的距离(S-M）。
输入该尺寸后，确认。
②固定端探测器到联轴器中心的尺寸(S—C）,默认状态为两个探测器之间距离的一半。
③固定端探测器到调整端设备前地脚之间的距离(S-F1）.将其测量下来输入仪器，确认.④固定端探测器到调整端设备后地脚之间的距离（S—F2).将其测量下来输入仪器,确认.5、测量①按照仪器指示，将S，M单元转至9点位置(可同时转动，也可分别转动），检查两端探测器上的水平尺是否处于水平状态。
E4406A频谱仪操作说明
1、打开频谱仪的电源开关，设置标准信号调制模式及中心频率。
MODE →More(1 OF3) →WCDMA →ACPR (ACLR) 调出WCDMA 模式；
MODE→More(1 OF3) →CDMA2000 →ACPR (ACLR) 调出CDMA2000模式；
FREQUENCY →设置中心频率→Mhz
备注：设置WCDMA 、CDMA2000中心频率要按照WCDMA 、CDMA2000标准分配频率来进行设置
2、设置补偿电路
按“Input、output”→More(1 OF2) →EXT RF ATTEN（设置补偿值）→DBM
内部电平补偿按“Input、output”→INPUT ATTEN(内置电平补偿) →DBM 备注：设置内部电平补偿时要根据具体测试设备进行设置（一般测试低噪放时10DB,测试功放一般设置30DB），防止输入电平过大，损伤仪表；
在频谱仪输入端接入一个30DB/60W的衰减器（注：若测试的设备功率大于10W时则频谱仪的输入端接30DB/200W的衰减器）
3、注意事项——正确接地，确保安全
必须在输入端加衰减器（低噪放10DB 功放：30DB/200W）。
EH-4使用说明书范文-中文版-图文简介0.0简介Stratagem这套仪器是一种用来测量地下几米到一公里多深的地球电阻率的特殊大地电磁测深（MT）仪器。
这套仪器既可以使用天然场源的大地电磁信号，又可以使用人工场源的电磁信号，以此来获得测量点下的电性结构。
大地电磁测深（MT）仪器是通过同时对一系列当地电场和磁场波动的测量来获得地表的电阻抗。
这些野外测量要经过几分钟；傅立叶变换以后以能谱存储起来。
这些通过能谱值计算出来的表面阻抗是一个复杂的频率函数，在这个频率函数中，高频数据受到浅部或附近的地质体的影响，而低频数据受到深部或远处地质体的影响。
一个大地电磁（MT）测量给出了测量点以下垂直电阻率的估计值，同时也表明了在测量点的地电复杂性。
在那些点到点电阻率分布变化不快的地方，电阻率的探测是一个对测量点下地电分层的一个合理估计。
Stratagem这套系统是由两个基本组件构成：一个接受机，一个发射机。
在高频段，天然信号通常比较微弱，使用发射机能够提高数据的质量；对于某些应用或某些情况下，由发射机提供的额外的高频信号我们可以不必使用。
Stratagem这套仪器可以有效的用于地下水调查、环境的地下特征调查、矿产与地热勘探及工程研究。
因为该仪器的供电电池既灵巧致密又便携，所以即使在崎岖的山区和恶劣的地区也能顺利的操作和工作，Stratagem系统的快速采集速度和便携性为我们的勘察设计提供了灵活性。
表面阻抗可以很快的以电阻率的形式显示出来，也可以一组组处理，并实时在剖面中呈现出来，这种实时显现的灵活多样性能够让调查者根据对初步处理和测量结果的分析而改变测量设计。
EH-4操作说明书系统配件1．0系统配件以下说明的是Stratagem的各个组件。
该系统配置的标准接收机设计的采集频宽为100KHz到11.7Hz。
可选的接收机组件和标准的接收机一块使用它的采集频率可以从1000Hz扩展到0.1Hz。
标准配件及它们的连接见图一和图二。
的部分仅适用于KTS440R型全站仪。
使用仪器之前请仔细阅读！注：厂家保留对技术参数进行更改而不事先通知的权利！一、特点1、功能全面科力达KTS440(R)(L)全站仪除具备丰富的测量程序，还同时具有参数设置、数据存储等功能，适用于进行各种专业测量和工程测量。
2、强大的内存管理采用大容量内存，可存储测量数据或坐标数据14000个，并可以方便地进行内存管理，实现数据的增加、删除、修改、传输。
3、绝对编码度盘预装绝对数码度盘，仪器开机即可直接进行测量。
即使中途重置电源，方位角信息也不会丢失。
12、免棱镜型KTS440R系列全站仪发射光是激光，使用时不能对准眼睛。
三、安全指南内置测距仪（可见激光）警告：全站仪配备激光等级3R / Ⅲa测距仪由以下标识辨认：在仪器正镜垂直制微动上方贴有提示标签：”3A类激光产品”，对面也有一张同样的标签。
该产品属于Class 3R级激光产品，根据下列标准IEC 60825-1：2001 “激光产品的辐射安全”。
Class 3R / Ⅲa激光产品：连续观察激光束是有害的，要避免激光直射眼睛。
在波长400nm-700nm能达到发射极限在Class 2 / Ⅱ的五倍以内。
警告：连续直视激光束是有害的。
预防：不要用眼睛盯着激光束看，也不要用激光束指向别人。
反射光束对仪器来说都是有效测量。
警告：当激光束照射在如棱镜、平面镜、金属表面、窗户上时，用眼睛直接观看反射光可能具有危险性。
预防：不要盯着激光反射的地方看。
在激光开关打开时（测距模式），不要在激光光路或棱镜旁边看。
只能通过全站仪的望远镜观看照准棱镜。
警告：不正确使用Class 3R激光设备是有危险性的。
预防：要避免造成伤害，让每个使用者都切实做好安全预防措施，必须在可能发生危害的距离内（依标准IEC60825-1:2001）做好控制。
下面是有关标准的主要部分的解释：Class 3R级激光产品在室外和建筑工地使用（测量、定线、操平）。
D481w激光对中及几何测量系统使用说明书第一部分：系统配置D481w加强型激光对中仪每一套系统都包含以下配置：1)1个D279显示单元（包含14个测量程序）2)2根带快速接头电缆（2m）3)2个激光测量单元（10×10mm）4)2套延长杆5)2个V型安装支架6)2套安装链条7)1个磁吸座8)1个偏移块9)1把卷尺10)1个显示单元用皮套11)1本操作手册第二部分：激光原理1．激光发射器采用半导体He-Ne激光器，激光波长为635-670nm，处于可见光的边缘，颜色为红色，具体光波位置见图1：1mm图2为激光发射器示意图。
阴极管内充满氦气和氖气，通过高电压激发出相应波长的光波，通过两端透镜和反射镜的反复作用，只有平行于中心线的光束被发射出去，形成激光。
阴极阳极半反射镜图2：激光发射器原理示意图2．激光接收器采用先进的PSD定位技术，PSD即POSITION SENSITIVE DEVICE的缩写。
传统的激光接收器是CCD技术，即将激光感应平面分为m×n个等份，接收到激光后计算出激光的位置。
其分辨率由等分的密度来决定，因此有上限约束。
而PSD技术是在感应面的两端加适当电压，激光打到感应面的不同位置则会在两端产生不同的电流，其分析的是模拟量，理论上讲模拟量的精度是无穷高因此大大提高了测量精度。
仪器最终的精度不受感应面的限制，只决定于A/D转换器的位数。
CCD图3：激光探测器感应原理3．关于激光束的中心位置的确定。
激光束并不是绝对圆形的，激光的能量分布也不是均匀的。
但是这一点并不影响最终的测量结果，因为探测器测量和读取的是激光的能量中心。
如果激光有部分照射到靶区之外，能量就会部分损失，因此在测量时必须保证激光束全部打在探测器内。
4．热量对激光测量是有影响的，这一点类似于夏天我们经常看到柏油马路上升起的热浪而使远处的物体发生变形的情形。
当激光通过不同温度的气体时，其光束发生了折射。
因此在测量时应避免周围有明显的热源或冷风。
E4406A频谱仪操作说明
1、打开频谱仪的电源开关，设置标准信号调制模式及中心频率。
MODE →More(1 OF3) →WCDMA →ACPR (ACLR) 调出WCDMA 模式；
MODE→More(1 OF3) →CDMA2000 →ACPR (ACLR) 调出CDMA2000模式；
FREQUENCY →设置中心频率→Mhz
备注：设置WCDMA 、CDMA2000中心频率要按照WCDMA 、CDMA2000标准分配频率来进行设置
2、设置补偿电路
按“Input、output”→More(1 OF2) →EXT RF ATTEN（设置补偿值）→DBM
