Sensors and Actuators with Python

[@nanbolkeza8296]

great explanation and very useful for my work. thank you sir

[@eduardomurphyperez717]

I like your blog a lot, thanks for adding more information to the web about the integration of python and National Instruments, the info available is really scant. Thanks!

[@mergenbind1939]

Easily and profound explanation! Please keep up the good work

[@BalajiSankar]

Thank you for posting the tutorials on using nidaqmx

[@allusdudu]

best classes sir...please keep updating sir.A lot of help to engineers

[@Hughhjhjdf]

This is What I am looking for. Thank you sir.

[@randiahmed860]

Again very interesting subject ... thank you 🥀🌹

[@dioutoroo]

Thank you for your lesson, Sir. I hav question, I am using NI USB-6009 and use the same code as you did, but I got warning message: ResourceWarning: Task of name "_unnamedTask" was not explicitly closed before it was destructed. Resources on the task device may still be reserved. Could you explain? Thank you

[@wasawasa2987]

What is the best for instrumentation labview or python programming?

[@IndustrialITandAutomation]

Hi, Not an easy question to answer. The advantage with LabVIEW is that NI/Emerson (the company behind LabVIEW) also creates Hardware/DAQ equipment. This ensures compatibility if you use Hardware and Software from the same company.

[@obinga]

Creating level layers managed via python in mes (manufacturing exec. syst) lvl 1- lvl 2- and creating tasks in process level Will you have a study on inter-level communication and management, can you share something where I can get information about it?

[@salpadilla7145]

I have tried reading both thermocouple data and voltage input data but python and NI-daqmx does not allow to read different types of data at the same time: with nidaqmx.Task() as task: task.ai_channels.add_ai_thrmcpl_chan("cDAQ1Mod4/ai0") task.ai_channels.add_ai_thrmcpl_chan("cDAQ1Mod1/ai0") task.ai_channels.add_ai_voltage_chan("cDAQ1Mod2/ai0") add this and it will failed print(task.read()) NOTE: different modules worked well but not different types of data. only one type of data or the other will function per print(task.read()). *needed to start a new 'with nidaqmx.Task()' but time was after the thrmcpl_chan Is there a workaround? need to read different channels at same time can sampling rate be manipulated?