RTP164B digital oscilloscope, 16/8 GHz, 2/4 CH, 40GSa/s, 100Mpts, 3 Gpts/CH

Rohde & Schwarz RTP164B digital oscilloscope, 16 GHz on 2 channels or 8 GHz on 4 channels (1803.7000.16). 

• RTP164B, Digital oscilloscope, 16/8GHz,2/4 ch, 40GSa/s, 100Mpts
• RTP-B1E, Digital Extension Port
• RTP-B6, Arbitrary Waveform Generator, 2 analog & 8 digital channels
• RTP-B7, Differential 16 GHz pulse source
• RTP-B130, Memory upgrade 3 Gpoints per channel
• RTP-B20B, Front handles
• RTP-Z1, Front cover for R&S RTP

The R&S RTP high-performance oscilloscopes combine high-class signal integrity with fast acquisition and analysis. The Rohde & Schwarz frontend components offer an expandable oscilloscope platform from 4 GHz to 16 GHz. Dedicated acquisition and processing ASICs enable an unprecedented acquisition and processing rate of 750 000 waveforms/s. The unique 3 Gpoints per channel allow long acquisition periods. The high-precision digital trigger can catch the smallest signal anomalies and operate with hardware based clock data recovery (CDR) on embedded clock signals at an industryleading data rate of 16 Gbps. The RTP is the first oscilloscope that compensates impairment of signal contacting in real time while maintaining a high acquisition rate. Hardware based compensation filters are configured with user- applied S-parameters. The real-time math module, directly after the compensation filters, makes it possible to trigger even on deembedded differential and common mode signals. In one box, the RTP oscilloscope combines multiple instrument capabilities for time-correlated debugging. Additional integrated test resources such as MSO, arbitrary waveform generators, 16 GHz differential TDR/TDT sources and up to sixteen 18 bit high-precision voltage and current channels make the R&S RTP the most flexible and powerful debugging tool on the market. Together with its compact format, large screen and silent operation, the R&S RTP oscilloscope is ideal for any lab.

• Sample rate: 40 Gsample/s (2 channels interleaved), 20 Gsample/s on each channel
• Maximum memory depth: 3 Gpts
• Acquisition memory: 400 Mpoints on 1 channel, 100 Mpoints on 4 channels
• Maximum acquisition rate: > 750000 waveforms/s