内部电平补偿按“Input、output”→INPUT ATTEN(内置电平补偿) →DBM 备注：设置内部电平补偿时要根据具体测试设备进行设置（一般测试低噪放时10DB,测试功放一般设置30DB），防止输入电平过大，损伤仪表；
在频谱仪输入端接入一个30DB/60W的衰减器（注：若测试的设备功率大于10W时则频谱仪的输入端接30DB/200W的衰减器）
3、注意事项——正确接地，确保安全
必须在输入端加衰减器（低噪放10DB 功放：30DB/200W）。
频谱分析仪使用方法简介1简介频谱分析仪是研究电信号频谱结构的仪器，用于信号失真度、调制度、频谱度、频谱稳定度和交调失真等信号参数的测量，可用于测量放大器和滤波器等电路系统的某些参数，分析信号频率分量(频率和功率)，是一种多用途的电子测量仪器。
频谱分析仪是对无线电信号测量的必备手段，是从事电子产品研发、生产、检验的常用工具。
因此被称为工程师的射频万用表2.面板2.1 操作区1.观察角度键，用于调节显示，以适于使用者的观察角度。
2.Esc键，可以取消输入，终止打印。
3.无标识键，实现左边屏幕上紧挨的右边栏菜单的功能。
4.Frequency Channel（频率通道）、Span X Scale（扫宽X刻度）和AmplitudeY scale（幅度Y刻度）三个键，可以激活主要的调节功能（频率、X轴、Y 轴）并在右边栏显示相应的菜单。
5.Control（控制）功能区。
6.Measure（测量）功能区。
7.System（系统）功能区。
8.Marker（标记）功能区。
9.软驱和耳机插孔。
10.步进键和旋钮，用于改变所选中有效功能的数值。
11.音量调节。
12.外接键盘插口。
13.探头电源，为高阻抗交流探头或其它附件提供电源。
14.Return键，用于返回先前选择过的一级菜单。
15.Amptd Ref Out，可提供－20dBm的50MHz幅度参考信号。
16.Tab（制表）键，用于在界限编辑器和修正编辑器中四处移动，也用于在有File菜单键所访问对话框的域中移动。
17.信号输入口（50Ω）。
在使用中，接50ΩBNC（卡口配合性连接器）电缆，探头上必须串联一隔直电容（30PF左右，陶瓷封装）。
18.Next Window键，可用来选择在支持分屏显示方式功能中（如区域标记）的有效窗口，在这样的方式下，按下Zoom键将允许在有效窗口的分屏显示与全屏显示间进行转换。
19.Help键，按下后屏幕会提示按面板或菜单上的键，按后会显示相应说明。
1981Agilent E4406AVector Signal AnalyzerAccuracyS p e e d2Fast and accurate measurements To stay competitive, wireless equipment manufacturers need flexible test equipment capable of testing different formats with little change in set-up. The Agilent E4406A vector signal analyzer (VSA) is the perfect fit, offering the best combination of speed and accuracy for making one-button,standards-based measurements.2.5G and 3G formatsFor engineers developing next-generation wireless components and systems, the E4406A provides W-CDMA, cdma2000,1xEV-DO and EDGE/GSM formats. Using one-button measurements, engineers can quickly verify conformance to these new formats. As the standards have evolved, we have continued to enhance existing measurement personalities, and add new ones. The modular architecture of the E4406A makes it simple for you to upgrade and be ready for the latest standards.You develop the wireless future…Easy to useMulti-format3…we provide the signal analysis.An investment for your future The number of wireless technologies deployed around the world is growing and the demand for any particular format can change quickly. The E4406A offers format and frequency flexibility.Comprehensive signal analysis Speeding up production means being ready to manufacture anything and lose no time doing it. The E4406A easily adapts to virtually any popular format:•W-CDMA •cdma2000•1xEV-DO •cdmaOne •EDGE •GSM •NADC •PDC •iDEN •Spectrum •Waveform“We have decreased the (transmitter power calibration)test time by 25%.”–T est Systems Designer4Built for speed…Fast standards-based measurements As a wireless system or componentmanufacturer, you are under pressure to increase throughput while minimizing capital investments. Long test times can severely limit your manufacturing throughput, so we designed the E4406A.Since its introduction, progressive enhancements to the E4406A ensure its performance keeps pace with the ever-increasing need for speed.Today's E4406A is faster than ever. For example, the W-CDMA adjacent channel power ratio (ACPR) measurement is now nearly eight times faster than it used to be.Output radio frequency spectrum (ORFS) is two times faster, W-CDMA code domain power (CDP) is five times faster, and other measurements have improved as well.The E4406A transmitter power calibration uses time record data and built-in algorithms to provide complete transmitter