Never
miss abnormal waveforms with
high-speed acquisition and history
memory.
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You can
preserve up to 2,000 captures of
actual waveform data (not screen
images), and after measurement
has stopped, you can review past
waveforms individually for
detailed analysis.
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Search and
Zoom.
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Automated
measurement of waveform
parameters.
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Variety of
advanced computations.
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You can
analyze any past waveforms in
detail by recalling them from
memory.
On most oscilloscopes, to observe
and analyze abnormalities such as
unpredictable noise in detail, you
have to devise clever trigger
settings and re-measure the event.
With the DL6000/DLM6000, there is no
need to re-measure the phenomena
because once the event occurs, you
can use the History Memory function
to review past waveforms that were
originally displayed on screen.
Serial bus analysis
function (option)
With an Auto Setup function for
serial bus analysis (option),
the DL6000/DLM6000 series
automatically performs the tedious
task of entering settings. You just
need to select the bus type and
input channel, and the oscilloscope
will automatically recognize the
waveform, set parameters such as bit
rate, and display analysis results
instantaneously. Also, two different
busses can be analyzed at the same
time, E.G. you can analyze a CAN and
LIN bus simultaneously.
Power supply analysis
function (option)
By using combinations of
differential and current probes, you
can evaluate the switching loss or
analyze the safe operating area in
power supply waveforms. Through
statistical computation you can also
measure multiple switching waveforms
and display the loss on a per-period
basis in lists and trends, or
display statistics on the aggregate
loss of up to 2,000 switching
waveforms stored in History Memory.
If precise calculations are
required, a correction function and
High Resolution mode are available. |