So, you’re going to a conference/meetup/nerdfest and you want to do something that sets you apart from normal people. An LCD namebadge powered by an ATtiny2313 is a great way to do that. This is a general purpose LCD display unit powered by a 9V battery and a simple voltage regulator circuit (the same 7805 […]
AVR LCD Namebadge Using ATtiny2313 Read More »
The Arduino — and AVRs in general — have a wide range of power supply options ranging from around 1.8V to 5.5V. The choice of voltage is usually determined by the desired clock speed or power consumption requirements. The Arduino and its many variants have power jacks that allow connections from big, clunky “wall warts.”
Power Your Arduino From Your Car using AVR microcontroller Read More »
This tutorial will step you through the process of creating a set of controllable and configurable traffic lights whilst also teaching you the basics of Arduino. Some knowledge is needed and I highly recommend reading and following through on most if not all of the pages of the following document, created by the wonderful Arduino.cc
Making a set of traffic lights Using Arduino Read More »
As most guys I don’t tell my wife that “I love you” as often as I should, but this little gadget will at least improve that situation as bit. So by combining a nice box and some hardcore electronics nerdiness I’ve made a nice christmas gift for my wife. The LoveBox is a small box
LoveBox – The box of love using ATtiny2313 Microcontroller Read More »
In this, my first Instructable I’m going to show you how to make a stripped down Arduino for a fraction of the price, using Stripboard/Veroboard. Material List: 1x Atmel ATMega168 = �2.65 1x Stipboard = 72p 1x 7805 Voltage regulator = 26p 2x LEDs = 16p 2x 220 Ohm resistors = 8p 1x 10k Ohm
Stripboard Arduino using ATMega168 microcontroller Read More »
The game Mastermind has been around a long time, and I remember getting a board version with colored pegs when I was a kid. I love this game, as it is solvable simply by pure logic. One player (or a computer/microcontroller) chooses a sequence of colors from a pool of available colors and then the
Build a Complete AVR System and Play Mastermind Using Microcontrollers Read More »
Building a stand-alone AVR ATMEGA project sometimes leaves you with no easy to read output from your project. But you can use an Arduino to act as a communications bridge between your embedded project and your PC’s Serial Monitor program! I’m building an embedded multi-channel thermocouple reader/datalogger, which has a lot of connections and soldering,
Using Arduino to communicate with embedded project using AVR ATMEGA microcontroller Read More »
Somewhat similar to PIC 12f675 mini protoboard, but extended and with additional boards. Using attiny2313. Step 1 Scheme Let us first start with a scheme. The scheme is pretty obvious since it only connects attiny2313 with the pins and the only additional elements are resistors and capacitor for reseting the microcontroller. Step 2 Bottom view
AVR mini board with additional boards using attiny2313 microcontroller Read More »
This Instructable will show you step-by-step how to add 8 extra digital outputs, using only 3 of your microcontroller’s digital outputs. Step 1 Which Microcontroller Should You Use? In order to do this Instructable with your microcontroller, you will need to make sure that it has the following:(3x)……Available Digital Outputs (Analog/PWM Outputs will work too) (1x)……Ground/GND Pin
How to add more Outputs to your Microcontroller using 74HC595 microcontroller Read More »
La forma más sencilla y rápida de programar un micro-controlador (uC) de la familia AVR, usando el programador USBasp, es utilizado el programa eXtreme Burner – AVR de Extreme Electronics. En esta guía te detallaremos como programar tu propio uC. Para esto necesitarás lo siguiente: – Programador USBasp – Driver de fischl.de/usbasp (solo Windows) – eXtreme Burner
Guia para programar uC AVR – Dark Side Electronics using AVR microcontroller Read More »
