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daq-and-datalogging:documents:acquiring-analog-waveforms [2023/06/14 05:56] – Scandiwebdaq-and-datalogging:documents:acquiring-analog-waveforms [2023/07/27 21:28] (current) – Arthur Brown
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-====== TechTip: ====== +====== TechTip: Acquiring an Analog Waveform with MCC DAQ ======
- +
-===== Acquiring an Analog Waveform with MCC DAQ =====+
  
 **Objective**\\  **Objective**\\ 
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 In addition to the A/D data, an error code is returned.\\  In addition to the A/D data, an error code is returned.\\ 
  
-The examples below show how to perform a non-continuous scan using the [[ https://www.mccdaq.com/daq-software/universal-library.aspx | Universal Library™,]] [[ https://www.mccdaq.com/daq-software/universal-library-android.aspx | UL for Android™,]] [[ https://www.mccdaq.com/daq-software/universal-library-extensions-lv.aspx | NI LabVIEW™,]] [[ https://www.mccdaq.com/products/DASYLab.aspx | DASYLab®,]] and [[https://www.mccdaq.com/daq-software/DAQami.aspx | DAQami™.]]\\ +The examples below show how to perform a non-continuous scan using the [[/software/universal-library/start| Universal Library™,]] [[ /software/universal-library/android/start | UL for Android™,]] [[/software/universal-library/labview/start| NI LabVIEW™,]] [[/software/dasylab/start| DASYLab®,]] and [[/software/daqami/start| DAQami™.]]\\ 
  
 **Universal Library**\\  **Universal Library**\\ 
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 The following example shows how to perform a non-continuous scan using NI LabVIEW. The wiring diagram below shows the pertinent VIs and settings. Here the first channel (AiO) of hardware device # 0 is asked to return 50000 samples, at the rate of 50000 Hz, within the expected range of -10 V to +10 V. The resulting voltage data is available as the Measurement Array.\\  The following example shows how to perform a non-continuous scan using NI LabVIEW. The wiring diagram below shows the pertinent VIs and settings. Here the first channel (AiO) of hardware device # 0 is asked to return 50000 samples, at the rate of 50000 Hz, within the expected range of -10 V to +10 V. The resulting voltage data is available as the Measurement Array.\\ 
  
-{{https://files.digilent.com/resources/measurement-computing/Reference Images/TT-AI-Waveform-ULx.png?700x133}}\\ +{{https://files.digilent.com/reference-images/TT-AI-Waveform-ULx.png?700x133}}\\ 
  
 DASYLab\\  DASYLab\\ 
-Non-programmers can consider using one of several packages that make collecting, displaying, and storing waveform data quite easy. One popular package is [[ https://www.mccdaq.com/products/DASYLab.aspx | DASYLab.]]\\ +Non-programmers can consider using one of several packages that make collecting, displaying, and storing waveform data quite easy. One popular package is [[/software/dasylab/start| DASYLab.]]\\ 
  
 The following example worksheet shows an Analog Input module with its output wired to a Y/t Chart Display module. The captured voltage waveform is shown on the chart display.\\  The following example worksheet shows an Analog Input module with its output wired to a Y/t Chart Display module. The captured voltage waveform is shown on the chart display.\\ 
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-{{https://files.digilent.com/resources/measurement-computing/Reference Images/TT-AI-Waveform-DASYLab.png?700x431}}\\ +{{https://files.digilent.com/reference-images/TT-AI-Waveform-DASYLab.png?700x431}}\\ 
  
 Double-clicking on the Analog Input module opens a dialog box you can use to enable the desired channels, select the input range, and specify the sample rate.\\  Double-clicking on the Analog Input module opens a dialog box you can use to enable the desired channels, select the input range, and specify the sample rate.\\ 
  
-{{https://files.digilent.com/resources/measurement-computing/Reference Images/TT-AI-Waveform-DASYLab-2.png?454x457}}\\ +{{https://files.digilent.com/reference-images/TT-AI-Waveform-DASYLab-2.png?454x457}}\\ 
  
 **DAQami**\\  **DAQami**\\ 
 The following example shows the DAQami Acquisition page, where you set the Sample Rate and Sample Count.\\  The following example shows the DAQami Acquisition page, where you set the Sample Rate and Sample Count.\\ 
  
-{{https://files.digilent.com/resources/measurement-computing/Reference Images/TT-AI-Waveform-DAQami-01.png?616x217}}\\  +{{https://files.digilent.com/reference-images/TT-AI-Waveform-DAQami-01.png?616x217}}\\ 
- +
-The resulting data is plotted on the [[ https://www.mccdaq.com/daq-software/DAQami.aspx | DAQami]] display page:\\ +
  
 +The resulting data is plotted on the [[/software/daqami/start| DAQami]] display page:\\ 
  
-{{https://files.digilent.com/resources/measurement-computing/Reference Images/TT-AI-Waveform-DAQami.png?700x404}}\\  
  
 +{{https://files.digilent.com/reference-images/TT-AI-Waveform-DAQami.png?700x404}}\\ 
  
-More Information\\  
-Please contact Measurement Computing Corporation if you have any questions or if you would like any further information.\\  
  
-Knowledgebase: [[https://kb.mccdaq.com/Default.aspx | kb.mccdaq.com]]\\  +**More Information**\\  
-Phone: 508-946-5100\\  +Please reach out to our support team on the Digilent Forum if you have any questions: [[https://forum.digilent.com/]]
-Fax: 508-946-9500\\ +
      
-Additional TechTips are available on our [[https://www.mccdaq.com/Technical-Articles | Data Acquisition Technical Articles web page.]]+Additional TechTips are available here in Digilent Reference: [[start]]