141 Results
This Application Note describes the operating principle of DME (Distance Measurement Equipment) that is used for distance measurement in aviation. It also describes various test scenarios for the maintenance of a DME transponder.
26-Feb-2009 | AN-No. 1GP74
Rohde & Schwarz User Manual for the R&S NRP18S-xx Power Sensors including information on how to setup and perform basic measurements and remote command description.
NRP - Usage of averaging in combination with chopper stabilization
Rohde & Schwarz User Manual for the R&S NRPxxT/TN Power Sensors including information on how to setup and perform basic measurements and remote command description.
How can I get the power in dBm?
Matlab: Remote Control example for NRP-Zxx power sensors with NI-VISA
We have installed our test system with EMC32 and all devices, but NRP2 can not be set to physical from EMC32 using LAN interface.
Rohde & Schwarz instrument security procedures for the R&S®NRP, R&S®NRQ USB and LAN power sensor series.
I followed steps to determine an IP address to my NRP series sensor. Unfortunately without no success as I can not find the sensor at all.
R&S NRPView - PC Software for R&S NRP-Zxx Sensors
18-Dec-2008 | AN-No. 1MA77
Unfortunately I can control my NRP-Z sensor only from the VisaTester but not from my Python IDE when using the same Device Identifier "USB::0x0aad::0x0023::102800::INSTR". What is wrong?
This application note describes how to connect and use the highly popular R&S®NRP-Z family of USB SMART power sensors with the Android application.
04-Jun-2013 | AN-No. 1MA215
R&S NRP-Z Sensor is not available in NI VISA NRP-Z Sensor, available, NI VISA, FAQ R&S NRP-Z Sensor is not available in NI VISA NRP-Z Sensor, available, NI VISA, FAQ Related Products
21-Jan-2021
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.
Rohde & Schwarz User Manual for the R&S NRPxxA/AN Power Sensors including information on how to setup and perform basic measurements and remote command description.
I connected my NRP Sensor to the CMA180. Unfortunetaly it is not found when opening the "Sensor" Tab. What can I do to make the sensor work?
R&S®ZNL, ZNL, vector network analyzer, R&S®NRP, NRP, This video demonstrates how to set up a precise power measurement with the R&S®ZNL vector network analyzer together with the R&S®NRP power sensor.
Rohde & Schwarz user manual for the R&S NRPxxP power sensors including information on how to setup and perform basic measurements and remote command description.
Rohde & Schwarz Demo Guide and Extended Operating Guide for the power analysis option of the R&S®SMA100A and R&S®SMF100A signal generators; options R&S®SMA-K28, R&S®SMF-K28.
SFI100A Closed-loop power control with R&S®SFI100A and R&S®NRP Power Sensors
Connecting power sensors
NRPZ11
Rohde & Schwarz User Manual for the R&S NRPxxTWG(N) power sensors including information on how to setup and perform basic measurements and remote command description.
NRPZ91
NRPZ52
15-Nov-2022
New R&S NRP90S(N) power sensors for RF power measurements up to a ground-breaking 90 GHzRohde & Schwarz, the only supplier of fast diode sensors for power measurements up to 67 GHz, is increasing the maximum measurable frequency of diode power sensors to 90 GHz; higher than any other diode sensor currently available. The diode technology enables extremely fast and accurate power measurements with the highest sensitivity from a compact and light-weight portable instrument. High speed power measurements are now possible for all frequencies above 67 GHz in 5G, automotive radar and satellite communications applications including the entire E band.
This application note explains the fundamentals of using S-parameters and discusses some common applications in which S-parameter correction is useful.
27-Jul-2012 | AN-No. 1GP70
3GPP Receiver Test Under Fading Conditions With CMU and SMIQ.
01-Mar-2005 | AN-No. 1MA76
Models: R&S®NRP18P, R&S®NRP40P, R&S®NRP50P
Models: R&S®NRP18P, R&S®NRP40P, R&S®NRP50P