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    Rigol MSO/DS7000 Oscilloskop

    MSO7054 : 500 MHz, 4 channels, 16 digital channels, 2ch signal source
    MSO7034 : 350 MHz, 4 channels, 16 digital channels, 2ch signal source
    MSO7024 : 200 MHz, 4 channels, 16 digital channels, 2ch signal source
    MSO7014 : 100 MHz, 4 channels, 16 digital channels, 2ch signal source

    DS7054 : 500 MHz, 4 channels,
    DS7034 : 350 MHz, 4 channels,
    DS7024 : 200 MHz, 4 channels,
    DS7014 : 100 MHz, 4 channels,

    Varenr: MSO/DS7000
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    7 instruments in 1

    Combine an Oscilloscope, Logic Analyzer, Protocol Analyzer, Waveform Generator, Voltmeter, and Counter/Totalizer in one instrument to quickly find answers to your measurement challenges.

    Long Record Length (100M std/500M opt)

    Find elusive problems in complex digital streams with long acquisitions at high sample rates.

    Flexible user interface combining touch, mouse, knob/button, web, and remote control

    With a 10.1 inch touchscreen, full set of knobs and buttons, and mouse support the 7000 makes it easy to analyze signals whichever way works best in your lab. The included interactive browser control allows interactive control from a phone or tablet. PC software provides remote operation and control. The programming interface makes it possible to automate complex test sequences.

    Protocol Analysis for today’s common serial communication buses

    Trigger, decode, and visualize serial bus traffic to speed analysis and debug of Embedded Serial Bus designs.

    Full Memory Hardware Measurement

    No longer limited to the waveform effects visible on the screen, the results can still be accurately obtained for multi-cycle high-frequency signal testing.

    Over 600K wfms/s Waveform Capture rate

    Minimize scope “dead time” between trigger events and increase observations of random and sporadic events.

    Enhanced Color FFT

    The FFT capability on the 7000 utilizes up to 1 million points for fine resolution. The 7000 Series advanced user controls makes it easier to find signals of interest in the frequency domain. The color FFT function provides a probability colorization that highlights transient and hopping RF signals much like a real-time spectrum analyzer.

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