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Find the information you need from Rohde & Schwarz. Search for products, technologies, applications, manuals, datasheets, tutorials, FAQs, and more.
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The R&S®NRPxxS/SN/SN-V three-path diode power sensor delivers highly accurate power measurement results independent of the modulation type.
Models: R&S®NRP8S, R&S®NRP8SN, R&S®NRP18S, R&S®NRP18SN, R&S®NRP33S, R&S®NRP33SN, R&S®NRP40S, R&S®NRP40SN, R&S®NRP50S, R&S®NRP50SN, R&S®NRP67S, R&S®NRP67SN, R&S®NRP18S-10, R&S®NRP18S-20, R&S®NRP18S-25, R&S®NRP90S, R&S®NRP90S, R&S®NRP90SN, R&S®NRP33SN-V, R&S®NRP67SN-V
Models: R&S®NRP8S, R&S®NRP8SN, R&S®NRP18S, R&S®NRP18SN, R&S®NRP33S, R&S®NRP33SN, R&S®NRP40S, R&S®NRP40SN, R&S®NRP50S, R&S®NRP50SN, R&S®NRP67S, R&S®NRP67SN, R&S®NRP18S-10, R&S®NRP18S-20, R&S®NRP18S-25, R&S®NRP90S, R&S®NRP90S, R&S®NRP90SN, R&S®NRP33SN-V, R&S®NRP67SN-V
21-Jan-2021 | Press Release | Test & measurement
High speed, high accuracy RF power measurements up to an unrivalled 67 GHz with the R&S NRP67S/SN power sensorsRohde & Schwarz has increased the maximum measurable frequency of its three-path diode power sensors to an unrivalled 67 GHz. The three-path technology enables extremely fast and accurate power measurements with a high-sensitivity, portable instrument of minimum size and weight. This frequency extension makes high speed power measurements possible for additional applications such as IEEE 802.11ay and 802.11ad WiGig Wireless LAN, millimeter-wave terrestrial short distance communication links, and satellite-satellite links operating at 60 GHz.
Models: R&S®NRP8S, R&S®NRP8SN, R&S®NRP18S, R&S®NRP18SN, R&S®NRP33S, R&S®NRP33SN, R&S®NRP40S, R&S®NRP40SN, R&S®NRP50S, R&S®NRP50SN, R&S®NRP67S, R&S®NRP67SN, R&S®NRP18S-10, R&S®NRP18S-20, R&S®NRP18S-25, R&S®NRP90S, R&S®NRP90S, R&S®NRP90SN, R&S®NRP33SN-V, R&S®NRP67SN-V
In the satellite sector, components, subsystems and entire satellites must be qualified in a thermal vacuum chamber before they can be used in space. This qualification proves that equipment can not only survive but also function in the harsh conditions encountered during launch and in space.
05-Oct-2022