Fluke 281 User Manual page 308

291, 292, 294
Users Manual
ARBDATACSV? <cpd>
ARBDATA? <cpd>
ARBRESIZE <cpd>,<nrf>
ARBRENAME <cpd1>,<cpd2>
ARBPOINT <cpd>,<nrf1>,
<nrf2>
ARBLINE <cpd>,<nrf1>,
<nrf2>,<nrf3>,<nrf4>
ARBINSSTD <cpd1>,<cpd2>,
<nrf1>,<nrf2>
ARBINSARB <cpd1>,<cpd2>,
<nrf1>,<nrf2>
17-16
Returns the data from an existing arbitrary
waveform.
<cpd> must be the name of an existing
arbitrary waveform.
The data consists of ascii coded values as
specified for the ARBDATACSV command. The
data is sent from the arbitrary waveform between
the points specified by the ARBEDLMTS
command.
Returns the data from an existing arbitrary
waveform.
<cpd> must be the name of an existing
arbitrary waveform.
The data consists of binary coded values as
specified for the ARBDATA command. The
data is sent from the arbitrary waveform between
the points specified by the ARBEDLMTS
command.
This command cannot be used over the RS232
interface since it contains a binary data block.
Change the size of arbitrary waveform <cpd>
to <nrf>.
Change the name of arbitrary waveform
<cpd1> to <cpd2>.
Set the waveform point at address <nfr1> in
arbitrary waveform <cpd> to <nrf2>.
Draw a line in arbitrary waveform <cpd>
from start address and data <nrf1> and
<nrf2> to stop address and data <nrf3> and
<nrf4>.
Insert the standard waveform <cpd2> into the
arbitrary waveform <cpd1> from start address
<nrf1> to stop address <nrf2>.
<cpd2> must be one of <SINE>,
<SQUARE>, <TRIANG>, <DC>, <POSRMP>,
<NEGRMP>, <COSINE>, <HAVSIN>,
<HAVCOS>, or <SINC> and <cpd1> must
be an existing arbitrary waveform.
Insert the arbitrary waveform <cpd2> into
arbitrary waveform <cpd1>.
Use that part of <cpd2> specified by the
ARBEDLMTS command and insert from start
address <nrf1> to the stop address <nrf2>.
<cpd1> and <cpd2> must both be existing
arbitrary waveforms but they cannot be the same
waveform.