level calibration with incredible speed – with all the accuracy you expect from the affordably-priced E4406A.In addition to high-speed throughput and accuracy in the manufacturing environment,the E4406A is designed to allow research and development engineers to quickly obtain results with minimal keystrokes.The E4406A delivers a logical user interface and a wealth of quick “one button” measurments, enabling designers to quickly try multiple test without getting bogged down in crypitic menus. The E4406A interface provides the edge needed to expediently evaluate new designs and successfully meet the demands of today's competitive environment.Base station transceiver suite of testsTypical spectrum analyzerNow even faster…without giving up accuracy.Fast spectrum measurementsThe E4406A features pre-configured, one-button measurements for many cellular standards and can also be used for narrowband spectrum measurements. Manufacturers can expect to make inter-modulation distortion and other amplitude measurements up to three times faster using the E4406A. AccuracyYou don’t need to reduce measurementspeed to get accurate results. Superiorabsolute level accuracy of ±0.6 dB(±0.4 dB typical) provides unmatchedperformance and minimizes test uncertainty.Combined with a linearity of ±0.25 dBover a 76 dB range, the E4406A is astate-of-the-art measurement tool.Absolute level accuracyNarrow span spectrum measurement over GPIB E4406A VSA spectrum analyzer25 updates/second Typicalspectrumanalyzer56The E4406A VSA…Focused applications including EDGE, GSM,W-CDMA, cdma2000, 1xEV-DO, cdmaOne,and NADC as well as narrow-span spectrum and waveform analysisBaseband measurements with balanced/unbalanced multiple impedance inputsLarge,high-resolution, color display makes viewing multiple traces easyZoomfeature allows users to display selected measurement windowsAutomatic alignment ensures accurate measurement resultsOne-button,standards-based measurements7…comprehensive signal analysis.High-speed LAN, parallel, and GPIB ports provide speed and flexibility whenIntuitive key strokesBuilt-in floppy disk drive provides PC compatibility and data archivingManufacturing8Standards complianceIn manufacturing, you need straightforward pass/fail verification of critical specifications.With built-in test limits you don ’t have to keep track of every standard. The E4406A performs tests to the requirements of current industry standards with free, easy-to-install, firmware updates.Speed and throughputIn the world of high-speed manufacturing every millisecond counts. Identify your throughput restrictions and if measurement speed is creating a bottleneck, consider the significant speed advantage of the E4406A.Transmitter and receiver testingIn combination with the Agilent E4438C ESG vector signal generator, the E4406A offers base station receiver and transmitter testing for major 2G, 2.5G, and 3G wireless formats.The E4406A combined with an E4438C is a test solution that provides the required flexibility, without compromising accuracy, for maximum throughput in base station production with the ability to migrate to new formats.Designed for manufacturing…Development9Verify next-generation designs For R&D engineers developing next-generation wireless components and systems, the E4406A is a low-cost tool that quickly verifies conformance. Your investment is secure because the E4406A has a modular architecture – making it easy to upgrade to the latest standards.Characterize using