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Title Size Version Date NRP Sanitizer Release Notes 158 kB2.5.3 02.12.2019 R&S®NRP Sanitizer 22 MB2.5.3 02.12.2019 R&S®NRP Sanitizer - Open Source Acknowledgement 181 kB02 02.12.2019 R&S ®NRP Sanitization Tool Open Source Acknowledgement Open Source Acknowledgement Version 02 PAD-T-M: 3576.8258.02/03.00/CI/1/EN This document is valid for the following Rohde & Schwarz product: ● R&S®NRP Sanitization

Title Versions Last Modified File Size R&S®NRPxxSN Firmware Please read the Release Notes carefully before you install the firmware on your instrument. 02.20.20100902 13.11.202016 MB R&S®NRPxxS Firmware Please read the Release Notes carefully before you install the firmware on your instrument. 02.20.20100902 13.11.202016 MB R&S®NRPxxS/SN Firmware Release Notes 02.20.20100902 13.11.2020 630 kB R&S®NRP

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Describes all instrument functions and remote control commands, and gives measurement and programming examples. Includes the contents of the getting started manual.

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.

Rapid and accurate verification of beamforming weights is required for example, for codebook generation or beamforming algorithm development or verification. This document describes the unique application of Rohde & Schwarz VNA (Vector Network Analyzers) to fully characterize the passive part of multi-element antennas intended for beamforming.A range of R&S VNA models are optionally equipped with multiple independent sources, whose relative amplitude and phase may be arbitrarily controlled ("defined coherence mode"), in addition to frequency and true time delay. These sources may be connected to individual elements of a multi-element antenna to derive and verify transmit (Tx) mode beamsteering and beamforming operation.The R&S®ZVA in "Defined Coherence Mode" can electronically be switched to / from the conventional S-parameter mode. Therefore, Sparameter and beamforming measurements may be performed efficiently within a single connection cycle of the antenna.Multiple VNA may be daisy-chained, to extend the concept shown to support an arbitrary number of ports.The R&S®Quickstep sequencing software may be downloaded from:

20-Mar-2017 | AN-No. 1MA278

Provides the information required to prepare the instrument for use and start working. Basic operations and handling are described.

The most important features for accurate and uncomplicated power measurements are top measurement accuracy and speed as well as simple operation on a base unit or a laptop/PC. The R&S®NRP power meter family combines all these characteristics in the R&S®NRX base unit, R&S®NRPV virtual power meter PC software and a comprehensive portfolio of LAN and USB power sensors. The R&S®NRP family is ideal for use in production, R&D and calibration labs as well as for installation and maintenance tasks.

The most important features for accurate and uncomplicated power measurements are top measurement accuracy and speed as well as simple operation on a base unit or a laptop/PC. The R&S®NRP power meter family combines all these characteristics in the R&S®NRX base unit, R&S®NRPV virtual power meter PC software and a comprehensive portfolio of LAN and USB power sensors. The R&S®NRP family is ideal for use in production, R&D and calibration labs as well as for installation and maintenance tasks.

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R&S®NRP Power Meter Family - Product Brochure

R&S®NRP Power Meter Family - Product Brochure JA

R&S®NRP Power Meter Family - Product Brochure RU

R&S®NRP Power Meter Family - Product Brochure ZH-CN

Provides information on security issues when working with the power sensors in secure areas.

Power sensors. Fast. Accurate. USB- and LAN-capable. - Flyer

It is not necessary to use the rotary knob. 1.2 Version 3.50.057.29 Released: August 2016 New Functionality ● Support of new power sensors NRP8S, NRP18S, NRP33S, NRP40S, NRP50S, NRP6A, NRP18A, NRP18T, NRP33T, NRP40T, NRP50T, NRP67T and NRP110T ● New remote control emulation AF2042(ADF) to support the modulation ADF with AF2042.

Thermal power sensors are especially used for complex measurement tasks. They feature higher accuracy and tolerate any type of modulation.

Thermal power sensors are especially used for complex measurement tasks. They feature higher accuracy and tolerate any type of modulation.

Thermal power sensors are especially used for complex measurement tasks. They feature higher accuracy and tolerate any type of modulation.

NRPM OTA Power Measurement Solution - extremely accurate power measurement for CW or modulated signals. 18 GHz to 90 GHz for 5G, WLAN 802.11ad and 802.11ay

The R&S®NRX power meter base unit with touch screen, support of up to four R&S®NRP and R&S®NRQ power sensors and all sensor-dependent measurement functions.

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

The R&S®NRQ6 combines the accuracy of a power meter with excellent dynamic range. Extremely precise and fast down to –130 dBm.

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Some methods and properties from GeneralInstrumentSettings have been moved here * Fixed instrument identification * Fixed zeroing on standalone sensor * Fixed test mode on standalone sensor * Added support for NRP8S, NRP8SN, NRP33S, NRP33SN, NRP40S, NRP40SN, NRP50S, NRP50SN 1.0.3 12/2015 * Exception handling changed from R&S specific exceptions to IVI standard exception according to IVI 3.2 document

Thermal power sensors are especially used for complex measurement tasks. They feature higher accuracy and tolerate any type of modulation.