R&S®DDF260 Digital Direction Finder – superior performance in highly congested signal environments

The compact, versatile R&S®SMB100A microwave signal generator with a frequency range of up to 40 GHz has outstanding spectral purity and high output power.

Versatile realtime I/Q source and cost-effective baseband fading simulator designed to meet all requirements encountered in the research and development of modern communications systems as well as in their production.

R&S®CLIPSTER mastering system provides a powerful way to edit any type of media and create professional deliverables like IMF and DCP.

Learn about RF cable loss measurement. Understand S11 measurement, S21 measurement and the steps of measuring cable loss with VNA.

Cable impedance measurement is essential in high-frequency electronics and telecommunications. Learn how to measure the impedance of a cable with a VNA.

Learn about S-parameters, their role in analyzing networks, and the different ways of representing them. Discover network analyzers that measure S-parameters.

The Smith chart is a key tool in RF engineering and circuit design. Learn Smith chart basics, how to read a Smith chart and Smith chart impedance matching.

Learn how to measure antenna impedance and understand VNA antenna measurements. We will cover calibration standards and antenna S11 measurement.

Learn to use calibration standards for VNA calibration. Understand different VNA calibration standards and how to use them for different types of calibration.

Learn about impedance matching, its relationship with reflected power and quantifying reflected power with voltage standing wave ratio (VSWR) and return loss.

Get an introduction into RF test and measurement equipment necessary for the design, test, manufacture, and debug of radio frequency devices.

Get an introduction and learn the basic settings needed for making power versus frequency measurements using a spectrum analyzer.

Get an introduction into RF and read about the three general uses of radio frequency technologies: transfer information and heating & sensing objects.

Get an introduction into what channel power is and the three most common ways that channel power is measured using a spectrum analyzer.

Learn the basics of vector network analyzer operation, understand RF basics and explore practical applications to improve your measurement results.

Learn about basic oscilloscope operation and probes as well as various oscilloscope related applications that help you optimize your measurement results.

Explore different methods for measuring phase noise with a spectrum analyzer! Learn about spectrum analyzer resolution bandwidth, noise marker and shape correction.

Discover Noise Power Ratio (NPR) – a key metric for intermodulation distortion in multicarrier and satellite systems. Understand NPR easily.

Learn all about spectrum analyzer noise measurement! A low noise figure is key for RF applications. Learn how to measure noise figure effectively.

Learn about phase noise, spectral regrowth and mixing! Understand the differences between a spectrum analyzer and phase noise analyzer.

Learn about distortion, harmonics and harmonic distortion measurement using spectrum analyzer! Expand your technical expertise.

Learn all about DANL! The displayed average noise level is shown on a spectrum analyzer when the input is terminated with a matched load.

ACLR is a key measurement for devices or systems that use wideband, digitally modulated signals. Learn more about ACLR and how to measure it with a spectrum analyzer.

Spectrum analyzer dynamic range indicates ability to simultaneously measure high- and low-level signals. Learn about dynamic range and dynamic range measurements!

Learn about error vector magnitude and best practices for how to calculate error vector magnitude! Understand EVM now

Up to 52% off of fully equipped oscilloscopes