New RTM oscilloscope model from Rohde & Schwarz ideal for education sector
Rohde & Schwarz is expanding its R&S RTM bench oscilloscope family with the addition of a new model that’s ideal for the education sector.
The instrument features a 200 MHz bandwidth and an education mode that deactivates special measurement tools to help students quickly learn how to work with an oscilloscope. The new digital voltmeter and frequency counter option also supports users in development, manufacturing and service with fast, precise results.
The new 200 MHz models have been designed especially for universities and educational institutions. The education mode makes it possible to disable all analysis tools (eg Autoset and QuickMeas) and automatic measurements. The mode is password-protected and available for the other bandwidth models of the RTM range as well.
The RTM is also ideal for general T&M applications in development, manufacturing and service. Using the R&S RTM-B200, -B201 and -B202 bandwidth upgrade options, the 200 MHz models can grow with future requirements and be expanded to 500 MHz. The new R&S RTM-K32 digital voltmeter option enables the RTM to measure various values such as AC, DC, peak and crest factor with three-digit accuracy regardless of the oscilloscope's triggering. A seven-digit frequency counter has also been integrated into the scope.
With a sampling rate of 5 Gsample/s and a memory depth of 20 Msample, the R&S RTM bench oscilloscope is the best in its class. Its functional range can be further expanded with additional options including a large selection for triggering and decoding serial buses (R&S RTM-K1 to -K7).
With 460 Msample memory depth, the R&S RTM-K15 history and segmented memory option is particularly beneficial for seamless analysis of data sequences with long rest periods such as pulsed signals and serial bus data packets.
The R&S RTM-K31 power analysis option provides users with specialised measurement functions to automatically verify the quality of all components of switching power supplies.