Tektronix AWG610 Manuale Utente
AWG610 Arbitrary Waveform Generator User Manual
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The Pattern Editor
The Pattern Editor lets you create and edit data to output the analog signal.
Graphic and tabular are the two display modes. The graphic mode displays the
waveform graphically, while the tabular mode displays the tubular mode
numerically in tabular form.
Graphic and tabular are the two display modes. The graphic mode displays the
waveform graphically, while the tabular mode displays the tubular mode
numerically in tabular form.
The instrument will interpret the data bit values and send the resulting signal to
the CH 1 or CH1 output.
the CH 1 or CH1 output.
About Waveform and Pattern Files
You can load both the waveform (.wfm) and pattern (.pat) files to output a
waveform to CH1 and CH1. When you load a waveform file, the instrument
converts the file to an 8-bit digital pattern and stores the pattern into the
waveform memory. At the same time, the instrument stores the data in the
pattern file into the waveform memory without any conversion.
waveform to CH1 and CH1. When you load a waveform file, the instrument
converts the file to an 8-bit digital pattern and stores the pattern into the
waveform memory. At the same time, the instrument stores the data in the
pattern file into the waveform memory without any conversion.
The waveform file format is composed of 4-bytes for each data point and 1-byte
for markers. The pattern file format is composed of 2-bytes including data and
markers.
for markers. The pattern file format is composed of 2-bytes including data and
markers.
When you transfer the data, select pattern file to shorten the transfer time if you
are not going to perform other operations on the data. The number of bytes in the
pattern file is always less than that of the waveform file even though they are the
same data length.
are not going to perform other operations on the data. The number of bytes in the
pattern file is always less than that of the waveform file even though they are the
same data length.
However, when you use waveform data to generate another waveform by
mathematical operations, such as multiplying, dividing, or adding, you must
keep the waveform data as a waveform file. The waveform file format exists for
keeping the data precision in mathematical operations.
mathematical operations, such as multiplying, dividing, or adding, you must
keep the waveform data as a waveform file. The waveform file format exists for
keeping the data precision in mathematical operations.
For more details about file format, refer to the Data Transfer section in the
AWG610 Arbitrary Waveform Generator Programmer Manual.
AWG610 Arbitrary Waveform Generator Programmer Manual.