creating a PID controller with labview and a data acquisition system

The DC motor can be best represented by a transfer function. For this experiment, we are going to create a model for a DC motor. Many types of systems can modeled, including mechanical systems, electronic circuits, analog and digital filters, and thermal and fluid systems. The first step to designing a closed-loop controller is to identify a mathematical representation of the plant, or create a model. Implement your controller with DC motorĭownload example programs and follow the tutorial below to create a closed-loop control program in LabVIEW.However, LabVIEW allows you to tune your controller in real time and then move directly into verification with a seamless integration with hardware.īy the end of this tutorial you will be able to: Traditionally, tuning a controller requires multiple iterations and trial and error to perfect. This tutorial shows how these concepts can be taught to students through use of a Quanser DC Motor plug-in board for the NI ELVIS, and LabVIEW Control Design and Simulation with LabVIEW MathScript RT. The skill base required in control includes modeling, control design, simulation, implementation, tuning, and operation of a control system. Since control is a systems field, to get a full appreciation of control it is necessary to cover both theory and applications. The concepts of control are essential for understanding natural and man-made systems.

Creating a PID controller with labview and a data acquisition system