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射频设计和开发
米乐m6网页版登录入口提供射频物理层 (PHY) 测试解决方案,帮助您完成工作并更快地将设计推出市场。
利用我们的入门手册,探索实时频谱分析的工作方式及其如何用于解决许多射频采集和测量问题。 探索我们的技术文档库和下面的海报,了解什么解决方案可帮助您验证、调试并一次性通过性能或合规性测试。
特色内容
推荐设备
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,为您提供优异的信号发生解决方案,以用于复杂的射频基带信号生成过程和精密实验应用。 通过高达 10 GS/s 的采样率和 16 位的垂直分辨率,轻松生成复杂信号以及准确回放现有捕获信号。
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)。
RSA5000 系列
这款中档实时频谱分析仪将优秀的射频性能与高达 165 MHz 带宽和第四代 DPX® 技术结合在一起。 检测、分析和调试无线芯片、模块和设计,在短至 434 ns 的时间内 100% 拦截信号。
MDO4000 系列
这个系列示波器包括一台逻辑分析仪、一台频谱分析仪和一台协议分析仪,而且全部同步,提供了一个综合视图。 使用功能强大的触发工具、搜索工具和分析工具,消除模拟异常、数字异常和 RF 异常。
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。
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 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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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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频谱分析仪DPX®采集技术基础入门手册
发现 (信号故障,问题) 是描述、诊断、了解和解决随时间变化的信号相关问题的第一步。随着越来越多的信道涌入有限可用带宽中,新应用采用无线传输,和RF系统变成基于数字的系统,工程师需要更好的工具,找到和理解复杂的行为和相互的影响。米乐m6网页版登录入口实时频谱分析仪(RTSA)采用数字荧光技术或叫做DPXTM,可以揭示传统频谱分析仪和矢量信号分析仪会完全漏掉的信号细节。全面运动的DPX 频谱的实时RF …
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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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Overcoming 3 Key Challenges of Time- and Frequency-Correlated RF Measurements
Tektronix Real-Time Spectrum Analyzers (RTSAs) capture and store signals as a seamless, continuous record of time. Combining deep memory with powerful digital signal processing, RTSAs allow for a …
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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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Cable and Antenna Measurements Using Tektronix USB Spectrum Analyzers
This application note looks at the basics of line sweeping measurements on cable and antenna systems, including a look at why they are important and how to perform them.
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Automotive EMI/EMC Pre-compliance Tests
Introduction
Electromagnetic interference (EMI) regulations are in place throughout the world to provide improved reliability and safety for users of electrical and electronic …
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Tire Pressure Monitoring Systems and Remote/Passive Keyless Entry
Today, more sophisticated and sensitive RF electronic components and devices are being included in automobiless. These advances have resulted in much safer, efficient, and connected vehicles. They have …
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Conquering Radar Signal Generation
What are the challenges related to the creation and generation of complex radar signals and what are the tools to help make this task more efficient? Gain these insights and learn how to avoid common …
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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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