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Tektronix provides RF Physical layer (PHY) testing solutions to help you get the job done and get your design to market faster.
Discover how Real-Time Spectrum Analysis works and how it can be used to solve many RF capture and measurement problems with our primer. Explore our library of technical documents and posters below to learn what solutions can help you validate, debug and pass performance or compliance tests the first time.
The AWG5200 delivers unparalleled signal fidelity coupled with class-leading sample rate and memory depth, giving you the industry's best signal stimulus solution for complex RF baseband signal generation and precision experimental applications. With up to 10 GS/s sample rate and 16-bit vertical resolution, get easy generation of complex signals as well as accurate playback of existing captured signals.
A full-featured RF analyzer in your hands at a breakthrough price, enabled by powerful SignalVu-PC, can bring fast and capable RF insight to your desk.
Fitting neatly on the lab table or a rack, the RSA600 enables easy chip/module integration and EMI testing with speeds up to 7.5GHz, 40 MHz of bandwidth, incredible spurious free dynamic range, and optional internal tracking generator.
This mid-range real-time spectrum analyzer combines the excellent RF performance with up to 165 MHz bandwidth and 4th Generation DPX® technology. Detect, analyze and debug wireless chips, modules, and devises with 100% probability of intercept of signals as brief as 434 ns.
The oscilloscope that includes a logic analyzer, spectrum analyzer and protocol analyzer – all synchronized for an integrated view. Use powerful trigger, search and analysis tools to zero in on analog, digital and RF anomalies.
The 3 Series mixed domain oscilloscope features an integrated, hardware-based spectrum analyzer for RF analysis up to 3 GHz. An optional arbitrary / function generator provides basic and arbitrary waveforms.
The TTR500 Series 2-port, 2-path vector network analyzer is our latest breakthrough – an unmatched combination of measurement performance and convenience at 40% lower price than leading benchtop alternatives! Make everyday measurements with the accuracy and confidence you expect from Tektronix, without breaking your budget.
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 …
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 …
A Revolutionary Tool for Signal Discovery, Trigger, Capture and Analysis
Detection is the first step in characterizing, diagnosing, understanding and resolving any …
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 …
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 …
Frequency settling time is an essential measurement in the design and evaluation of RF synthesizers, programmable oscillators, phase locked loop circuits, and more. This technical brief highlights the …
Introduction
Radio monitoring systems have historically been operated by government and military organization who need to have situational awareness of the radio spectrum. These …
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.
Today, more sophisticated and sensitive RF electronic components and devices are being included in automobiles. These advances have resulted in much safer, efficient, and connected vehicles. They have …
Introduction
Conducting spurious emission tests are an important measurement for cellular base station transmitters and receivers on most wireless transmission technologies …
Introduction
Electromagnetic interference (EMI) regulations are in place throughout the world to provide improved reliability and safety for users of electrical and electronic …
Introduction to RF Record and Playback
Spectrum management, RF interference analysis, signal acquisition, product testing and validation, RF system design, communication security, and academic …
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 …
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 …
