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5 watt LED light over kitchen sink, with motion sensor for auto activation. Uses ATtiny84 and a MOSFET. Blog entry here: macetech.com/blog/node/109
Together with the experience of the promoter in projects involving Government Sectors and Private Industrial Sectors,Techon Electro Controls now looks forward to participating in the International projects to carrying out Design, Manufacturing,Installation and commissioning of Small,Medium & Large Captive Power Plants as well as complete power utilization & distribution solutions.
Animatronic Body Bag Guy, hung Inverted. Prop has one pneumatic cylinder to actuate the knees, and a built-in amplifier for the voice. Controller by a 'Key-Banger' type PIC Microcontroller, for more realistic, life-like body movement.
Controller to be used:
Maestro I Prop Controller
www.grimmbrothershalloween.com/
It Gives An Eerie effect Due To His Realistic Motion As He Thrashes About & Screams: Let Me Out Of Here".
The Arduino Uno is a microcontroller board based on the ATmega328
It has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with a AC-to-DC adapter or battery to get started.
arduino.cc/en/Main/arduinoBoardUno
Photo taken by Michael Kappel of my Embedded Electronics Experiment Kit
View the high resolution Image on my picture website
The Arduino microcontroller board is wired up to a Nokia 1202 LCD via a CD4050 buffer chip. The bit-maps of the cells in the game take up nearly all the RAM on the AVR microcontroller chip. New generations are displayed at a rate of about ten per second. Screen resolution is 96x68 pixels.
This photo shows the CD4050 buffer chip on a solderless breadboard, as well as the display and part of the Arduino board.
The Arduino Uno is a microcontroller board based on the ATmega328
It has 14 digital input/output pins (of which 6 can be used as PWM outputs), 6 analog inputs, a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with a AC-to-DC adapter or battery to get started.
arduino.cc/en/Main/arduinoBoardUno
Photo taken by Michael Kappel of my Embedded Electronics Experiment Kit
View the high resolution Image on my picture website
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The chipKIT™ Uno32 is a prototyping platform that adds the performance of the Microchip® PIC32 microcontroller. It features a USB serial port interface for connection to the IDE and can be powered via USB or an external power supply. To download the IDE, please visit www.chipkit.net/started
The Uno32 board takes advantage of the powerful PIC32MX320F128 microcontroller. This microcontroller features a 32-bit MIPS processor core running at 80 MHz, 128K of flash program memory, and 16K of SRAM data memory.
The Uno32 can be programmed using the Multi-Platform Development Environment (MPIDE). In addition, the Uno32 is fully compatible with the advanced Microchip MPLAB® IDE and the PICKit3 in-system programmer/debugger.
store.digilentinc.com/chipkit-uno32-basic-microcontroller...
Together with the experience of the promoter in projects involving Government Sectors and Private Industrial Sectors,Techon Electro Controls now looks forward to participating in the International projects to carrying out Design, Manufacturing,Installation and commissioning of Small,Medium & Large Captive Power Plants as well as complete power utilization & distribution solutions.
Limited Limitlessness - new findings in primitive digital art / 20.7.-3.8.2012 @ LEAP
Silicone Dream by Constantin Engelmann
Solely an Atmel Atmega 8bit microcontroller is used to generate patterns and sounds based on its own program code at execution time. Its invisible inner structure is being transferred into audible objects.
Exhibiting Artists:
AEAEAEAE & Stian Korntved Ruud, Yair Elazar Glotman, Annie Goh, Sascha Hanse, Petja Ivanova, Karin Lustenberger, Tobias Purfürst and Pierce Warnecke.
info@leapknecht.de
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Simple sketch of a circuit to connect a phototransistor sensor to the analog input of an Arduino. Note the Ground pin of the Arduino is connected to circuit ground. The value of the resistor (in Ohms) will depend on the transistor and the expected light levels.
Expanding on Microchip’s existing 8-bit PIC® microcontroller-based mTouch development tools for capacitive touch, the PICDEM Touch Sense 2 Demo Board enables designers to implement this leading-edge user interface with Microchip’s wide portfolio of 16-bit PIC24F MCUs. Equipped with capacitive touch-sensing keys and sliders, the board allows designers to evaluate this interface in their applications using the Windows-based mTouch Diagnostic Tool, an easy-to-use Graphical User Interface (GUI) that is included in the mTouch Sensing Solution SDK. The software libraries, source code and other support materials that come with the board further shorten development time and reduce design costs.
. Expanding on Microchip’s existing 8-bit PIC® microcontroller-based mTouch development tools for capacitive touch, the PICDEM Touch Sense 2 Demo Board enables designers to implement this leading-edge user interface with Microchip’s wide portfolio of 16-bit PIC24F MCUs. Equipped with capacitive touch-sensing keys and sliders, the board allows designers to evaluate this interface in their applications using the Windows-based mTouch Diagnostic Tool, an easy-to-use Graphical User Interface (GUI) that is included in the mTouch Sensing Solution SDK. The software libraries, source code and other support materials that come with the board further shorten development time and reduce design costs.
. Expanding on Microchip’s existing 8-bit PIC® microcontroller-based mTouch development tools for capacitive touch, the PICDEM Touch Sense 2 Demo Board enables designers to implement this leading-edge user interface with Microchip’s wide portfolio of 16-bit PIC24F MCUs. Equipped with capacitive touch-sensing keys and sliders, the board allows designers to evaluate this interface in their applications using the Windows-based mTouch Diagnostic Tool, an easy-to-use Graphical User Interface (GUI) that is included in the mTouch Sensing Solution SDK. The software libraries, source code and other support materials that come with the board further shorten development time and reduce design costs.