leading test methodsDigital modulation presents new challenges to amplifier manufacturers.Designers need effective methods to quickly characterize digital signals. The E4406A ’s complementary cumulative-distribution function (CCDF) is useful for determining a signal ’s power statistics,revealing the power peaks relative to the average power for assessing linearity requirements.Flexible power measurements Multicarrier power amplifier (MCPA)designers are faced with new measurement challenges. Designers must characterize intermodulation distortion at many frequency offsets and evaluate the effects of different modulation formats over a wide dynamic range. The E4406A features a fully-configurable ACP measurement that can test up to five frequency offsets and be optimized for dynamic range or speed.…and product development.10GSM with EDGE (Option 202)The EDGE measurement personality performs the latest standards-based measurements, including:•Error vector magnitude (EVM)•Multi-slot power versus time (PvT)•ORFS •IQ offset•Channel plans for 400, 800, 900, 1800, 1900 MHz•GSM measurements from Option BAH The EVM measurement features a unique algorithm to simultaneously display the EVM numerical results and the EDGE constellation diagram using the industry-specified measurement filter.GSM (Option BAH)The GSM measurement personality lets you quickly perform measurements to the latest ETSI standards:•Mean transmitter carrier power •Multi-slot PvT •ORFS•Phase and frequency error (PFER)•IQ offset•Transmitter band spurious•Channel plans for 400, 700, 800, 900, 1800, 1900 MHzThe personality features easy channel and timeslot selections, configurable PvT masks,and a typical ORFS dynamic range of 90 dB.NADC and PDC (Option BAE)Both the North American Digital Cellular (NADC) and Personal Digital Cellular (PDC)measurement personalities are included in this option. The NADC measurements are structured according to the IS-136 TDMA standard. Measurements included in this option are:•ACP •EVM•Occupied bandwidth (for PDC)The personalities feature base station and mobile radio mode set-ups, as well as sync word search capability.iDEN (Option HN1)The iDEN measurement personality performs measurements to the Motorola iDEN specialized mobile radio format. •Occupied bandwidth (OBW)•ACPR•Transmitter bit error rate (BER)TDMA measurement personalities…11W-CDMA (Option BAF)The complexity of W-CDMA demands the flexibility and depth of demodulation capability provided by this personality.Perform the following measurements on the HPSK uplink or downlink QPSK signals:•Code domain •QPSK EVM•Modulation accuracy (composite rho and EVM)•Channel power•Adjacent channel power leakage ratio (ACLR)•Power control •PvT•Intermodulation distortion •Multicarrier power•Spectrum emission mask •OBW •CCDFThis personality has the ability toautomatically determine active channels,to synchronize with any W-CDMA channel,to display code domain power in a multi-rate view, and to demodulate down to the symbol level. Variable capture intervals and pre-defined test models enable the user to perform fast, accurate measurements for manufacturing or in-depth analysis for R&D.cdma2000 (Option B78)The cdma2000 measurement personality offers the logical upgrade path from IS-95 to IS-2000 testing. Measurements support the forward and reverse links.