•
Timeout
: 10 s
•
Frequency
: Frequency returned by the
Current Configuration
output of niFgen
ni5433 Flatness Cal Configure in the previous step
14. Wait 1 second for settling.
15. Measure the power of the signal using the power sensor.
16. Call niFgen ni5433 Flatness Cal Adjust with the following settings:
•
Measured Power (dBm)
: Power of the waveform present on CH 1 of the
PXIe-5423 and measured by the power sensor in the previous step in dBm
17. If the
Flatness Cal Complete
output of niFgen ni5433 Timebase Cal Adjust returns
FALSE
, repeat steps 12 through 16 until
Flatness Cal Complete
returns
TRUE
.
Reverification
on page 6 procedures to determine the as-left status of the
PXIe-5423.
Note
If any test fails reverification after performing an adjustment, verify that you
have met the test conditions before returning your PXIe-5423 to NI. Refer to the
section for information about support resources or service requests.
Setting the Calibration Date and Due Date
After completing all verifications or reverifications, set the calibration date and a calibration
due date for the PXIe-5423 using either Measurement Automation Explorer (MAX) or the
LabVIEW NI System Configuration API.
NI recommends a calibration due date of the date of external calibration plus the external
calibration interval for the PXIe-5423.
•
MAX—Navigate to the External Calibration section of the Settings tab and update the
Calibration Date
and
Calibration Due Date
entries. Click Save.
•
LabVIEW NI System Configuration API—Use the Update Calibration VI to set the
calibration date
and
calibration due date
.
The calibration due date can be either a specific date or an interval in months.
Related Information
on page 5
NI Services
Visit
to find support resources including documentation, downloads, and
troubleshooting and application development self-help such as tutorials and examples.
Visit
to learn about NI service offerings such as calibration options, repair, and
replacement.
18
|
ni.com
|
PXIe-5423 Calibration Procedure
