Hello,
I'd like to write a little C# code that reads data from a NiDaq Analog Input channel continuously at lets say 500 samples per second and add them to a buffer. This sampling may go on and on for a few hours or even a day.
One way that came to my mind (I had previously done this but I only needed snap shots of data every few seconds) that I had previously implemented is to have a thread that has a while loop with a delay of 2ms and inside of that loop I read the NiDaq channel using: "analogReader.BeginReadWaveform(...)"
But the way I have current system implemented is by triggering "analogReader.BeginReadWaveform(...)" and then firing an Asynch call back when the read is finished seems to be very complicated specially for a high speed application like this.
Is there an example that shows how to read one teeny tiny sample every couple of milliseconds and add it to a buffer without all this events and callbacks and asynch blah blah that can slow down a time sensitive sampling?
Thanks
