7.9 Identifying Memory Space Required for Saving Arbitrary Waveforms
WF1967/WF1968
7-13
7.9
Identifying Memory Space Required for Saving Arbitrary
Waveforms
The non-volatile memory can save arbitrary waveforms up to 128-waveforms or 4 Mi-words (8Mi
bytes).
The memory capacity (K-byte) required when saving an arbitrary waveform in the array format and
control point format, respectively is calculated by the following formula.
Array format: (2 x waveform length (word) + 768) / 1024 (rounding up the decimal point)
Control point format: (8 x the number of control 768) / 1024 (rounding up the decimal point)
The memory capacity required when saving an arbitrary waveform in the array format is shown in the
following table:
Waveform size
4KiW
8KiW
16KiW
32KiW
64KiW
128KiW
256KiW
512KiW
1MiW
Memory
capacity
required for
save
9KiB
17KiB
33KiB
65KiB
129KiB
257KiB
513KiB
1025KiB
2816KiB
The example of memory capacity required when saving an arbitrary waveform in the control point
format is shown in the following table:
Number of
control points
2
10
100
300
1,000
2,000
5,000
10,000
Memory
capacity
required for
save
1KiB
1KiB
2KiB
4KiB
9KiB
17KiB
40KiB
79KiB
In the selection screen of the arbitrary waveform (common to both recall and save), the following items
are displayed in addition to the waveform number, [No.], and waveform name, [Name].
•
Data format [Type]: The waveforms in the array and control point formats are displayed as [RAW] and
[Point], respectively. The edit memory with No.0 is displayed as [Point] because of the control point
format.
•
Save memory capacity [Size]: For arbitrary waveforms between No.1 and 128, the memory capacity
used for saving is displayed in K-bytes. For the edit memory with No. 0, the memory capacity required
if it is saved is displayed in K-bytes.
•
Total save memory capacity [Total Size]: Total memory capacity currently used for saving arbitrary
waveforms between No.1 and 128 is displayed in K-bytes. The size of edit memory with No.0 is
excluded from the total capacity.
Data format
Memory capacity used
for save
Total memory capacity
used for save
Содержание WAVE FACTORY WF1967
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Страница 19: ...WF1967 WF1968 1 1 1 Overview 1 1 Features 1 2 1 2 Operating Principles 1 4...
Страница 50: ...3 3 Cautions on Floating Ground Connection WF1967 WF1968 3 20 MEMO...
Страница 156: ...4 9 Setting and Operation of Burst WF1967 WF1968 4 106 MEMO...
Страница 206: ...7 9 Identifying Memory Space Required for Saving Arbitrary Waveforms WF1967 WF1968 7 14 MEMO...
Страница 221: ...WF1967 WF1968 9 1 9 Synchronizing Multiple Units 9 1 Connection Procedure 9 2 9 2 Performing Synchronization 9 4...
Страница 226: ...9 2 Performing Synchronization WF1967 WF1968 9 6 MEMO...
Страница 262: ...13 6 Product Information Display Information WF1967 WF1968 13 4 MEMO...
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