User Manual

10.4 Loading Data
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10
Chapter 10 Saving/Loading Data & Managing Files
Loadable settings data file:
“file name”.MEM, REC, FFT, SEQ* (when memory division is enabled), IDX*
(with the Divided Saving function), RSI* (with the Real-Time Saving function)
*. Index file
By loading an index file, data files are loaded as a batch.
To load waveform data in a batch
When waveform data is saved by Memory Division or in recording length divi-
sions, an index file is created along with the waveform data files.
By loading this index file, the waveform data files are loaded as a batch.
10.4.3 Loading Waveform Data
Operating Key Procedure
1
Select the data to load (⇒ p. 276).
2
F1
Select [Load].
A confirmation dialog box appears.
3
F1
Select [Execute].
The selected waveform data is loaded on the in-
strument.
To cancel loading
Select F2 [Cancel].
Loading Waveform Data
To open the screen: Press the FILE key → File screen
If F1 [Load] is not displayed, press the
F8 key to switch to [Page 1/3].
When the waveform data is loaded, the waveform displayed currently on the
instrument is deleted. The loaded waveform and settings appear.
Index File
Extension
Description
IDX
The divided data files are loaded all at once.
This index is created when saving data after setting the recording length for
[Division] on the Save Settings screen (unless [All Blocks] is selected for
Memory Division, in which case no IDX file is created).
See "10.3.7 Automatically Saving Waveforms" (
⇒ p. 267)
"10.3.8 Optionally Selecting Waveforms & Saving (SAVE Key)" (
⇒ p.
270)
SEQ
(When using Memory Division with the Memory function)
To create an index file:
Enable Memory Division (set it to [ON]), set the target blocks on the Save Set-
tings screen to [All Blocks], and save.
See "10.3.8 Optionally Selecting Waveforms & Saving (SAVE Key)" (
⇒ p.
270)
RSI
(Real-Time Saving Function only)
Loads data measured with the Real-Time Saving function
To create an index file:
It is automatically created when measuring with the Real-Time Saving func-
tion.
See "Chapter 9 Measuring with Real-Time Saving" (
⇒ p. 225)