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射频教育和教学
现在您只需支付不到传统分析仪一半的价格,即可在实验室讲解新的高阶射频知识,并且改变向学生讲授射频知识的方式。借助此工具,您将能够实现夙愿,轻松教授超出基础的知识。增加了矢量分析、频率和相位趋势、Wi-Fi 解调及其他功能。
我们最小型的 USB 频谱分析仪具有全面功能(实时速率达 6.2 GHz),体积比一本平装书还小!非常适合用于课堂或现场演示、演讲厅教学和实验室工作。
它可进行定制,允许您使用 PC 构建定制设置而不会丢失原来的设置,也可以使用我们的 API 直接从 MATLAB® 等程序导入数据。
包括米乐m6网页版登录入口 3 年保修和全球支持。请参见下文以下载技术文档和了解我们的前沿频谱分析仪如何帮助您完成工作。
特色内容
推荐设备
RSA600
RSA600 可完美地融入实验室工作台或机架中,可轻松实现芯片/模块集成和 EMI 测试,并具有高达 7.5GHz 的速度、40 MHz 带宽以及不可思议的无杂散动态范围以及内部跟踪发生器(选配)。
TSG4000
TSG4100A 系列 RF 矢量信号发生器提供中等射频性能和高达 200MHz 的调制带宽。 方便的现场升级软件可轻松将设备的模拟调制功能升级为高级矢量调制和数字调制功能,从而提供灵活的配置和优异的投资保护。
TTR500 矢量网络分析仪
TTR500 系列 2 端口 2 路矢量网络分析仪是我们最新的突破性产品,完美结合了测量性能和方便性,而价格却比主流的台式仪器低 40%!凭借米乐m6网页版登录入口产品的高精度和强大功能,您将能够轻松进行日常测量,而不用担心超出预算。
AWG5200 任意波形发生器
AWG5200 提供无与伦比的信号保真度以及领先的采样率和内存深度,为您提供优秀的信号激励解决方案,用于复杂的射频基带信号生成和精密实验应用。通过高达 10 GS/s 的采样率和 16 位的垂直分辨率,轻松生成复杂信号并准确回放现有捕获信号。
Library
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WW Spectrum Allocationss poster
A wall chart featuring featuring spectrum allocationss across the world. Updated 2014
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6G Wuppertal University Case Study
This case study describes a project being conducted as part of a research program led by Prof. Dr. Ullrich Pfeiffer of Wuppertal University. The project aims to develop higher performing THz …
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Nano Satellite Case Study
Learn how the RSA5000B spectrum analyzer is being used to test the design of nano satellites and their ability to communicate with a base station.
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6G Technology at Wuppertal University Case Study
This case study describes a project being conducted as part of a research program led by Prof. Dr. Ullrich Pfeiffer of Wuppertal University. The project aims to develop higher performing THz …
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5G NR Multi-Channel System Troubleshooting
5G systems rely on a combination of digital, analog and RF signals. Being able to analyze signals across multiple domains is critical to finding interference, glitches, spurs, drop-outs, and other …
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Performance, size, reliability, affordability. Choose four. White Paper.
The TTR500A Series VNA includes an impressive array of technological and patented advances that allow it to bend many of the traditional trade-offs between RF performance, size, reliability, and cost …
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Optimizing Frequency Settling Time Measurements
Frequency settling time is an essential measurement in the design and evalsuation of RF synthesizers, programmable oscillators, phase locked loop circuits, and more. This technical brief highlights the …
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6 Things to Consider when Choosing your Wireless RF Module
In the fast growing wireless design and Internet of Things market, the importance of choosing the right wireless RF module is vital to your design and overall company’s success.In this webinar, you …
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