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The R&S®ADD216 compact LF UHF DF antenna is optimized for radiolocation from mobile and shipborne COMINT/CESM platforms. It is designed to be operated with Rohde & Schwarz multichannel direction finders that use the Watson-Watt and correlative interferometer direction finding methods.
Technical specifications of the R&S®SGT100A SGMA vector RF source.
R&S EX-IQ-Box Digital Signal Interface Module (model .K04) - Specifications
Digital workflows at Cineteca Nacional with Rohde & Schwarz products - Flyer
R&S®RTB 2 Series Oscilloscope versus Tektronix 2 Series MSO - Comparison Sheet Brochures and Data Sheets
University of Nottingham E-Racing Team develops their most successful ever electric superbike with the help of the R&S®Scope Rider RTH
R&S SMA100B Generating narrow pulses with highest level accuracy and repeatability - Application Card
ARDRONIS Wi-Fi is the solution in the ARDRONIS family for detecting and mitigation of drones and remote controls using wireless LAN (ISM bands 2.4 GHz, 5.,2 GHz & 5.8GHz).
R&S®ZV-Z9x, ZV-Z19x Test Port Cables - Specifications
Solution brief | 解决方案简介
R&S DVMS Family Digital TV Monitoring System - Specifications
R&S FSW-K149 High Rate Pulse Repetition Frequency Ultrawideband Measurements - Specifications
R&S®ASDU02 Antenna Signal Distribution Unit - Product Brochure
R&S ATS1800C Compact 3GPP compliant OTA chamber for 5G NR mmWave signals - Product Brochure
R&S PowerTSVP Industrial High-Power and Switching Application Chassis - Product Brochure
R&S®NGU ARB function SCPI and python cheat sheet Brochures and Data Sheets
R&S DDF007 Portable Direction Finder - Product Brochure
The R&S®ADD597 direction finding and monitoring antenna system covers the frequency range from 20 MHz to 8.5 GHz (vertical polarization) and 20 MHz to 7.5 GHz (horizontal polarization) for fixed, mobile and transportable applications. The system contains an omnidirectional monitoring antenna output for both polarizations (switchable).
R&S SCx8000 Family of UHF/VHF Transmitters - Data sheet
This document provides: - An explanation of analog versus digital triggering architectures - User advantages for oscilloscopes that have digital triggering - How to determine if an oscilloscope has a digital or analog trigger