•Code domain •QPSK EVM•Modulation accuracy (composite rho and EVM)•Channel power •ACPR•Intermodulation distortion •Spectrum emission mask •OBW •CCDFAdvanced code domain analysis algorithms display Walch codes for either Hadamard or OVSF coding schemes in a multi-rate view. Other capability includes code domain power error, symbol EVM,symbol power versus time, active channel identification, variable PN offset, quasi-orthogonal functions and demodulated symbol bit displays after de-spreading.… and CDMA measurement personalities.12Expanding measurement potential…cdmaOne (Option BAC)Built on Agilent ’s pioneering efforts in CDMA measurement techniques,this personality provides quick and easy measurement set-ups for the TIA/EIA-95, J-STD-008,IS-97D, and IS-98D band classes:•Modulation accuracy (rho)•Code domain •Channel power •ACPR•Close-in spuriousAlong with the world ’s fastest ACPR measurements, this personality features PN (pseudo-noise sequence) search, time offset, and carrier feed-through analysis.1xEV-DO (Option 204)With digital demodulation analysis, the 1xEV-DO measurement personality provides the most comprehensive, easy-to-use,1xEV-DO measurement solution available in an analyzer. This personality, which performs measurements for both forward link and reverse link signals, provides key transmitter measurements for analyzing systems based on the 3GPP2 and TIA/EIA/IS-856 standards.Forward link•Channel power•Power versus time mask •Spurious emissions and ACP •Intermodulation distortion •OBW•Code domain•Modulation accuracy (composite rho)•QPSK EVM•Power statistics (CCDF)Reverse link •Code domain•Modulation accuracy (composite rho)For forward link, the PvT mask and spurious emissions/ACP measurements support both the idle slot (burst signal) and active slot (full power signal). With the auto-burst search function, you can see the standard-based time mask for the 1xEV-DO idle slot in PvT. Code domain, modulation accuracy (composite rho), and QPSK EVM can also measure for each channel ’s Pilot, MAC, and Data in QPSK/8PSK/16QAM. Designed with flexibility in mind, this personality supports the unique 1xEV-DO forward link signals ’feature of time divisions multiplex (TDM). For reverse link, code domain, and modulation accuracy provide powerful modulation analysis functions for transmitter tests.13IQ inputs (Option B7C)Capitalize on the E4406A ’s demodulation capabilities by extending the measurement range to baseband. The baseband IQ input option enables engineers to measure the complete signal path of a receiver or transmitter and directly compare signals both before and after frequency conversion and IQ (de)modulation.Ideally suited for R&D engineers and manufacturing environments, this option allows measurement of baseband I and Q signals in either balanced or unbalanced systems. Input configurations include 50-ohm unbalanced, 600-ohm balanced, and 1-Mohm balanced or unbalanced –enabling a variety of systems to be directly tested without cumbersome and error-inducing conversion networks.Applicable in-band 3GPP W-CDMA,cdma2000, EDGE/GSM, and Basic mode measurements are supported via RF and IQ inputs, enabling engineers to track down signal degradation both before and after RF/IF conversion.Additional features include auto calibration of input signals, variable dc offsets and a dc to 5-MHz input frequency range (10 MHz in I + jQ mode)....tailored to user requirements.14E4406A VSA/89601Asoftware combinationThe standards-based, one-button test capabilities of the E4406A can be expanded with the flexible digital demodulation and analysis capabilities of the Agilent 89601A PC software. This