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Serial communication with labview tutorial loops
Serial communication with labview tutorial loops










serial communication with labview tutorial loops

The Control reference node provides access to the Control methods and properties, such as CreateDevice() and CloseDevice(). Methods via the Functions Palette Accessing a Property or Method The examples are saved as LabVIEW 2012 compatible examples.įor tips on building your own VIs with Thorlabs Motion Control Hardware, please see our comprehensive Kinesis LabVIEW Guide.įor any questions or comments about these examples, please contact Tech Support. A Simulator VI is also provided which will enable connection to the Kinesis Simulator Application. Motor, Piezo and Piezo Motor, and Strain Gauge Reader).

serial communication with labview tutorial loops

The examples provided are related to specific controllers and are organized by hardware type (i.e.

serial communication with labview tutorial loops

In the example shown in Figure 3, two separate UI panels are created (one for each channel) which can be operated independently of one another.Ī range of downloadable, annotated example VIs can be found in the Example Vis tab. This will create the device connection and display the UI seen in Figure 1.Ĭontrollers that have a multi-channel architecture, such as the BSC202 Benchtop Controller and the MPZ601 Rack Module Controller, must also have the Channel Number specified. Considering the example of a KDC101 K-Cube DC Servo controller, this device UI can be initialized by providing the serial number of the device and selecting CreateDevice(), as illustrated in Figure 2. NET ‘Controls.dll’ into the LabVIEW front panel, the user will be able to load a user interface for any Kinesis compatible device. NET methods and properties in the LabVIEW block diagram.īy inserting the. This ‘View’ (UI), as seen in the Kinesis.exe application, can be hosted in the LabVIEW front panel, while providing the user access to back-end Kinesis. NET WinForms User Controls which can host the device user interface (UI) elements and provide access to the device methods and properties.įor example, the Kinesis graphical user interface (GUI) for the KDC101 K-Cube DC Servo controller is shown in Figure 1. Of the numerous dynamic link libraries (.dlls) included, the ‘Controls.dll’ provides a collection of. LabVIEW can be used to communicate with any Thorlabs Kinesis ® compatible controller via Kinesis. Figure 3: For Multi-Channel Device Types, the ‘Channel Number’ Property Must BeĪssigned in the Block Diagram to Correctly Initialize Each Device Channel LabVIEW












Serial communication with labview tutorial loops