1335.8794P05 Mixed signal oscilloscope RTM 3000, 100 MHz, 4 channels

See more of your signal with the power of 10! Designed as daily problem-solving tool, the R&S®RTM3000 combines the power of ten (10-bit ADC, 10 times the memory and 10.1" touchscreen) with a Rohde & Schwarz probe interface for all Rohde & Schwarz probes.

With four times more vertical resolution than standard 8-bit ADCs. It maintains fast sampling rates at all times and is exceptionally comfortable to use with its 10.1" touchscreen with gesture support.

Signal analysis with quick results

See small signal details in the presence of large signals. The R&S®RTM3000 features a customized Rohde & Schwarz designed 10-bit A/D converter that delivers a four-fold improvement over conventional 8-bit A/D converters. The increased resolution results in sharper waveforms with more signal details that would otherwise be missed. One example is the characterization of switched-mode power supplies. The voltages across the switching device must be determined during the on/off times within the same acquisition.

10-bit A/D converter

The integrated A/D converter uncovers even small signal details and ensures a vertical resolution four times higher than traditional oscilloscopes.

Capture and analyze pulsed and burst signals over a long period

40 Msample standard and 80 Msample interleaved. The R&S®RTM3000 offers a class-leading memory depth: 40 Msample per channel are available, even 80 Msample in interleaved mode. This is eight times more than similar oscilloscopes in the same instrument class. The user captures longer acquisition sequences even at high sampling rates for more analysis results, e.g. when analyzing transients of switched-mode power supplies.

Logic analysis with the MSO option

16 additional digital channels. The oscilloscope captures and analyzes signals from analog and digital components of an embedded design - synchronously and timecorrelated to each other. For example, the delay between input and output of an A/D converter can conveniently be determined using the cursor measurements.