dc-motor
There are 137 repositories under dc-motor topic.
Fan-Controller
Embedded System Application in which the fan is automatically turned ON or OFF according to the temperature.
stm32_dcmotor_serial
Control a Motor and read a AB Encoder using STM32 MCU.
STM_DCMotor_Encoder
How to control DC motor and AB Encoder using NUCLEO-H743ZI2 board.
ARM-Microcontroller
This repository is a collection of my personal notes and projects related to STM32, GD32, and MG32 microcontrollers. It is organized into three main directories and may not be fully complete.
pid-controlled-dc-motor-model
This is repository is dedicated to the second assignment of the Automation and Control Technologies Module (EE4013). The assignment is to implement a motor with real-life parameters (taken from Moog - C23-L33) and implement a PID Controller to work with a given input function.
Micropython-Pi-Pico-2DC-Motor-Control-Joystick
Micropython code to control 2 DC motors with a joystick
Carro-Arduino
:blue_car: :infinity: :iphone: Controlando carrinho com Arduino por meio de comandos enviados por bluetooth. :school: :books: Trabalho produzido como método de avaliação da disciplina Circuitos Lógicos.
Arduino-Robotic-Cart
This is Arduino project about a Robotic cart.
Motors-Control-System
It is a place to connect different motors with Arduino, For servo motors, DC motors and stepper motors, during training at the Smart Methods Company
PID_Speed_Controller_for_DC_Motor
A simple Reference tracking PID Controller
Hardware-interrupt-controller
Controlling a DC motor using rotary encoder
ECSE307--Linear-Systems-And-Control
Academic Projects done using Matlab to control and optimizate a DC motor
Arduinox
ArduinoX is a competition held at BITS pilani, pilani campus during the Apogee tech fest.
2019-BlackMantis
The Java code for FRC4362, the Gems, 2019 robot- Black Mantis.
Wireless_Aqua_Cleaner_Robot
Wireless Aqua-Cleaner Robot
Inverted-Pendulum
Self balancing robot based on ESP8266, with remote controls and obstacle avoidance feature
Differential_equations
Work related to solving Differential Equations
Tamiya-Androino-1.0
Tamiya Androino 1.0: Arduino project to control a DC motor over bluetooth
my-DDMR-HW
Atmega32U4 microcontroller for an Arduino Leonardo rosserial client to integrate a PID for DC motors and ROS.
SkibidiMobile
A car-like RC-controlled Skibidi Toilet thing.
Wireless_Motor_Driver
Wireless motor driver
Electrical-vehicls
for research and development for safty driving autonmous vehicles
DC-station-final-thesis
my final engineering thesis
Fan-Speed-Controller-with-Temperature
Design a temperature-controlled fan using ATmega16 microcontroller, in which the fan is automatically turned ON or OFF according to the temperature.
Electric-Drives-Laboratory-Project
Model and Control in Simulink of a DC-motor
raspifan
GPIO Control Example Code for Raspberry Pi FAN
Arduino
Arduino
smart-refrigerator
Arduino based smart refrigerator.
ArduinoPlayground
Some examples written in C++, that use DC motors (L298N), IR and ultrasonic sensors for solving some tasks with Arduino Mega 2560.
Control-System-Project
ICPC-21 - Control Systems, NIT Trichy
inverted-pendulum
This project was created whilst studying for my EE degree to learn about control theory and physics in a practical way.
Rover
Obstacle avoiding rover which can be controlled using bluetooth.
conveyor-sorting-machine
The system uses a reflectivity sensor to sort 4 different types of objects into categories: black plastic, white plastic, steel, and aluminum.
Line-Follower-robot-with-8-IR-array-sensors
Hardware Components: 8-Array sensors, Arduino-UNO, L298-N Motor Driver. As it has 8 sensors so, this worked better than my previous Line follower robot, which is with the 3-IR sensor array. So, this Line Follower Robot works more accurately if it faced any critical line.
DiffDriveRobot
Code for a motor control board for unicycle robot based on STM32L476RG and arduino motor shield
propeller_display
Design and realization of a "propeller display": A DC motor makes rotate a PCB, on which a row of LEDs is placed, at a frequency higher than that the human eye can perceive. A microcontroller detects the frequency using an infrared sensor and drives the LEDs in order to make a stable image appear.