Pico Technology introduced the PicoScope 9404 SXRTO

Pico Technology introduced the PicoScope 9404 SXRTO

Sampler eXtended Real Time Oscilloscope features four 5 GHz 12-bit channels, each supported by real-time sampling to 500 MS/s per channel and up to 1 TS/s (1 ps) equivalent-time sampling
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Pico Technology introduced the PicoScope 9404 SXRTO (Sampler eXtended Real Time Oscilloscope). The 9404 features four 5 GHz 12-bit channels, each supported by real-time sampling to 500 MS/s per channel and up to 1 TS/s (1 ps) equivalent-time sampling.  Both the voltage and timing resolution specifications are characteristics of the highest performance broadband oscilloscopes.

The wide-band inputs, and fine timing and voltage resolutions, display and accurately measure transitions as fast as 70 ps, clock performance and eye diagram analysis of gigabit signals. Less than 2 ps RMS trigger jitter and 5-GHz internal trigger supports margin analysis and characterization of today’s high-speed serial data systems.  Whilst real time broadband sampling can support simultaneous display of baseband modulation, carrier envelope and envelope track control signals around amplify, route and transmit paths; including major wireless communication frequency bands such as 900MHz and 2.4GHz.

Pico’s SXRTO instrument architecture vastly reduces the cost of broadband time domain sampling for repetitive signal or clock related applications.  Mark Ashcroft, RF Business Development Manager at Pico, observes that the principal cost driver within the traditional real-time oscilloscope (RTO) is that of data and memory bandwidth.  High speed real-time sampling requires data bandwidth far in excess of the analogue system bandwidth, which drives up the cost of those instruments. Nearly all RTO’s use ETS (random Equivalent Time Sampling) to extend sampling density when repetitive signals are available.  Pico’s SXRTO architecture samples at a more cost-effective lower rate of 500 MS/s and instead develops the ETS technique to achieve market leading sample rate multiplication of x 2000 to 1 TS/s. Many high bandwidth signals are repetitive so the expensive high sampling rate is not needed.

In contrast to “Sampling Oscilloscopes” the ETS technique supports trigger and pre-trigger capture and the familiarity, convenience and ease of real-time oscilloscope operation.  Pico’s SXRTO technology seamlessly transitions to single event waveform capture at sampling rates at and below 500 MS/s into capture memory of 250,000 samples (single channel); particularly valuable for the capture of slower system signals and modulation envelopes for example.

This USB controlled instrument is supplied with PicoSample 4 software. The touch compatible GUI supports set up of the instrument and presents waveforms, measurements and statistics on the user preferred size and format of display.  This includes full support for Hi Resolution monitors and projection, for example 4k. Up to four independent zoomed trace views can be used to examine the waveform details.

More information at https://www.picotech.com

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