BLDC Motor Speed Control Using Fuzzy Logic
In More Info | No commentSystem allows for controlling dc motor speed using fuzzy logic in microcontroller
System allows for controlling dc motor speed using fuzzy logic in microcontroller
The project aims at automatic door opening through a mobile phone by entering the password using DTMF.
This system allows for ultrasonic object detection using ultrasonic sensor, for automation systems and conveyer belt boject tracking.
The system is designed to maintain a count of products moving on a conveyor belt in industries on 7 segment display achieved using IR interruption concept
System efficient automates the load shedding time and provides electricity supply for particular time slots in load shedding areas using microcontroller.
The system controls the AC power strength and demonstrates it with a load through a matrix keypad for setting power.
The project aims at developing a speed control system for DC motors in four quadrants i.e. clockwise, anti-clockwise, forward brake and reverse brake.
The system is designed for optimum energy usage by monitoring the number of people present in the room using IR sensors and 8051 microcontroller
An automated lone follower robot that can be used to move along a path for various tasks without having the need to build physical tracks for it using microcontroller.
The project aims at measuring the distance of any object with the help of an ultrasonic transducer for inaccessible areas like high temperature, pressure zones
This microcontroller based system allows user to measure rpm without any contact with the wheel using IR based system and displays speed on an LCD display.
Here we operate a door using human movement detection by making use of PIR or passive infrared sensor and a microcontroller based circuit.
We vary the output voltage using a voltage regulator further use relays and transistor to auto switch off the input power supply in no load condition.
The project is a device to transfer power wirelessly instead of using conventional copper cables and current carrying wires.
Here we demonstrate wireless mobile charging using resonating coils, high frequency transformer and a filtering circuit.