motor

Different fault locations of single phasing

Advance Protection for Three Phase Induction Motor using Microcontroller Atmega32

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 »

ATmega32 – 8 Bit AVR Microcontroller

Exploring the Atmega32: A Comprehensive Guide to AVR Microcontrollers

ATmega32 – 8 Bit AVR Microcontroller AVR microcontrollers utilize the advanced RISC architecture, with the ATmega32 being an 8-bit microcontroller designed on the AVR enhanced RISC architecture and characterized by low power consumption. In the context of a 1MHz cycle frequency, AVR microcontrollers can execute one million instructions per second. Key Features: • 32 general-purpose registers arranged

Exploring the Atmega32: A Comprehensive Guide to AVR Microcontrollers Read More »

Master the Art of Servo Motor Control Using AVR ATmega16

Master the Art of Servo Motor Control Using AVR ATmega16

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 Angular Position of Servo Motor using Pulse Width Modulation

Interfacing Servo Motor with Atmega32 Microcontroller

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 »

Obsatcle Avoidance Vehicle Using ATmega328P Microcontroller Arduino

Obsatcle Avoidance Vehicle Using ATmega328P Microcontroller (Arduino)

Obstacle Avoidance Vehicle capable of detecting objects, scanning the area and navigating through the less obstructed path. Step 1: Materials Needed Hardware Arduino UNO based on ATmega328 microcontroller DYP-ME007 ultrasonic sensor Servomotor L298N Dual H-Bridge Motor driver Power Supply – i used LiPo 2s 4000 mAH 2x DC motors with 298:1 metal gearbox LED Chasis

Obsatcle Avoidance Vehicle Using ATmega328P Microcontroller (Arduino) Read More »

Rotary Encoder Interfacing with ATmega8 Microcontroller

Rotary Encoder Interfacing with ATmega8 Microcontroller

In this tutorial we are going to interface a rotary encoder with ATmega8 microcontroller.  ATmega8 is atmel’s microcontroller series designed for embedded applications. Rotary encoder is used to know the position of movement and angular movement of a motor or axis. It’s a three terminal device usually, with power and ground pin counts to five. A rotary encoder

Rotary Encoder Interfacing with ATmega8 Microcontroller Read More »

Scroll to Top