Tabor Electronics 5064, Руководство пользователя

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5-22
Name Range Type Default Description
<phase_offs> 0 to

1e6-1
Numeric
(Integer
only) 0 Will set the phase offset in reference to channel 1.
The range is extended to

2e6-1 when option 2 is
installed. 1M is standard.
Response
The 2074 will return the present phase offset value.
FUNCTion:MODE{FIXed|USER|SEQuence|MODulatedCOUNter|PULSe|H
ALFcycle}(?)
Description
This command defines the type of waveform that will be available at the output connector. It also selects
one fo the auxiliary functions from: counter/timer, digital pulse generator and half cycle waveforms
Parameters
Name Type Default Description
FIXed Discrete FIX Selects the standard waveform shapes. There is an
array of waveforms that is built into the program. You
can find these waveform shapes in the standard
waveforms section.
USER Discrete Selects the arbitrary waveform shapes. Arbitrary
waveforms must be loaded to the 2074 memory
before they can be replayed. You can find
information on arbitrary waveforms in the appropriate
sections in this manual.
SEQuenced Discrete Selects the sequenced waveform output. To generate
a sequence, you must first download waveform
coordinates to different segments and then build a
sequence table to generate a complex waveform that
is using these segments.
MODulated Discrete Selects the modulated waveforms. There is an array
of built-in modulation schemes. However, you can
also build custom modulation using the arbitrary
function.
COUNter Discrete Selects the counter/timer auxiliary function. Note that
when you select this function, all waveform
generation of the 2074 are purged and the 2074 is
transformed to behave as if it was a stand-alone
counter/timer. The counter/timer functions and
parameters can be programmed using the auxiliary
commands.
PULSe Discrete Selects the digital pulse generator auxiliary function.
Note that when you select this function, all waveform
generation of the 2074 are purged and the 2074 is
transformed to behave as if it was a stand-alone
pulse generator. The digital pulse generator functions
and parameters can be programmed using the