This week is Maker Week in New York, and on Friday, September 20, Windell will be moderating the Atmel Analyst Panel: The Maker Community and Education. Panelists will include Massimo Banzi of Arduino, Quinn of QTechKnow, Reza Kazerounian, Bob Martin and Sylvie Barak of Atmel, Brian Jepson of Make Books and AnnMarie Thomas of the University of St. Thomas. The event will be at the Hilton Manhattan East at 11:00 am, and walk-ins are welcome. You can contact pr@atmel.com for more information about attending.
Category Archives: Engineering
OHS 2013 Highlights: DropBot
DropBot is an open source Digital Microfluidic (DMF) automation system that was presented at the 2013 Open Hardware Summit by Ryan Fobel of Wheeler Microfluidics Laboratory at the University of Toronto.
In DMF, discrete fluidic droplets are manipulated on the surface of an array of electrodes coated with a hydrophobic insulator.
It extremely exciting to see the sciences embracing open hardware in new ways.
BarBot 2013
BarBot 2013 has just been announced: the event will be at the Odd Fellows Hall in San Francisco on October 25-26 and tickets are on sale. Registration for robots is also open— there’s still time to get your cocktail robot ready!
Car Drives WaterColorBot?
At the recent Boing Boing Ingenuity Conference in San Francisco, Super Awesome Sylvia and her dad, Tech Ninja teamed up with Joe Grand and Ben Krasnow to use the data stream generated by driving a car to create input for the WaterColorBot. Largest. Brush. Ever.
Over at Boing Boing you can read more about their hack, which took grand prize for the hack day.
OHS 2013 Highlights: Kilobots
Kilobots are small, low-cost, open source vibrobots designed by the Self-organizing Systems Research Group at Harvard to study swarming behaviors. A group of these bristlebot-inspired robots were demonstrated at the Open Hardware Summit.
Photo by Michael Rubenstein.
Making the Legs for the 555 Kit
This past week we introduced our “Three Fives” discrete 555 timer kit, which comes with a set of “legs” to make it look like a (DIP packaged) integrated circuit. In that introduction, we mentioned that the legs are machined and formed from PVC foam. But what exactly does that mean? Here (in gory step by step detail) is how we make them!
The “Three Fives” Discrete 555 Timer Kit
We’re pleased to announce our newest kit, the “Three Fives” Kit, a kit to build your own 555 timer circuit out of discrete components. Here’s a way to re-create one of the most classic, popular, and all-around useful chips of all time.
The kit is a faithful and functional transistor-scale replica of the classic NE555 timer integrated circuit, one of the most classic, popular, and all-around useful chips of all time. The kit was designed and developed as a collaboration with Eric Schlaepfer, based on a previous version (pictured here), and adapted from the equivalent schematic in the original datasheets for the device. There have been a few other examples of circuits like these (such as the one that we featured in our article about the 555 contest), but we really like how this one has come together.
The kit is designed to resemble an (overgrown) integrated circuit, based around an extra-thick matte-finish printed circuit board. The stand— which gives the circuit board eight legs in the shape of DIP-packaged integrated circuit pins —is made from machined and formed semi-rigid PVC foam.
To actually hook up to the giant 555, there are the usual solder connection points, but there are also thumbscrew terminal posts that you can use with bare wires, solder lugs, or alligator clips.
One of the really cool things about having a unintegrated disintegrated discrete circuit like this is that you can actually hook up probes and monitor what happens at different places inside the circuit.
So that’s our new “Three Fives” Kit (shown above with an original NE555 for scale). It’s not quite as big as our 555 footstool, nor as tasty as our edible version, but it’s a great little circuit, and it’s got legs.
Roundup: Simple LED Projects
We’ve put together a roundup of our simplest LED projects; easy things to put together mostly with a bare LED and a coin cell.
Pictured above, Basics: Simple LED Pumpkins
How to hack LEDs into Lego minifigures for Halloween, and LED Ghosties for Halloween
LED-lit sea urchin shells, RoboGames Awards
Picking resistors for LEDs and Some thoughts on throwies
Quick, easy, temporary, and beautiful LED garden lights
Paper Circuitry at Home: Electric Origami, and the Soft circuitry merit badge
Edge-lit holiday cards and part II, Refining edge-it holiday cards
Automated Mechanical Maze Solver
Over on buildsmartrobots, Sai posted about a mechanical maze solving project. He uses an EBB (the same controller board we use on the Eggbot and the WaterColorBot) to control a couple of steppers to tilt the bed of the labyrinth using OpenCV to see both the path and the ball.
A few seconds of Octolively on vine
Alex Ray (@machinaut) has been playing with our Octolively open source interactive LED kits and says, “Physical computing interfaces are fun.”