Brochures and Data Sheets for R&S®ZNB

Hybrid load pull and behavioral modeling with R&S®ZNA and R&S®ZVA; Wideband noise parameter extraction with the R&S®ZNA; Pulsed IV and compact modeling with the R&S®ZNA and R&S®ZNB

RFFE Interface

Leading in speed, dynamic range and ease of operation

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R&S®ZNB Vector Network Analyzer - Product Brochure

R&S®ZNB Vector Network Analyzer - Product Brochure DE

R&S®ZNB Vector Network Analyzer - Product Brochure JA

R&S®ZNB Vector Network Analyzer - Product Brochure ZH

In combination with the vector network analyzers, Rohde & Schwarz provides a versatile range of hardware and software options covering a wide range of applications.

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Measurement excellence that drives innovation - Flyer

Measurement excellence that drives innovation - Flyer RU

This document provides the technical specifications of the R&S®ZN-Z170 calibration kit.

This document provides the technical specifications of the R&S®ZN-Z129 calibration kit.

This document provides the technical specifications of the R&S®ZN-Z135 calibration kit.

This document provides the technical specifications of the R&S®ZN-Z84 switch matrix.

This document provides the technical specifications of the R&S®ZN-Z129E calibration kit.

Test and measurement solutions for in-orbit satellites: Once a communications satellite is on its target orbit, several routines need to be performed in order to ensure proper performance of the transponders in the payload. On-orbit measurements are also a vital part of live satellite maintenance. This application brochure focuses on a few important post-launch measurement setups where Rohde & Schwarz offers unique instruments.

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Ground station testing on satellites in orbit

Ground station testing on satellites in orbit JA

This document provides the technical specifications of the R&S®ZNB vector network analyzer.

ribbon cable for connecting a DUT to the RFFE GPIO interface

English (PD 5214.6516.22)

Starting with the early microwave applications for radar, the advantage of increased bandwidth has been a deciding factor in shifting toward microwave and millimeterwave (mmWave) for communications technologies. It began with satellite transmissions and then came down to earth with cable television and wireless local area networks such as Wi-Fi followed by new applications in the automotive and aerospace fields. The high bandwidth and high capacity demand of 5G – the next generation of mobile networks – also promote the trend toward ever higher frequencies in electronics.