Search Results for "speed control of induction motor"

Deriving from the substitute wiring diagram of a normal induction motor and dealing with the running parameters (voltage , current , and frequency ) there is created a mathematical model of the equation to be solved to get the exact number of revolutions per minute. The speed of the motor can then be used in a speed control system for the machine.

The DarkLight Cover/Calibrator, known going forward as DLC, is a Do-It-Yourself (DIY) solution using an Arduino Nano, servo motor, and if desired, an Electroluminescent (EL) Panel. This device, also known as a flip/flat panel, aims to act as a dust cover for remote telescope users, and a calibration panel if desired. With the DarkLight, fully compliant, ASCOM driver, the cover can be operated using the DLC Windows application or any automation software supporting the ICoverCalibrator driver...

PMC is an open project that aims to build the quality permanent magnet synchronous machine (PMSM) controller for use in a variety of scopes like RC or electric transport.

The Tumanako Project is an Open Source development effort to produce Open Source hardware and software to drive and recharge electric vehicles. Tumanako is Māori for hope & togetherness.

... a DC motor controlled by an h-bridge and an optical quadrature encoder for feedback. It uses timers, counters, and interrupts to generate PWM to control the speed of the motor, encoder pulse counting, and control loop updates.

FireLink is a datalink protocol and API for communicating with and controlling unmanned aircraft and remotely operated vehicles. It is suitable for applications that require manual control of vehicles, telemetry and a secure two way datalink. It supports 256bit AES encryption. The FireLink API transparently provides state information (such as heading, ground speed ect) as well as several built in commands (arm motor, switch autopilot mode, etc). Additional user defined commands can...

This SourceForge project hosts the software component of the Open Source Motor Control project. The purpose of this project is to create an Open Source high-power H-bridge motor speed control system for DC permanent magnet motors.

This low cost project is a RC servo like position control of one or two geared motor(s) with a pot as angle feedback. You can send the arduino microcontroller a value from 0 to 1023 and the arduino will control the motor speed and direction to reach your target value. The PID algorithm will insure that the motor will not get into hold vibrations if the pot has some influences. This article will describe where you have to take attentions and what you have to setup to get the best results...