9049 Results
Product safety certificate according to CAN/CSA/UL standards for TSME6
Product safety certificate according to CAN/CSA/UL standards for NPA101, NPA501, NPA501-G, NPA701 and NPA701-G
Product safety certificate according to CAN/CSA/UL standards for NGL201, NGL202, NGM201, NGM202, NGU201, NGU401 and NGU411
Product safety certificate according to CAN/CSA/UL standards for NRX and NRT2
Product safety certificate according to EN/IEC standards for NPA101, NPA501, NPA501-G, NPA701 and NPA701-G
Product safety certificate according to EN/IEC standards for NRX and NRT2
Product safety certificate according to EN/IEC standards for NGL201, NGL202, NGM201, NGM202, NGU201, NGU401 and NGU411
The shift from ICE to EVs introduces new EMC challenges. This note discusses dynamic EMC test systems and the collaboration between Rohde & Schwarz and AVL to develop unified test systems.
11-Mar-2025
Technical specifications of the FSW signal and spectrum analyzer.
R&S®ATS800R Rack-mountable CATR chamber for 5G NR mmWave signals
R&S®ATS800B CATR benchtop antenna test system
Product safety certificate according to CAN/CSA/UL standards for SGS100A, SGT100A, SGU100A
Product safety certificate according to EN/IEC standards for SGS100A, SGT100A, SGU100A
Product safety certificate according to EN/IEC standards for AREG800A
Product safety certificate according to CAN/CSA/UL standards for SFI100A
Product safety certificate according to CAN/CSA/UL standards for SMCV100B
Product safety certificate according to CAN/CSA/UL standards for AREG800A
Product safety certificate according to EN/IEC standards for SFI100A
Product safety certificate according to EN/IEC standards for SMCV100B
Models: R&S®RTB22, R&S®RTB24, R&S®RTB22-70, R&S®RTB22-100, R&S®RTB22-200, R&S®RTB22-300, R&S®RTB24-70, R&S®RTB24-100, R&S®RTB24-200, R&S®RTB24-300
Bluetooth® testing with Rohde & Schwarz devices
Disturbance voltage measurements from 9 kHz to 30 MHz
Worldwide consumer demand for cellular services has driven network operators to strive for better network coverage and within that coverage footprint, better network capacity. Since more than 80 % of cellular traffic comes from inside a building of some sort, in-building coverage and in-building capacity have become a focus of this effort. In addition, in many countries emergency service providers require cellular access in all areas of large buildings, adding to the importance of in-building coverage.
R&S®FSWT test receiver