This tutorial will give you a brief introduction to the concept of colors and how different colors can be produced using RGB LED. The color would be controlled using an ATMega16 microcontroller. RGB LEDs are basically the combination of the 3 LEDs (Red, Green and Blue) fused into a single package. It consists of four […]
Controlling RGB LED colour using Atmega16 Read More »
Previously before 10-15 years the majority of electrical lights were either light bulbs (with yellow light) or tube-light sticks (with white light). The major disadvantage of these lighting devices was they consume more electrical energy (in terms of Watt) and gives less luminance (brightness). Light bulb wastes their most of the energy in form of
LED Light Bulb Controller using AVR Microcontroller Read More »
Now a days LED light bulbs are becoming more and more popular because they have several advantages. Some of their advantages are listed below · Their energy (electrical) consumption is much more less · Their luminance is more · Their intensity can be varied · Their life time is more So if LED lights are
Intelligent LED light controller using AVR Read More »
The aim of the project is to make a portable LED display from SMD LEDs and to display the custom programmed patterns at our command. The core application of the project is to act as a portable display for event organisers or exhibitionists or consultants to make announcements at their mobile facilities. This can also be
Bluetooth Controlled Portable LED Display Read More »
First are my answers to the Make-To-Learn Contest: What did you make? I made a multi-function LED Array Program, like my previous one with Arduino UNO, but this time I made it with an ATmega32 microcontroller. I used regular C code to program it and no Arduino was involved at all. I also added a
MultiFunction LED Game Using An ATmega32 Microcontroller Read More »
Introduction For our ECE 4760 final project, we designed and implemented a remote controlled persistence-of-vision (POV) display that is able to display multiple patterns based on remote input. The primary components of the display are a rotor and a motor. The rotor is mainly consisted of a row of LEDs and a microcontroller. The microcontroller
Remote Controlled POV Display Using Atmega1284 Read More »
Our project implements a touchpad input system which takes user input and converts it to a printed character. Currently, the device only recognizes the 26 letters of the alphabet, but our training system could be easily generalized to include any figure of completely arbitrary shape, including alphanumerics, punctuation, and other symbols. A stylus is used
Touchpad Figure Recognition Using Atmega644 Read More »
Introduction Our project records and extracts event-related features from a 36-point relative blood-oxygen concentration sensor array from the surface of the brain. We chose this project because of a combined interest in brain-computer interfaces. In an attempt to balance cost, complexity, and sensor density, we decided to implement a NIRS-inspired system. After collecting data from
BrainMap: fNIR imaging of the brain Using Atmega644 Read More »
Introduction In a Nutshell Our ECE 4760 final project was a car made of K’NEX that follows a LED strip. What We Did For this project we made a K’NEX car that follows a path made by a LED strip. We used two phototransistors to detect the lights from the LED, while considering ambient light.
LED-Following K'NEX Car Using atmega644 Read More »
ToneMatrix Touch by Jane Park, Michael Chin We can be reached at {jp624 | msc247} at cornell dot edu. —a touch-based, interactive matrix that plays music corresponding to active grids and displays playback state using LEDs Introduction The ToneMatrix Touch (TMT, aka Teenage Mutant Turtle) is a touch-based music-synthesis device based on an ATmega644 microcontroller.
ToneMatrix Touch Sequencer Using Atmega644 Read More »
