R&S®RTM3000 versus Tektronix 3 Series MDO - Comparison Sheet Brochures and Data Sheets

R&S®RTM3000 versus Keysight InfiniiVision 3000T - Comparison Sheet Brochures and Data Sheets

Get in touch with the power of ten. Discover the R&S®RTM3000 oscilloscopes (100 MHz to 1 GHz) - Poster

The R&S®RTM3000 and R&S®RTA4000 offer pulse width modulation (PWM) track analysis functionality, which is a great feature for verifying and optimizing soft start.

09-Jul-2019

The track functionality of the R&S®RTM3000 and the R&S®RTA4000 oscilloscopes is a great feature for displaying any varying PWM signal versus time in various applications.

25-Sep-2019

Combining a low-noise oscilloscope with a power rail probe provides a measurement system that delivers measurements that are more accurate.

03-Jan-2018

Combining a low-noise oscilloscope with a power rail probe, developed uniquely for measuring power rails, provides a measurement system that delivers measurements that are more accurate.

09-Jul-2020

This application note describes how to measure the control loop stability of switch-mode power supplies to get the best performance and confidence of the design.

01-Jul-2019 | AN-No. GFM321

Here you will find bargains like the latest generation test and measurement instruments which have been used by our sales teams for demonstration, training and loan.

Rohde & Schwarz oscilloscopes meet frequency response analysis task requirements and provide a cost-optimized alternative to dedicated standalone low frequency network analyzers.

19-Jun-2019

The R&S®RTx-K36 frequency response analysis (Bode plot) option provide a low-cost alternative to low frequency network analyzers or dedicated standalone frequency analyzers.

31-Dec-2018

A deep, segmented memory combined with dedicated trigger conditions solves this problem by permitting the acquisition of relevant sequences without long pauses.

01-Dec-2017

Models: R&S®RTM3002, R&S®RTM3004, R&S®RTM3002 + RTM-B222, R&S®RTM3004 + RTM-B242, R&S®RTM3002 + RTM-B223, R&S®RTM3004 + RTM-B243, R&S®RTM3002 + RTM-B225, R&S®RTM3004 + RTM-B245, R&S®RTM3002 + RTM-B2210, R&S®RTM3004 + RTM-B2410

Models: R&S®RTM3002, R&S®RTM3004, R&S®RTM3002 + RTM-B222, R&S®RTM3004 + RTM-B242, R&S®RTM3002 + RTM-B223, R&S®RTM3004 + RTM-B243, R&S®RTM3002 + RTM-B225, R&S®RTM3004 + RTM-B245, R&S®RTM3002 + RTM-B2210, R&S®RTM3004 + RTM-B2410

Models: R&S®RTM3002, R&S®RTM3004, R&S®RTM3002 + RTM-B222, R&S®RTM3004 + RTM-B242, R&S®RTM3002 + RTM-B223, R&S®RTM3004 + RTM-B243, R&S®RTM3002 + RTM-B225, R&S®RTM3004 + RTM-B245, R&S®RTM3002 + RTM-B2210, R&S®RTM3004 + RTM-B2410

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

RTx-PK1 Application Bundle – Fact Sheet

We are celebrating 10 years of Rohde & Schwarz oscilloscope innovation and measurement confidence. Celebrate with us and win 1 of 10 R&S®RTB2000 oscilloscopes. Find out more.

The application fields of oscilloscopes extend to EMI debugging because of their powerful and easy-to-use FFT analysis capabilities– and save time and money.

23-Sep-2019

We offer educational institutions a wide variety of instruments from basic bench to high-end equipment, as well as multiple educational resources.

R&S®RT-Zxx Oscilloscope Adapters - Specifications

RTB/RTM/RTA - reduce Stop Frequency at FFT

RTM/RTA: Measurement on several pulses of a train.

RTB, RTM, RTA: Acquire Mode "High Resolution" looses details?

I want to install the RTB / RTM / RTA into a rack and I use the rackmount kit "ZZA-RTB2K". Is the ground of the oscilloscope then connected to the frame of the rack?

With active FFT it seems that the timebase setting can not be changed. Is there a way to do that?

TM/RTA - Edge A/B Trigger - Remote commands for the trigger level

I have saved some important screenshots in /INT/SCREEN path. Now I want to save/copy these data on a USB key or my PC.

What is the calculation base for the sample rate on my R&S RTA / RTM series scope when using FFT?

I do RMS measurement on a signal after switching the channels. Even with *OPC? or *WAI the result is implausible: 9.91e+37 . How can I get a correct result?