Data Sheet

RIGOL

Super High Sample Bandwidth Ratio

600,000 wfms/s Capture Rate

Bandwidth and the sample rate are two key technical

specifications that engineers take priority in choosing the digital

oscilloscope. Bandwidth determines the maximum frequency

that the oscilloscope can acquire. The higher the bandwidth of

the oscilloscope, the better the oscilloscope can keep the steep,

fast, abundant harmonics components and energies of the signal

under test. The sample rate determines the time interval of the

sample points, which determines the refinement of the outlined

waveforms. The MSO7000/DS7000 series provides a maximum

of 10 GSa/s real-time sample rate and 20X sample rate/bandwidth

ratio for 500 MHz bandwidth, which makes itself far ahead of the

same level products.

While maintaining the super high sample rate of 10 GSa/s, the

MSO7000/DS7000 series also has a maximum of 500 Mpts

memory depth, enabling itself to capture more events in one

acquisition. This provides sufficient time for users to observe while

retaining the waveform details to a large extent. Thus, users can

not only get the detailed information about the waveforms, but

also can take an overview of the waveforms.

Engineers often have to spend a lot of time and efforts in

locating the problem in design and debugging. Therefore,

a proper debugging tool will help engineers to work more

efficiently. MSO7000/DS7000 series digital oscilloscope can

provide the waveform capture rate of up to 600,000 wfms/

s, so that the glitches and infrequent events in waveforms

can be quickly identified, greatly improving the debugging

efficiency for the engineers.

256-level intensity grading display can reflect the

occurrence frequencies of the infrequent events. Its newly

added color persistence function can highlight the signal

of different probabilities with a different color grading. You

can set the persistence time to control the duration time for

the waveforms to be displayed on the screen, so that the

display capability of the infrequent events can be further

enhanced.

Capture occasional exceptional signals in a highly refresh mode.