Area". Set the Browser menu of DG1000Z as "File", and move the cursor
onto the channel to be read, and then pulse Read. At this point, DS1 will
enter the "Stop" mode automatically, and DG1000Z will read the arbitrary
waveform data (namely the waveform data collected by DS1)
automatically. After the read, the arbitrary waveform data is stored in the
internal volatile memory of the current channel of DG1000Z and DG1000Z
switchs to arbitrary waveform ( Arb) mode (if the current mode is not
arbitrary waveform mode) automatically.
pulse Arb key at the front panel of DG1000Z to enter arbitrary waveform
⚫
mode, and pulse Select Wform → Stored Wform to enter the store
and recall interface of arbitrary waveform (at this time, the backlight of
the Store key at the front panel of DG1000Z turns on). Set the Browser
menu of DG1000Z as "Dir" and use the mando of DG1000Z to move the
focus cursor onto the model identifier of DS1. Now, all channels and their
on/off states
of DS1 will be displayed in the "File/Folder Display Area". Set the
Browser menu of DG1000Z as "File", and move the cursor onto the
channel to be read, and then pulse Read. At this point, DS1 will enter the
"Stop" mode automatically, and DG1000Z will read the arbitrary waveform
data (namely the waveform data collected by DS1) automatically. After
the read, the arbitrary waveform data is stored in the internal volatile
memory of the current channel of DG1000Z.
4.
Connect the output of the current channel of DG1000Z with the input of DS2.
Turn on the channel output of DG1000Z and DG1000Z will output the arbitrary
waveform collected by DS1. Configure DS2 to view the waveform collected by
DS1.
Note:
when the points of the waveform that DS1 has collected currently is less
than 8k (8192), DG1000Z will complement the points to 8k (8192) by the way of
linear interpolation if arbitrary waveform frequency output mode is currently
selected and not change the points if arbitrary waveform sample rate output mode
is currently selected.