By using MD LabJack GUIs and other MD GUIs (Graphical User Interfaces), the amount of code is reduced 2 to 5 times depending on the example.

Basic MatDeck examples for LabJack T series
Example 1 – ConfigLabJackTxAIN (PDF, MDD)
- Configuring Analog Inputs AINs using MD C script
- Configuring Analog Inputs AINs using GUI
Example 2 – ConfigLabJackTxDAC (PDF, MDD)
- Configuring Analog Output DAC using MD C script
- Configuring Analog Output DAC using GUI
- Runs the Analog Output – DAC in Stream mode
Example 3 – ConfigLabJackTxDIO (PDF, MDD)
- Configuring Digital PWM Output using MD C script
- Configuring Digital PWM Output using GUI
- Simply adding 2D Graphs by using a GUI without using code
Example 4 – MultipleConfigSameDevice (PDF, MDD)
Applying multiple configurations on the same device while it is working and creating a table of measuring results for all configurations.
- Configuring and running device T7 – task1
- Again configuring and running T7 – task2
- Again configuring and running T7 – task3
- Creating common measurement result report tables with the measurements from task1, 2 and 3
- Exporting a report table with all measurements to Excel (Excel file will automatically be created)
- Creating Text Report file with the names of tasks and all measurements, writing the date and time of when the report is generated.
- If you are doing multiple tests like production testing you can generate a report again by pressing the Evaluate icon, you don’t need to close and open file again.
Example 5 – MultipleConfigWithTable (PDF, MDD)
- Same as Example 4 – only the table is created by table cell commands
MatDeck instrument panel for LabJack T series examples
Example 6 – TemperatureVirtument (PDF, ZIP)
- Configuring a PWM output that generates heat and measuring temperature by MD C script
- Displaying a MD instrument panel Virtumet
- Slider for setting up PWM duty cycle
- Digital and Analog thermometer
- Temperature graph by time
Example 7 – TemperatureVirtumentGUI (PDF, ZIP)
- Configuring a PWM output that generates heat and measuring temperature by GUI
- Displaying a MD instrument panel Virtumet
- Slider for setting up PWM duty cycle
- Digital and Analog thermometer
- Temperature graph by time
More about MatDeck Virtument
MatDeck Database for LabJack T series example
Example 8 – Labjackdatabase (PDF, ZIP)
- Configuring Analog Inputs AINs for thermocouples using a LabJack GUI
- Add a database and store AINs measurements in the database every 30 seconds
- Generate temperature graphs by using a MD GUI
- How to create a database and records table
Advanced MatDeck examples for LabJack T series
Example 9 – LabJack_PID_T_Direct_AT_example (PDF, MDD)
- Configuring a device by MD C script
- PID controller using MD C script
Example 10 – LabJack_PID_T_Direct_AT_GUI_PID_Script (PDF, MDD)
- Configuring a device by MD C script
- PID controller using GUI
Example 11 – LabJack_PID_GUI_ALL (PDF, MDD)
- Configuring a device by GUI
- PID controller using GUI
Example 12 – Opticalsystem (PDF, MDD)
- IR optical communications by PWM mode in MD C script
- Analog input AIN stream reading and displaying the graph
- FFT GUI for filtering noise
Example 13 – OpticalsystemGUI2 (PDF, MDD)
- IR optical communications by DIO PWM mode setup by GUI
- Analog input AIN stream reading and displaying the graph
- FFT GUI for filtering noise with a graph
Various additional examples written in MD C script (MD_Labjack.zip)
MatDeck Python examples for LabJack T series
Example Python 1 – Python_Document_LabJackConfig (PDF, MDD)
- Running Python for LabJack T series DIO configuration in PWM mode within a MatDeck document
- Compound Python code with image, text, titles and other MatDeck features
- Improving Python limitations by generating results simultaneously in the same document (result reads the counter value after one second)
Example Python 2 – Python_in_MatDeck_LabJackConfig (PDF, MDD)
- Using dedicated MatDeck Python Editor to code for LabJack T series DIO configuration in PWM mode. In addition you can open it in a .PY file
Example Python 3 – Python_MatDeck_GUI_LabJackConfig (PDF, MDD)
- Using MD LabJack GUI to configure DIO in PWM mode, no need to write configuration code Adding Python code to process tasks
- Simply adding 2D Graphs by using a GUI without the use of code
- Vibration with MatDeck and Python
- FFT in Python and Matdeck
- Data Acquisition