Dc Motor Using a PID Controller in LABVIEW with ARDUINO

PID is widely common for a feedback used in a control system process. It is also used for an industries & techniques. This application is mainly used to determine the speed Control of a Dc motor. It can be lead to instability of a closed loop control system. Mainly, our paper how DC motor can be controlled by using a PID controller in LABVIEW. A Motor, will be interface with LABIEW software using an arduino Uno board kit. It will be mostly plays a role in data acquisition board. Actually, Speed of a Dc motor will be set by created a graphic user interface for PID controller in LABVIEW Software. Here, the software it will be turn pass this speed to dc motor using a PWM pins on the arduino board. Tachometer is a sensor which measure the speed of revolutions. From a tachometer the output is sent back of a PID controller using arduino Uno board kit. Suppose, the speed will not be same mean the controller will be try to minimize the error and bring a motor to set point value