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R&S®ESW EMI Test Receiver - Specifications
This document provides the technical specifications of the R&S®ESW EMI test receiver.
R&S®VSE-K7/FSx-K7/RTO Analog Modulation Analysis (AM/FM/φM) - Specifications
Technical Specifications of the analog modulation analysis (AM/FM/φM) option for signal and spectrum analyzers and oscilloscopes from Rohde&Schwarz.
R&S®ESW EMI Test Receiver - Product Brochure
The R&S®ESW is the best EMI test receiver for compliance testing. With its outstanding RF characteristics, high dynamic range and measurement accuracy, the R&S®ESW is the best choice for fast and reliable certification measurements. It meets the most stringent requirements in line with CISPR, EN, MIL‑STD-461, DO‑160 and FCC. With its FFT based time domain scan, the R&S®ESW captures and weights disturbance spectra very fast. The real-time spectrum analysis with spectrogram function permits detailed analysis of even the shortest disturbance signals. MultiView mode delivers a simultaneous display of results from multiple operating modes for best instrument usability.
EMC system solutions from Rohde & Schwarz - Customized EMC test systems - Brochure
EMC test systems from Rohde & Schwarz test electrical devices and equipment for compliance with applicable EMC standards. As the industry-leading supplier of EMC T&M equipment, Rohde & Schwarz offers solutions for measuring electromagnetic interference (EMI) and electromagnetic susceptibility (EMS).
Fully tuned for microwave and millimeterwave testing - Brochure
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.