Introduction This project demonstrates an AVR based DC Motor Controller using the ATmega16 microcontroller in Proteus simulation. It is a simple but useful microcontroller project for learning how PWM can control the speed of a DC motor. The circuit uses the ATmega16 to generate a PWM signal and drive a motor through a transistor-based motor […]
AVR Based DC Motor Controller using ATmega16 with Proteus Simulation Read More »
Introduction Stepper motors are widely used in embedded systems and automation projects where precise position control is required. This ATmega16 stepper motor control project demonstrates how an AVR ATmega16 controls a stepper motor using simple forward and reverse commands. The project is simulated using Proteus simulation software, allowing users to test the circuit and firmware
AVR ATmega16 Controlled Stepper Motor using Proteus Simulation Read More »
Abstract This report will detail the work I have done since the initial submission of the design document which took place in September. This document was prepared in accordance with the final reporting guidance issued. This post will outline what I have done to restructure the team after the loss of a partner and the
An Individual Progress Report on (ECE 445) Read More »
I. INTRODUCTION Ensuring the protection of induction motors is crucial for their prolonged operational life. While numerous researchers have delved into this domain, many existing protection schemes are deemed impractical and costly within the Indian context. In the event of a phase outage due to fuse failure or protective device activation, three-phase induction motors have
Advance Protection for Three Phase Induction Motor using Microcontroller Atmega32 Read More »
Overview of Servo Motor A servo motor is an electrically powered actuator that allows for precise control of angular rotation. It provides controlled movement important for applications like robotic arms that require precision. The rotation angle is dictated by a PWM (pulse-width modulation) signal sent to the motor. Varying the width of the PWM pulses
Master the Art of Servo Motor Control Using AVR ATmega16 Read More »
Controlling the direction and speed of a DC motor is a crucial requirement in various applications, including: 1. Robotics: Adjusting the movement direction and speed of a robot. 2. Industrial Machinery: Modifying the direction and speed of rotating equipment. 3. Home Appliances: Regulating the speed of a battery-operated portable fan. 4. Defense Systems: Rotating radar
Speed and Direction Control of DC Motor using AVR Microcontroller Read More »
Introduction The third installment in the “System Interface Design” series guides you through the process of crafting the resource map, which is a crucial component in Part 1, and the allocation of resources for sensors and actuators (including a Long Range IR sensor) in Part 2. Until now, the Resource Map has been presented as
Microcontroller Based Interface Design Read More »
A Servo Motor is a type of DC Motor that incorporates error sensing negative feedback to precisely regulate the angular position of its shaft. Unlike standard DC Motors, servo motors do not rotate continuously but instead perform controlled angular rotations, such as 0-90° or 0-180°. While Stepper Motors can also achieve accurate angular rotations, Servo
Interfacing Servo Motor with Atmega32 Microcontroller Read More »
Many factors contribute to the high demand for egg incubator around the world. A person who is interested in birds would like to raise ornamental birds, but he couldn’t find or obtain a broody bird as such; nonvegetarians eat birds, but they are often forced to eat birds raised through artificial injections; and in many
Automatic Egg Incubator Read More »
So here’s something super interesting and useful, a motor controller board powered by an Attiny13A to control a Brushed DC Motor. This Motor Driver uses PWM to control the gate of an N Channel IRFZ44N mosfet by the Tap of a single button. I’ve added Two Modes in the code that basically controls the
Attiny13A Motor Controller Board Read More »
