This Arduino project implements a PID (Proportional-Integral-Derivative) controller for precise motor speed and position control using an encoder. It's designed to demonstrate the fundamentals of ...

This repository contains the full implementation of a DC motor control system using encoder feedback and PID algorithms. It features both velocity and position control loops, making it ideal for ...

Stepper motors are a mainstay in precision control systems, valued for their simple open-loop operation and high torque at low speeds. Commonly found in CNC machines, 3D printers, and robotics, they ...

With the increasing demand for automation and remote operation, controlling electrical devices without the need for physical access has become an important area of development in modern engineering.

This project focuses on PID-position-control experiments with Arduino. The HTML/JavaScript-based GUI enables easy optimization of the parameters. Since there are many articles on the internet about ...

Abstract: Traditional proportional integral derivative (PID) falls short for precise control of DC motor speed under changing conditions. This paper presents a novel FPGA based IP (intellectual ...

From a simple electronic toothbrush to complicated robotics systems, DC motors are present everywhere. In most of our previous Arduino projects, we have used these DC motors as actuators and ...

We always think it is interesting that a regular DC motor and a generator are about the same thing. Sure, each is optimized for its purpose, but inefficiencies aside, you can use electricity to rotate ...

My research focused on developing an FPGA-based soft IP core that integrates a multilayer neural network, backpropagation algorithm, PID controller, Encoder interface and PWM block into a single soft ...