Scaling of frequency measurements RTE, RTO, RTP in cycles/min

RTE/RTO/RTP - Loading a settings file with Labview drivers

RTE/RTO/RTP - export of the history into one file with remote commands

Rohde & Schwarz "Getting Started" for R&S RTE digital oscilloscopes.

RTE/RTO/RTP: Measurement of the level at a designated frequency in FFT with remote commands.

The R&S®RTE: Simply more scope. Quickly master everyday T&M challenges. Look at the video and learn more about the R&S®RTE oscilloscope from Rohde & Schwarz. RTE Product video, RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Look at the video and learn more about the R&S®RTE oscilloscope from Rohde & Schwarz.

RTE/RTO/RTP-B6: Output of a single waveform in single mode with remote commands RTE/RTO/RTP-B6 single waveform RTE/RTO/RTP-B6: Output of a single waveform in single mode with remote commands RTE/RTO/RTP-B6 single waveform

When I use the zoom function to look at the rising edge of a rectangle signal, I see ringing which is not real, see screenshot. What is the reason?

Efficient analysis of power and signal integrity and EMC - Flyer

I am using the ultra segmentation mode to minimize the blind time. But this is not indicated. Is there a way to calculate it?

A sinus signal with i.e. 10 V peak-peak, frequency 1 MHz is applied. If I choose a vertical scale which is too small the peaks of the waveform are not displayed as they are out of range. Now I activate the digital filter in the “Vertical” menu à “Channel”. The frequency of the filter is also set to 1 MHz. Now even at very small vertical scales (i.e. 50 mV/div) the waveform is displayed completely, see screenshot. But the amplitude can not be correct. What goes wrong here?

This application note introduces the IVI High Speed LAN Instrument Protocol (HiSLIP) and outlines its features. HiSLIP is the successor to the VXI-11 LAN remote control protocol. This document also describes guidelines for using this protocol.

12-Nov-2014 | AN-No. 1MA208

Accuracy of RMS Measurements

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the toolbar functionality.

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the zoom functionality.

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the FFT functionality.

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the histogram functionality.

Volume Adjustment of the "BEEP"

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the smart grid functionality.

RTE, Oscilloscope, Tutorial Video, Rohde & Schwarz Basic introduction to the operation of the mask test functionality.

Connection of R&S ScopeSuite to RTO/RTP fails

FAQ - Decoding of SENT protocoll shows CRC errors

Export of analog and digital channels of the same acquistion

Rohde & Schwarz oscilloscopes have won several awards since entering the scope market in 2010. Learn more about the individual distinctions here.

The Rohde & Schwarz option K65, SpaceWire trigger & decode, for R&S®RTE and R&S®RTO offers triggering and decoding of SpaceWire protocol communication. Video, RTO2000, Oscilloscope, SpaceWire Triggering & Decoding The Rohde & Schwarz option K65, SpaceWire trigger & decode, for R&S®RTE and R&S®RTO offers triggering and decoding of SpaceWire protocol communication.

When I do RMS measurements and an offset is applied, the result changes. I could not see that effect on other scopes. What is wrong here?

We want to measure the voltage of the main line with our oscilloscope.

The R&S®RTE and R&S®RTO oscilloscopes can measure currents down to 100 uA using their low noise and high-sensitivity current probe. Video, RTO2000, Oscilloscope, Measurement of very small currents The R&S®RTE and R&S®RTO oscilloscopes can measure currents down to 100 uA using their low noise and high-sensitivity current probe.

I have compared passive and active probes. It seems that the noise with active probes is higher. What is the reason and what can I do to reduce the noise?

I have exported the waveform into a csv file. When I open the file in Excel, the values are completely wrong. How can I get correct values?