Over time I have used all kinds of Atmel microcontrollers in various projects. One of the most suitable was ATmega32. I have a small collection of development boards for Atmega32/16, some bought as-is, some made on stripboard. Although the original Arduino boards offers a pleasant experience and a rapid development of the projects, when it […]
Using Atmega32 with Arduino IDE Read More »
Burning the boot loader in an atmega328 could be somewhat tricky but if u follow these steps correctly youll be able to bootload any type of atmega328 micro controller .. Step 1: “setting up the hardware” -List of stuff you’ll need: – An Arduino board (any type) – 18-22pf capacitors (x2) – 16 MHZ oscilator
Burning atmega328-pu and atmega328p-pu bootloader Read More »
I had this one project where the device was supposed to speak out the output. And I was too Lazy to actually go and build a PC based application and not that lazy to make it on a micro controller. So here is some of my research where i am gonna show you how to
Speech Synthesis on Atmega128 Read More »
We all have a deep fondness to our Arduino with its familiar shades of blue/green, but the time has come to explore other project options. One that involve fewer pieces, fewer parts, and fewer dollars. Building a standalone Atmega328 is far simpler than you might have imagined and can open up a wide range of
Standalone Atmega328 Read More »
Introduction “A new spin on Laser Tag with Wireless Real-Time Updates” For our ECE 4760 final project, we designed and built our own laser tag system. We included many traditional laser tag features, but then added our own 4760 twist. For the purposes of a prototype for this class, we only created enough equipment for
Laser Tag with wireless logging using Atmega644 Read More »
Introduction top For our final project, we have designed and built a ‘proof of concept’ prototype for Project Green Stations, an externally funded student group with the following mission statement: Project Green Stations is all about changing the way people see the environment. Imagine the go-green movement as a brand. Solar panels, Toyota Priuses, and
Smart Trash system Using Atmega644 Read More »
Introduction In our final project, we created a smart voice decoder system that is capable of recognizing vowels in human speech. The audio input is sampled through a microphone/amplifier circuit and analyzed in real time using the Mega644 MCU. The user can record and analyze his/her speech using both hardware buttons and custom commands through
Voice decoder for vowels Using Atmega644 Read More »
Introduction “A composite personal health monitor solution bridges the gaps between patients and doctors.” —Engineering Goodwill This project creates a portable device implementing wireless technology and taking full advantage of the wide-spreading Internet to provide a convenient solution to monitor human health. The health information acquired on the portable side transmits to the server wirelessly
Wireless, web-based, cardiac monitor Using Atmega644 Read More »
Overview [top] As avid audiophiles, we wanted to apply our newly acquired knowledge of microcontrollers to build a fun consumer electronic device. Our project is a step sequencer drum machine. The user is able to program a 16-step percussion pattern using one of a wide range of percussion instruments on each of six different tracks.
Step Sequencer Drum Machine Using Atmega644 Read More »
Introduction For our final design project, we designed and built a prototype acoustic modem to serve as a physical transport layer for digital communications. It converts between a digital communications scheme (RS-232) and an acoustically coupled communications scheme of our own design. Our project consists of a pair of such modems to operate as transmit/receive
Acoustic Data Modem Using Atmega644 Read More »
