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Found 3 results

  1. Hi all, I am using the Impedance Analyzer board for some measurements. The Waveforms Software has the possibility to do an open/short compensation over the desired frequency range. So far I can do the compensation and I get nice results. For my actual application I am using Visual Studio and C# to write the software with the help of the SDK manual. This works also fine so far. But now I want to do the open/short compensation from there as well. There are some commands in the SDK manual like FDwfAnalogImpedanceCompGet(HDWF hdwf, double *pohmOpenResistance, double *pohmO
  2. Hello Community I am using the Analog discovery 2 controlled by a C# Software. At a certain point of the software, I need to check the length of a detected pulse. Before this, I prepare the digital in component of the device. private const uint BUFFER_SIZE = 4000; private const uint DIGITAL_IN_DIVIDER = 1000; private const uint CLOCK_FREQUENCY = 100000000; public void prepareForPulseDetection( int digitalIoIndex ) { checkDigitalIoIndex( digitalIoIndex ); // sampling frequency = 100 MHz / 1000 = 100 kHz (-> 10 us) dwf.FDwfDigitalInDividerSet( device, DIGITAL_IN_DIVIDER ); // j
  3. This is a little DLL I wrote using C++ Interop in Visual Studio to pull some of the functions from the Adept SDK into C#. I'm posting it here in the hopes this is useful to someone else. It's pretty rough as I am absolutely not a Windows developer and I make no guarantees as to how well it is written and/or works (it does do what I need it to do ). Only supports basic DEPP functions as that's all I needed, other functions shouldn't be too hard to add at this point. Released under the BSD license. https://bitbucket.org/orslmontana/digilent-adept-clr-dll/