16-15
IM AQ1200-01EN
Multi-Core Fiber Measurement
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App
Index
20
• When Fault Event Is On
When measured data is saved, the corresponding core number in the list will display the pass/fail
judgment result.
If the measured value is less than or equal to the fault event threshold (greater than equal in the
case of reflection), the result is pass. Otherwise, the result is fail.
For multi wavelength measurements, the pass/fail judgment result appears when the measured
data of all wavelengths have been saved.
You can view the save condition of each wavelength in the preview area.
A pass/fail judgment result appears next to the wavelength whose measured data has been
saved.
Pass/fail judgment result
The pass and fail counts of the current core
(which is in the list) are displayed in the lower
right of the display.
Current count
Note
NoJudge display
If an MPJ file of an older version is loaded, the file may contain core information whose event analysis has
not been executed even when the fault event display is turned on.
If this occurs, you can turn off the fault event setting once and then turn it back on so that pass/fail judgment
is executed again on the measured data and pass or fail is indicated.
Erase Check Mark
Pressing the Error Check Mark soft key deletes the measured data that has been saved for the
selected core number.
A deletion confirmation screen shown below appears. If you select OK and press ENTER, the
measured result data is deleted, and the check mark or the pass/fail judgment result indication for the
core number is cleared.
Where Measured Results Are Saved
Measurement result files (.SOR extension) for each core are saved to a folder in the folder where the
project file (.MPJ extension) is saved. The folder name is the same as the project name.
If a project is loaded from a USB memory device, measured results will be saved to the USB memory
device. For details, see section 16.2.
Saving the Project
The project file and measurement result files of each core can be compressed in MPZ format and
saved.
For the procedure to save files, see section 18.2.
16.3 Measuring Multi-Core Fibers
