![]() Narendra Kumar, Nitin Singh and Ashish Kulkarni, "LabVIEW Based Online Monitoring and Control of PMDC Motor Speed," 6th IEEE Power India International Conference (PIICON 2014), New Delhi, Delhi, India, 5 - 7 December 2014. Bishop, "Modern Control System, " 10th Edition, Pearson Education, Inc., USA, 2005. Overall, the demonstration set for DC motor angular position control using LabVIEW Program is appropriate for applying in the instructions. The research findings shown that the demonstration set for DC motor angular position control using LabVIEW Program responded to relate theories and the resulting evaluation of the propriety by experts was at a high level ( ), and the propriety by undergraduates was at the highest level ( ). Moreover, the demonstration set was taken to experiment with the sample group consisted of 30 undergraduates who study in the electrical technology program of Lopburi Technical College to evaluate the propriety. When the development and system testing were finished and presented to 3 experts to evaluate the propriety. The demonstration set for DC motor angular position control was developed by using the driven - 24 volt 60 watt DC motor, controlled by driven board with Power Mosfet and Encoder 100 pulses per revolution, and sent feedback position signal to myRIO card by PID Controller with LabVIEW Program. This research aimed to develop the demonstration set for DC motor angular position control using LabVIEW Program, and the propriety for the application instructions in college in vocational education commission.
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