National Instruments SCXI -1125 用户手册
Chapter 5 Using the SCXI-1125
© National Instruments Corporation
5-19
An example of using the AI Parameter VI to control an SCXI-1125 is
shown in Figure 5-4.
shown in Figure 5-4.
Figure 5-4. Using the AI Parameter VI to Set Up the SCXI-1125
Configure, Start Acquisition, and Take Readings Using Traditional
NI-DAQ (Legacy) in LabVIEW
NI-DAQ (Legacy) in LabVIEW
After you have performed an offset null compensation and configured the
SCXI-1125 settings for your application, you can use the intermediate
analog input functions AI Config VI, AI Start VI, AI Read VI, and AI Clear
VI to create your data acquisition application. You can find the
intermediate data acquisition Traditional NI-DAQ (Legacy) functions in
the function subpalettes Data Acquisition»Analog Input. NI recommends
using the intermediate analog input functions for most SCXI-1125
applications. For more information about using the intermediate data
acquisition Traditional NI-DAQ (Legacy) functions, refer to the LabVIEW
Measurements Manual. You also can use the LabVIEW Help for more
detailed information about the various inputs and outputs of these
functions.
SCXI-1125 settings for your application, you can use the intermediate
analog input functions AI Config VI, AI Start VI, AI Read VI, and AI Clear
VI to create your data acquisition application. You can find the
intermediate data acquisition Traditional NI-DAQ (Legacy) functions in
the function subpalettes Data Acquisition»Analog Input. NI recommends
using the intermediate analog input functions for most SCXI-1125
applications. For more information about using the intermediate data
acquisition Traditional NI-DAQ (Legacy) functions, refer to the LabVIEW
Measurements Manual. You also can use the LabVIEW Help for more
detailed information about the various inputs and outputs of these
functions.