Learn about connecting power supplies in series and connecting power supplies in parallel. Understand how to increase maximum output voltage or current.

Essential DC-Arbitrary and ramp functions

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

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

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

When debugging EMI emissions with an oscilloscope, it is important to know the right probes and functions. Learn more about EMI debugging with scopes here.

Get expert oscilloscope probe tips. Learn about types of oscilloscope probes and how to use oscilloscope probes. Discover the top 8 scope probe tips.

Passive oscilloscope probes are easy to use and very common for numerous measurements. Learn more about passive probes and their specifications here.

Bode plots are useful when analyzing magnitude and phase changes introduced by a LTI system. Learn more about Bode plots and oscilloscopes here.

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

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

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

ZNBT true multiport VNA vector network analyzer with up to 24 true VNA ports. Frequency range from 9/100 kHz to 8.5/20/26.5/40 GHz.

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

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

Dive into the world of oscilloscope probes with our detailed guide. Learn about the main oscilloscope probe types and find the one best for your measurements.

UART defines a protocol for exchanging serial data between two devices. Learn more about the format and content of data transmitted in UART frames here.

Probe compensation in the process whereby probe capacitance is adjusted to compensate for the effects of inherent input capacitance. Learn more here.

Liquid-cooled high-power FM transmitter for up to 40kW with 75% power efficiency and minimal heat load in the room

R&S®TH1 is a radical new approach to liquid-cooled transmitters – designed for sustainable broadcasting in a connected world, it unlocks new revenue streams

The R&S®TLU9 DTV low-power UHF transmitter and gap filler has a robust design, minimum footprint and is future-ready. DTV transmission is easier than ever

The new R&S®TLV9 DAB+ low-power VHF transmitter features robust design, minimum footprint and is future-ready. It makes DAB+ transmission easier than ever.

The R&S®TMV9evo air-cooled VHF transmitter stands for simplicity and endurance. DTV and DAB+ transmission has never been as effortless and cost efficient.

R&S®TMU9evo UHF transmitters have up to 40% energy efficiency and represent the next step in lowering operating costs for DTT networks

The R&S®TE1 is the first post-repack design of liquid-cooled transmitters. As a native-ATSC 3.0 transmitter it to unlocks new revenue-rich services.

Compact radiomonitoring from 9 kHz to 7.5 GHz

Engineer's R&S®ESSENTIALS oscilloscope buyer`s guide: Master key features & ensure your oscilloscope meets your daily needs.

ZND vector network analyzers perform unidirectional measurements up to 4.5 GHz and can be expanded to perform bidirectional measurements up to 8.5 GHz.

A computer simulation for the R&S®ZNA, R&S®ZNB, R&S®ZNBT and R&S®ZND that can be used to test a remote control program without the need for any VNA hardware.