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| Impedance | 50 Ω |
|---|---|
| Weight | 100 g (3.5 oz) |
| Measurement Type | Average power |
| Measurement speed | Up to 1000 measurements/s |
| Storage temperature range | -20 °C to +70 °C |
| Connector Type | N-type |
| Calibration | Factory calibration |
Provides essential safety information for using the R&S NRPxxS(N) power sensor.
Details how to unpack and check the power sensor for completeness and damage.
Outlines the necessary operating conditions for accurate measurements and to prevent damage.
Provides instructions on how to connect the power sensor to a Device Under Test (DUT).
Explains how to connect the power sensor to a computer via USB or LAN interfaces.
Details connection methods for a LAN power sensor using a PoE Ethernet switch.
Details the steps for establishing a USB connection between the power sensor and a computer.
Describes methods for establishing a network connection between the sensor and the computer.
Explains how to connect the power sensor to a LAN network and configure the interface.
Details the RF connector used for connecting the power sensor to a DUT or signal generator.
Explains the host interface connector for USB connections to computers or instruments.
Introduces the R&S NRP Toolkit, a software package for drivers and tools for power sensors.
Explains how to remotely control the R&S NRPxxS(N) power sensors.
Describes the parameters specific to the continuous average measurement mode.
Details parameters for optimizing measurement results, including range, Γ Correction, and zero calibration.
Defines trigger parameters to set conditions for measurement initiation, including source, level, and delay.
Lists the hardware and software requirements needed for performing a firmware update.
Details the methods for updating the firmware installed on the power sensor.
Guides through updating firmware using the dedicated R&S NRP Toolkit program.
Explains how to update firmware via the web user interface of the power sensor.
Details commands for starting and ending measurements, including ABORT, INITiate ALL, and INITiate Continuous.
Details how to perform a selftest for detailed troubleshooting information using remote control or web UI.