National Instruments cRIO-9118 CompactRIO Chassis

The cRIO‑9118 (Part Numbers: 780920-01 and 780920-02) was created to program the AI module utilizing LabVIEW FPGA. To do this, the user should put the frame and the AI module into LabVIEW FPGA Interface mode. The user can utilize alternate modules in Scan Interface mode. The I/O point status markers on the modules are rationale side pointers. The LED shows the on or off status and mirrors the status of the point regarding the CPU. On a yield module, the status pointers could be working ordinarily while the genuine yield gadget (transistor, triac, and so on) could be harmed. With an info module, if the pointer LED is on, the information hardware ought to work appropriately. To confirm appropriate usefulness, verify that the LED goes off when the information flag is expelled.

The NI Scan Engine empowers effective single-direct access toward sets of information channels like I/O channels, utilizing an output that stores information in a worldwide memory guide and updates all qualities at a solitary rate, known as the sweep time frame. The sweep time frame must incorporate the ideal opportunity for the output itself, as well as the ideal opportunity for the application rationale.

NI Scan Engine execution is essentially controlled by two key components. The principal component is the I/O Scan Thread: this is attached to equipment assets and is influenced by the type and number of C Series Modules utilized, if timestamps are gained, and different variables. The second component is the I/O Variable hub. This is attached to programming assets and is influenced by the quantity of hubs in a LabVIEW VI, how hubs are gotten to, and different variables.