. Expanding on Microchip’s existing 8-bit PIC® microcontroller-based mTouch development tools for capacitive touch, the PICDEM Touch Sense 2 Demo Board enables designers to implement this leading-edge user interface with Microchip’s wide portfolio of 16-bit PIC24F MCUs. Equipped with capacitive touch-sensing keys and sliders, the board allows designers to evaluate this interface in their applications using the Windows-based mTouch Diagnostic Tool, an easy-to-use Graphical User Interface (GUI) that is included in the mTouch Sensing Solution SDK. The software libraries, source code and other support materials that come with the board further shorten development time and reduce design costs.
Expanding on Microchip’s existing 8-bit PIC® microcontroller-based mTouch development tools for capacitive touch, the PICDEM Touch Sense 2 Demo Board enables designers to implement this leading-edge user interface with Microchip’s wide portfolio of 16-bit PIC24F MCUs. Equipped with capacitive touch-sensing keys and sliders, the board allows designers to evaluate this interface in their applications using the Windows-based mTouch Diagnostic Tool, an easy-to-use Graphical User Interface (GUI) that is included in the mTouch Sensing Solution SDK. The software libraries, source code and other support materials that come with the board further shorten development time and reduce design costs.
Microchip Technology's MCP1804 Low Dropout Regulators (LDOs) deliver up to 150 mA of output current and support output voltages from 1.8 – 18V.
A sound generator (algorithmic music) based on an ATTINY 85.
Features:
- 2-axis analog joystick with switch: X-axis and Y-axis for the variables of the algorithms and switch for cycling algorithms.
- Volume pot.
- Sound output: mono 6.35mm plug.
- Yellow LED: sound LED.
- Red LED: ON/BATT
- Power supply: DC 9V external power supply or battery.
- Powered only when output sound jack inserted.
Webcam -> Processing -> Arduino -> Peggy. :)
15 FPS "Real-time" video on the Peggy 2.
Read more about this project here.
Version 1.1 of our open-source ATmegaXX8 AVR development target board. Read more about this project and download the design files here.
A handy little Microcontroller from:
www.parallax.com/detail.asp?product_id=BS1USB
Just about to evaluate this in a project ...
Circuit exposed :)
Having found that the ATtiny85 didn't have enough memory to hold my brainwave visualisations code, I put together a little Shrimp circuit to hook up the LED matrix and Bluetooth dongle. Attention data levels is visualised as red LEDs and meditation data levels as green LEDs.
The Digilent Pmod MTDS is a gorgeous 2.8" touchscreen display with a powerful on-board microcontroller that performs graphics processing tasks. The display is a capacitive touchscreen with QVGA resolution (320×240) and 2 finger multi-touch support.
The most compelling aspect of the Pmod MTDS is the programming experience provided by its Multi-Touch Display System (MTDS) Firmware and the associated libraries. These allow you to design sleek, stylish user interfaces very quickly and with very little code. The timing dependent tasks are handled by the firmware, so integrating the display into existing projects is also a snap. Some of the key functionality provided by the libraries include the ability to draw basic shapes and text, draw images stored on microSD with binary transparency, draw buttons and easily check if they have been pressed, and check the status and location of the user's two fingers. The libraries are supported in Arduino IDE and Xilinx SDK, and have been tested with Ardiuno, chipKIT, and Arty host boards.
This little microcontroller evaluation kit is going to be a long exposure timer/intervalometer when I'm done with it. For about $20, it comes with an 8-bit processor with 16K of flash memory, LCD screen, a serial port for programming (you have to solder your own header to it), a temperature sensor, and other assorted goodies (including 512KB of external flash that I have no use for).
Schematic for wiring an Arduino microcontroller on a breadboard as a programmer to program another blank microcontroller with the arduino bootloader.
Sanguino is an open source Arduino-compatible microcontroller board that is base
Sanguino is an open source Arduino-compatible microcontroller board that is based on the Arduino, and inspired by the Boarduino form-factor. It uses the atmega644P chip which has 4x the memory, ram and 12 more GPIO pins than the Arduino's atmega168.
More info: make.sanguino.cc/1.0
Sanguino is an open source Arduino-compatible microcontroller board that is based on the Arduino, and inspired by the Boarduino form-factor. It uses the atmega644P chip which has 4x the memory, ram and 12 more GPIO pins than the Arduino's atmega168.
More info: make.sanguino.cc/1.0
Microchip’s PIC® microcontrollers with nanoWatt XLP eXtreme Low Power Technology received Europe’s prestigious 2009 Elektra Award in the Semiconductor Product of the Year category.
Microchip Technology's 8-bit PIC16F(LF)720/1 microcontrollers expanded upon its existing 28-/40-pin PIC16F72X microcontroller (MCU) family with two new 20-pin devices—the PIC16F(LF)720 and PIC16F(LF)721.
Webcam -> Processing -> Arduino -> Peggy. :)
15 FPS "Real-time" video on the Peggy 2.
Read more about this project here.
In 2009, Microchip Technology Inc. was selected as one of the Phoenix Business Journal’s “Best Places to Work in the Valley” for the third straight year. The award places Microchip among the top-30 large companies (250+ employees) to work for in Arizona because of the way it creates an engaged and supportive workforce. For more information about Microchip Technology, please visit the Company’s Web site at www.microchip.com/get/3QB7. For more information about the “Best Places to Work” awards, visit www.microchip.com/get/QFF5.