teaming provides fast and accurate data acquisition with powerful,flexible modulation analysis tools for, both common and evolving communications standards.The 89601A vector signal analysis software is the heart of the Agilent 89600 series of vector signal analyzers. This software provides flexible tools for demodulating and analyzing even the most advanced digital modulations, whether or not they are contained in an established standard. Features include variable block size signal acquisition with user-selectable pulse search and synch words, and a user-con-trollable adaptive equalizer. Filter types include cosine (raised and square-root raised), Gaussian, and low-pass – all with configurable alpha/BT. Supported modula-tion formats for both continuous and burst carriers include FSK (2, 4, 8, and 16 level),BPSK, QPSK, OQPSK, DQPSK, p/4DQPSK,8PSK, QAM (16 to 256 level), VSB (8 and 16 level), EDGE, and MSK.The software also provides signal capture and analysis features, such as the capability to download signal capture files for playback through signal generators,and display high-speed spectrograms.The 89601A software runs on a PC connected to the E4406A, via LAN or GPIB,and provides hardware control and results displays along with modulation analysis.Coupling speed and power…15/find/vsa…with Agilent’s tradition of excellence.Service and supportThe speed and accuracy of the E4406A VSA is only a small part of what you get from Agilent. We strive to provide complete solutions that go beyond our customers ’expectations. Only Agilent offers the depth and breadth of enhancements, software, services, connectivity, accessibility, and support to help you reach your measurement objectives. For more information on the E4406A VSA, including product and application literature, visit our Web site at /find/vsaPre-sales service• rentals, leasing, and financing • application engineering services Post-sales service• standard 3-year global warranty • Worldwide Call Center and Service Center support network • one-year calibration intervals • firmware upgrades downloadable from the Web PC connectivity • 10 baseT LAN port • floppy disk drive • GPIB interface• VXI Plug and Play driversPeripheral and product interfaces • parallel printer port • printer support • VGA monitor output• Agilent E4438C ESG vector signal generator•Agilent 89601A vector signal analysis softwareTraining and access to information • on-site user training • factory service training• Web-based support of frequently asked questions• manuals on CD-ROM and on the Web Software• programming examples on CD-ROM • SCPI (Standard Commands for Programmable Instruments)• PC-based performance verification and adjustment softwareOrdering Array informationE4406A vector signal analyzerModel DescriptionE4406A7 MHz to 4 GHzOption DescriptionDigital Demodulation MeasurementsE4406A-202EDGE with GSM measurementpersonalityE4406A-2041xEV-DO measurementpersonalityE4406A-B78cdma2000 measurementpersonalityE4406A-BAC cdmaOne measurementpersonalityE4406A-BAE NADC, PDC measurementpersonalityE4406A-BAF W-CDMA measurementpersonalityE4406A-BAH GSM measurement personality E4406A-HN1IDEN measurementpersonalityInputs and outputsE4406A-300321.4 MHz IF outputBBIQE4406A-B7C I/Q inputsCalibration documentationE4406A-UK6Commercial calibrationcertificate with test data AccessoriesE4406A-1CM Rack mount kitE4406A-1CN Handle kitE4406A-1CP Rack mount and handle kitE4406A-1CR Rack slide kit* Includes English manual set.。
