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深圳市宏盛仪器科技有限公司
深圳市宏盛仪器科技有限公司
产品特性：N9020A,N9020A信号分析仪,N9020A频谱分析仪,N9020A频谱分析仪 产品简介：品牌:安捷伦 ;新旧程度:9成新 ;型号:N9020A ;设备类型:电子测量 ;产品数量:50 品牌安捷伦型号N9020A所在地广东深圳宝安区
| 频率 | 10 Hz 至 26.5 GHz |
|---|---|
| 频率选件 | 3.6、8.4、13.6、26.5 GHz，使用混频器可达 1.1 THz |
| *大分析带宽 | 160 MHz |
| 带宽选件 | 25 MHz 标配，40、85、125、160 MHz |
| *大实时带宽 | 160 MHz |
| 实时带宽选件 | 85, 125, 160 MHz |
| 1 GHz 时的 DANL | -172 dBm |
| 1 GHz 时，10 kHz 频偏处的相位噪声 | -114 dBc/Hz |
| 1 GHz 时，30 kHz 频偏处的相位噪声 | -114 dBc/Hz |
| 1 GHz 时，1 MHz 频偏处的相位噪声 | -136 dBc/Hz |
| 总体幅度精度 | ±0.23 dB |
| 三阶截获（TOI），1 GHz 时 | +20 dBm |
| 1 GHz 时的*大三阶动态范围 | 116 dB |
| 应用——通用 |
|
| 应用——蜂窝 |
|
| 应用——无线连通性 |
|
| 应用——数字视频 |
|
| 性能水平 | ◆◆◆◆◇◇ |
| 标准衰减器衰减范围 | 70 dB |
| 标准衰减器步进 | 2 dB |
| 99% 截获概率的*短信号持续时间 | 3.57 µs |
| 信掩比 > 60 dB 时的可检测信号持续时间 | 5 ns |
| 无杂散动态范围 | 72 dBc |
| 多域带宽 | 160 MHz |
| 显示视图 |
|
| 触发 |
|
| 使用频率模板触发的应用软件 |
|
| 2 GHz 时的 DANL，不配备前置放大器 | -154 dBm/Hz |
| 10 GHz 时的 DANL，不配备前置放大器 | -151 dBm/Hz |
| 可用应用 | 是 |
| 台式 | 是 |
| Real-Time Data Streaming | 否 |
了解详细信息: 查看配置指南
| Frequency range | |||
| N9020A-503 | 频率范围，10 Hz 至 3.6 GHz | ||
| N9020A-508 | 频率范围，10 Hz 至 8.4 GHz | ||
| N9020A-513 | 频率范围，10 Hz 至 13.6 GHz | ||
| N9020A-526 | 频率范围，10 Hz 至 26.5 GHz | ||
| Bandwidth | |||
| N9020A-B25 | 分析带宽，25 MHz | ||
| N9020A-B40 | 分析带宽，40 MHz | ||
| N9020A-B85 | 分析带宽，85 MHz | ||
| N9020A-B1X | 分析带宽，160 MHz | ||
| N9020A-B1A | 分析带宽，125 MHz | ||
| Performance options | |||
| N9020A-PFR | 精确的频率参考 | ||
| N9020A-EA3 | 电子衰减器，3.6 GHz | ||
| N9020A-MPB | 微波预选器旁路 | ||
| N9020A-EDP | 增强的显示套件 | ||
| N9020A-DP2 | 数字处理器，2 GB 捕获存储器 | ||
| N9020A-NFE | 本底噪声扩展 | ||
| N9020A-FP2 | 快速功率，带宽高达 40 MHz | ||
| N9020A-TDS | 时域 | ||
| N9020A-RBE | Resolution Bandwidth Extended | ||
| Preamplifier | |||
| N9020A-P03 | 前置放大器，3.6 GHz | ||
| N9020A-P08 | 前置放大器，8.4 GHz | ||
| N9020A-P13 | 前置放大器，13.6 GHz | ||
| N9020A-P26 | 前置放大器，26.5 GHz | ||
| Source connectivity | |||
| N9020A-ESC | 外部信号源控制 | ||
| Security - PC features | |||
| N9020A-SSD | 额外的可拆卸固态硬盘 | ||
| N9020A-SF1 | 安全特性，不包括启动程序 | ||
| N9020A-SF2 | 安全特性，禁止保存结果 | ||
| N9020A-SS1 | Additional removable solid state drive, Win10 | ||
| N9020A-PRC | 便携配置、缓冲器和把手 | ||
| Calibration Options | |||
| N9020A-A6J | ANSI Z540-1-1994 校准 | ||
| N9020A-UK6 | 包含测试数据的商业校准证书 | ||
| N9020A-AMG | 校准 + 不确定度 + 保护频段（认证） | ||
| Basebａnd Inputs | |||
| N9020A-BBA | 模拟 I/Q 基带输入（BBIQ） | ||
| EMC Functionality | |||
| N9020A-EMC | 基本预兼容性 EMI | ||
| N9020A-YAS | Y 轴输出 | ||
| N9020A-CRP | 连接器，可编程后面板中频输出 | ||
| N9020A-CR3 | 连接器，宽带中频输出 | ||
| External mixing | |||
| N9020A-EXM | 外混频 | ||
| Operating system | |||
| N9020A-W7X | Operating system, Windows Embedded Standard 7 | ||
| Real time signal analysis | |||
| N9020A-RT2 | Real-time analysis up to maximum available BW, optimum detection, license | ||
| N9020A-RT1 | Real-time analysis up to maximum available BW, basic detection license | ||
| Accessories | |||
| N9020A-1CP | 上架镶条和前把手套件 | ||
| N9020A-1CM | 上架镶条套件 | ||
| N9020A-1CN | 前把手套件 | ||
| N9020A-1CR | 机架滑轨套件 | ||
| N9020A-HTC | 硬运输箱 | ||
| N9020A-DVR | USB DVD-ROM/CD-R/RW 驱动器 | ||
| N9020A-KYB | Keyboard, USB | ||
| N9020A-MLP | 50 至 75 Ω *小损耗衰减器（N 型至 BNC） | ||
| N9020A-KB2 | US 65 Key USB Keyboard | ||
| N9020A-BAG | Accessory Pouch | ||
| Additional documentation | |||
| N9020A-AB1 | Getting Started Guide MXA Korean Localization | ||
| N9020A-ABD | Getting Started Guide MXA German Localization | ||
| N9020A-ABF | Getting Started Guide MXA French Localization | ||
| N9020A-ABJ | Getting Started Guide MXA Japanese Localization | ||
| N9020A-AKT | Getting Started Guide MXA Russian Localization | ||
| N9020A-AB2 | Getting started guide X series Chinese localization | ||
| Real Time Recorder | |||
| N9020A-RTR | 实时频谱记录器和分析仪应用软件实例 | ||
探讨此产品如何应对特定的测量挑战。
| Maximizing Measurement Speed with the Keysight X-Series Signal Analyzer (AN-1583) - Application Note This 13 page application note introduces several innovations that are used to improve the measurement speeds of the X-Series signal analyzers (MXA/EXA). |
| 噪声系数不确定度计算器 噪声系数不确定度计算器旨在帮助您完成从元器件到系统的设计工作，应对不断增长的系统性能需求。 |
Learn measurement fundamentals to optimize your signal analysis for greater insights |
