Drivers Labview Arduino
Manually install Drivers on Windows. The following instructions are for Windows 7, Vista and 10. They are valid also for Windows XP, with small differences in the dialog windows. In the following instruction only the Leonardo board will be mentioned, but the same procedure is valid for all the Arduino boards. Two analog inputs of Arduino will be measured and displayed on a graph in LabVIEW. A brief introduction to LabVIEW, according to Wiki, LabVIEW is a system design platform and development environment using graphical programming made by National Instruments.
If you have installed LabVIEW, chipKIT WF32 drivers, and LabVIEW MakerHub LINX already, you can skip this step.
Labview Arduino Download
First, install LabVIEW onto your computer.
Next, install NI VISA here if you did not include it in your LabVIEW installation. Once that is completed, install LabVIEW MakerHub LINX here by clicking on download now from the attached page. A detailed installation instruction video can be found by clicking on 'Getting Started.'
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With all the required software installed, connect chipKIT WF32 to your PC using a USB A to mini B USB cable. Windows will most likely install the device drivers automatically. To make sure, open the device manager from the control panel and expand the Ports section. The COM port is the chipKIT WF32 and if the drivers were not installed correctly, a yellow exclamation mark will appear over the device.
If the drivers were not installed properly, download the drivers for your device which are included as part of MPIDE found at http://chipkit.net/started/install-chipkit-software/. Once the drivers are installed, right click on the COM port for the chipKIT WF32 and click properties then click on port settings and choose advanced. Under the BM options, change the latency timer to 1 ms.
Now, launch LabVIEW and click tools --> MakerHub --> LINX --> LINX Firmware Wizard to deploy the LINX firmware to the chipKIT. Choose Digilent from device family and choose chipKIT WF32 from device type and click next (pictured above). Choose the COM port that the WF32 is connected to. Click next and then choose LINX serial/USB and click next again. The firmware will then be transferred to the WF32 and the on-board lights will flash.
Again, if you're having trouble with these steps, check out the guide on LabVIEW MakerHub for step-by-step video instructions.
Hey everybody,I'm quite new to LabView and I like the idea connecting it Arduino. In my application I want to control a Stepper Motor with LabView. My hardware setup for that is:
LabView with LINX -> Arduino connected via USB -> Stepper Motor Driver -> Stepper Motor
Labview For Arduino
I made a test program where I read out an analog value and set a digital output (Independent of the Stepper Motor) and I it runs with a loop rate of 65 Hz.
But if I run the stepper directly with the Arduino on max. Speed then I give the impulse to the motor driver every 500 microseconds = 2000 Hz.
Drivers Labview Arduino Software
This means my setup is to slow!
Is there any other way to have a higher loop rate (Using a different Hardware etc.) or do I need to control the Stepper directly form a “embedded” hardware like the Arduino?
Later I plan to add a camera and do image processing in LabView.
Thank you and Best regards
Martin