1. Labview Serial Read And Write
2. Ps/2 Port

Using LabVIEW to Send Commands via RS232 to ADR Interfaces: LM335 Temperature Measurement. The following application demonstrates how LabVIEW can be used with ADR interfaces, or any ASCII based serial data acquisition and control interface. The PC running Labview to connect to the microcontroller using RS232 and exchange data. The most widely available RS232 signals at the D9/Serial connector of a standard, and PC jump between about -12V (logic high) and about +12V (logic low). Signals atUSB port are completely different from RS232 signals, but can be converted to.

So I'm repairing the code that makes 2 stepper motors run. The first stepper motor is initialized outside the main loop of the program as follows: www.imgur.com/jiB4j1t

the first sets the 'value' property of the first visa resource name to the comm1 i/o serial port thing.

then the stacked sequence sends it to the serial thing with a baud rate of 9600.

all of the interaction (because of the lack of driver) is done using VISA read/write. I've seen 2 examples now of this being done, so I'm positive it can be done.

I guess my biggest problem is that i'm not sure what to read/write to the VISA. How would I go about figuring this stuff out?

However, I'm also only like 75% sure that I completely understand what's going on in the stacked sequence I provided. (Where the instrument is initialized). if someone could give me a better explanation, that would be very helpful too.

thanks in advanced, I appreciate it!

1118-1516-8116-5503-0164-0584 OR 1118-1993-9243-1631-0138-7053 OR 1º serial: 1118-1026-1991-6785-6042-2846 2º serial: 1118-1209-9899-8282-9909-5095 activation. Added: Downloaded: 13470 times Rating: 31% Submitted by: anonymous Full download: AdobeAcrobat8Professional.rar. Unable to activate a CS3 or Acrobat 8 application? Keep getting an activation alert, such as 'Activation - No Connection' or 'Internet Connection Not Detected'? Find out how to get a replacement serial number and installer, or take advantage of an upgrade offer.

edit: if it makes a difference, I keep seeing things like AP=143120A or like Brc=1000A or Avm=1000000A being written to it.. like this: www.imgur.com/Y4EeI3x

If you have installed LabVIEW, chipKIT WF32 drivers, and LabVIEW MakerHub LINX already, you can skip this step.

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.'

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.

Labview Serial Read And Write

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.

Ps/2 Port

Again, if you're having trouble with these steps, check out the guide on LabVIEW MakerHub for step-by-step video instructions.