| Preselector Tuning for Amplitude Accuracy in Microwave Spectrum Analysis This 8 page application note introduces the technique for broadbａnd modulated signals employed in the new MXA signal analyzer. |
This paper gives you an understanding on the advantage of running an in-house EMI pre-compliance test with a spectrum analyzer, guide you through the process of making a good estimation of your new product's EMI performance, and diagnose unwanted emissions. |
Searching for spurious emissions can be especially difficult and time-consuming. Learn about techniques you can use to optimize and speed your measurements. |
This application note discusses how test equipment upgrades can help you keep pace with evolving wireless standards. |
| Quickly Validate Designs for DOCSIS 3.1 Compliance - Application Brief This “DOCSIS 3.1 Test Solution" app brief gives insight into Keysight solutions that can be used for testing DOCSIS 3.1 transmitters, receivers and components. |
This application note provides an overview of radiated and conducted emissions measurements as well as a methodology for EMI precompliance testing. |
| 是德科技微波和毫米波测量 :工具和*佳实践 是德科技微波和毫米波测量 :工具和*佳实践 |
本书编译自是德*的应用指南Application Note 150: Spectrum Analysis Basics (频谱分析基础)。 它详细描述了频谱分析的基本原理以及性能指标。希望这本指南能帮助你更加深入地了解你所使用的频谱分析仪，充分利用它的功能特征以发挥它的*大潜能。 |
| Improved Methods for Measuring Distortion in Broadbａnd Devices - Application Note This paper illustrates that, in broadbａnd commercial and defense systems, it is more important than ever to characterize them for non-linearity. It is also important to understａnd the mechanisms that create these non-linearities and the characteristics of the waveforms that cause them. We focus on the primary tests used to determine the level of a system’s distortion products and how they result in Intermodulation Distortion (IMD) and Intermodulation Distortion Noise (IMDN). Looking at the method to evaluate the effect of IMD in a communication system under real data traffic conditions, Noise Power Ratio (NPR), we see measures of the IMD as a function of data traffic conditions in a widebａnd or multi-channel communications channel. |
This application brief will explain, using specific examples, how real-time spectrum analysis can help identify interfering signals that can impact the performance of WLAN devices. |
This application note describes two major functions of a real-time spectrum analyzer and how they relate to the gap-free time capture with the PXA and MXA when used with Keysight 800 VSA software. |
| Understanding and Applying Probability of Intercept In Real-Time Spectrum Analysis- Application Note This document describes six major factors that determine the POI value and relative amplitude: sampling rate, time-record length, windowing function, window size, overlap processing, and noise floor. |
| E-UTRA Base Station Transmit ON/OFF Power Measurement This application note describes the LTE TDD E-UTRA base station transmit ON/OFF power measurement-also known as the power-versus-time measurement- as provided in the N9082A LTE TDD measurement app. |
| Measuring Agile Signals and Dynamic Signal Environments Download this application note to learn real-time spectrum analysis techniques that will help you not only discover but make precise and selective measurements of complex and elusive signals. |
| 3GPP Long Term Evolution: System Overview, Product Development and Test Challenges -Application Note This application note focuses on LTE and includes content on system overview, product development and test challenges of this new wireless communications technology. |
| Using X-Series Signal Analyzers for Measuring and Troubleshooting Digitally Modulated Signals Signal analysis in digital modulation applications takes many forms, ranging from straight forward spectrum analysis of CW oscillators to demodulation and modulation quality analysis in R&D to simple go/no-go final tests in manufacturing. |
| Using LXI to Boost Throughput in Semiconductor Manufacturing This document is a case study that discusses the successful customer implementation of a Keysight LXI solution for a multinational semiconductor manufacturer |
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