First, connect the Model 395, the scope,
and
the "controller" as described in "Initial
Setup"
of
paragraph 5.5.
Then, send these commands to set up the sequence:
*RST
[:SOURce]
:SEQuence:LENGth
2;
[:SOURce]
:SEQuence:FUNCtion
syncl,O;
FUNCtion
sync2,li
[:SOURce]
:SEQuence:ADVance
AUTO,
0;
ADVance
AUTO,li
[:SOURce] :SEQuence:DWELl
12,1
Output
the
sequence
by
sending
these
commands:
[:SOURce] :FUNCtion:MODE
SEQuence
:OUTPut [:STATe]
li
:OUTPut:SYNC
1;
:OUTPut:SYNC:SOURce
PMAR;
<pmt>
5.5.4 Storing and Recalling Setups
Example 7. Storing and Recalling an Instrument Setup
This example stores the "
run
ning" sequence created using example 6. This example is
the
SePI
equivalent
of
example 7 in paragraph 3.9.
Store the current instrument setup as "sync" by sending these commands:
:MMEMory:STORe[:SETup]
sync
<pmt>
Recall the setup named "sync" by sending these commands:
:MMEMory:LOAD[:SETup]
sync
<pmt>
5.5.5 The Model 395 As a Sweep Generator
Example 8. Setting up the Sweep Generator
This example creates a 5 second, 200 kHz and
400
kHz
triggered sweep waveform that
is
triggered
by
the internaI trigger source (15
second
rate)
of
the
Model
395.
This
example is the
SePI
equivalent
of
example 8 in paragraph 3.10.
Note
The following commands are shown
on
separate tines for clarity.
But
when sending the actual command string, you can string the commands
a continuous string which ends with the program message terminator,
<pmI>.
First, connect the Model 395, the scope and, the "controller" as described in "Initial
Setup"
of
paragraph 5.5.
5-20 Remote Operation
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