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General| Product Type | Power Sensor |
|---|---|
| Connector Type | SMA, 3.5 mm, 2.4 mm |
| Interface | USB, LAN |
| Storage Temperature | -40°C to +70 °C |
| Dimensions | Dependent on model |
| Weight | Dependent on model |
| Compatibility | R&S Instruments |
| Type | Diode |
Provides instructions for safe product use according to Rohde & Schwarz standards and product documentation.
Highlights the main features of the R&S NRP series power sensors, including connectivity and compatibility.
Details important aspects for test setup, including handling TVAC sensors, EMI, and ESD prevention.
Describes how the R&S NRPxxS(N) power sensor is powered, via host or LAN PoE interface.
Explains how to connect the power sensor to a controlling host like a computer or base unit.
Introduces the R&S NRP Toolkit software package for low-level drivers and tools for power sensors.
Describes using the integrated web interface for configuring LAN power sensors without installation.
Provides methods for updating firmware, emphasizing avoiding interruptions for sensor integrity.
Details using the dedicated program for firmware updates, including prerequisites and procedure.
Covers steps before measurement: selecting reference source, measurement path, mode, and values.
Explains possibilities for controlling measurements, including starting, stopping, and triggering.
Describes settings for configuring measurement modes like Continuous Average, Burst Average, Timeslot, and Trace.
Covers basic settings for multiple modes, including auto averaging, frequency, and excluding intervals.
Explains the zeroing process to remove offset voltages and improve measurement accuracy.
Details how to achieve the fastest measurements using continuous average mode.
Shows how to set up and execute a buffered continuous average measurement.
Demonstrates a non-blocking trace measurement technique using the status system.
Describes interfaces (USB, Ethernet) and protocols (USBTMC, VXI-11, HiSLIP, Socket) for remote control.
Explains the Ethernet interface for LAN power sensors, including VISA resource strings and protocols.
Provides an overview of the status reporting system, including status registers and error queue.
Details how to perform a selftest for troubleshooting using remote control or web interface.
Addresses issues like interrupted or aborted firmware updates and provides solutions.
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