[Kevin Ballard] built this Nixie counter on the company dime. Tubes like this are getting more and more difficult to find since they’re no longer being manufactured. But when the Bossman hands you a corporate credit card those kinds of concerns take a back seat to your parts-shopping impulses. Start to finished this WiFi enabled counter took six weeks to build.
Connecting the board to the internet was very easy thanks to the Electric Imp that drives it. The difficult part comes in building a driver board and sockets for the tubes. We don’t see a lot of detail on how he’s generating the high voltage. But you can get a good feel for the tube connectors from the picture. He’s using an adapter PCB from Kosbo which breaks the tube pins out to two rows of 0.1″ pitch pin headers. The acrylic base has a port for each made of pin sockets spaced by a thick chunk of acrylic. Wiring harnesses wrap around the back side of the base to mate with the driver hardware. It’s programmed to count some type of company metric (it was funded by the corporation after all). They must be fairly successful because those numbers are flying by in the demo video.
Continue reading “Building a WiFi enabled Nixie counter”
Based on his username, [Horatius.Steam], it’s not a surprise that he calls this project a “SteamPunk” style binary clock. But we think using neon glow lamps in this binary clock is more of mid-century modern proposition. Either way, the finished look is sure to make it a conversation piece for your home.
He doesn’t give all that much information on the bulbs themselves. They seem to be neon glow lamps along the lines of a Nixie tubes. It sounds like they just need mains power (based on the image annotations for the relay board). The high voltage is switched by that collection of solid state relays. The controller board includes a DCF radio whose antennae is seen just below the controller. This picks up an atomic clock signal from Frankfurt, Germany. We think it’s a nice touch that he included a mechanical relay to simulate a ticking sound. That and the bulbs themselves can be turned off using the two switches in the base of the clock.
This seems like a good time to direct your attention to an artistic take on a Nixie clock.
This week we saw an interesting animated motorcycle tail light over on Reddit. But there wasn’t really enough background to get its own feature.
The NeuroKnitting project captures brainwaves by weaving them into a scarf.
On Semiconductor is showing off an 8x8x8 LED cube which they claim as 12,000 LEDs. We can’t figure out where all those LEDs are used in the design, but maybe you can. Here’s one that we know has 4096 LEDs in its matrix.
[Jeff] used hard drive platters as the disc section of his original Enterprise desk model.
Play around with an SNES controller and Arduino by following [Damon’s] guide.
Hackaday Alum [Jeremy Cook] posted an update of his laser graffiti project. His earlier effort used camera tricks to capture the image but this time around he’s exciting phosphorescent glow material to make a persistent display visible to the human eye.
This server hides in plain sight after being wrapped in a hard cover book binding. Hopefully this won’t cause heat dissipation problems.
[Trumpkin] built his own Nixie tube wristwatch which we think has the potential to be as neat as the one [Woz] wears.
We’ve seen homemade x-ray devices and we’ve seen people making vacuum tubes at home. We’ve never seen anyone make their own x-ray tube, though, and it’s doubtful we’ll ever see the skill and craftsmanship that went into this build again.
An x-ray tube is a simple device; a cathode emits electrons that strike a tungsten anode that emits x-rays. Most x-ray tubes, though, are relatively large with low-power mammography tubes being a few inches in diameter and about 6 inches long. In his amazing 45-minute-long video, [glasslinger] shows us how to make a miniature vacuum tube, a half-inch in diameter and only about four inches long.
For those of you who love glass lathes, tiny handheld spot welders and induction heaters, but don’t want your workshop bathed in x-rays, [glasslinger] has also built a few other vacuum tubes, including a winking cat Nixie tube. This alternate cat’s eye tube was actually sealed with JB Weld, an interesting technique if you’d ever like to make a real home made tube amp.
The warmer months cometh and it’s time to think of this year’s Burning Man. [Matt’s] already set himself up with a sound-reactive LED project he calls the Seed of Life.
Older readers, and those who really know their hobby electronic history, will know the name Heathkit. Many readers tipped us off about their triumphant return. We’re not sure what form this reincarnation will take, but you can help shape it by participating in the survey.
Dust off that MSP430 launchpad and turn it into a composite video Pong console.
Here’s a way to use your Android phone as a computer mouse.
We’re not quite sure what this is, but turn your volume down before watching the video about a modular sythesizer hack.
[Arkadiusz Spiewak] wrote in to share some of the printing success (translated) he’s had recently with the H-bot style printer we saw a while back.
Strap an Arduino and an Electric Imp to your arm (and everyone else’s) and it’ll remember everyone you meet. You know, kind of like Google Glass but with geeky arm-wear instead of geeky headgear?
And finally, [Nerick] has just finished a thermometer project using Nixie tubes (translated).
[Nina Blum] figures that if you’re going to the trouble of driving Nixie tubes you might as well use a lot of them. The details about this clock, which were sent directly to our tips line, lists a total of thirteen tubes used. There are six Russian IN-8 tubes (large digits), four Z573M tubes (small digits), but the colon tubes and the sine wave tube part numbers were not specified.
An ATmega8 controls the segments via a set of transistors. To operate the display [Nina] included a user interface made from five buttons and a four line character LCD. There is a video showing off the menu system that includes a way to set the time, date, and toggle the various illuminated bits. We’re waiting for permission to post that clip on our YouTube channel as [Nina] only included a Rapidshare link to the movie. Right now you’ll find more images after the break and we’ll embed the video if we get to okay.
Continue reading “Nixie clock that doesn’t skimp on the number of tubes”
Former Hackaday writer and electronic wizard [Ian] from Dangerous Prototypes made his way to the Maker Faire last weekend. He had a ton of cool stuff to show off, and luckily we were able to grab a few videos.
First up is a chainable Nixie module. [Ian], like all gurus of his caliber, had a box full of Nixie tubes waiting to be used in a project. These tubes never quite made it into their planned projects, mostly due to the difficulty of getting these old Nixies working. To remedy this problem, [Ian] created a chainable Nixie tube module – just hook up a high voltage supply to the board, connect it to the microcontroller of your choice, and you’ve got 2 Nixie tubes for your project.
[Ian] also showed off an ingenious solution to one of every maker’s problems. After designing a few cool boards like the Bus Pirate, Flash Destroyer, and Logic Sniffer, he realized he never made two boards that were the same size. This meant it was nigh impossible to have a standardized set of cases for his (and other maker’s) projects. The result is the Sick of Beige standard for electronics projects.
This standard provides PCB layouts in both square and golden rectangle formats complete with mounting holes, radiused corners, keepout areas, and suggested placement locations for USB ports and SD cards. The idea behind Sick of Beige is to get makers and fabbers using the same board dimensions so a set of standardized cases can be constructed. It’s an awesome idea and something we highly recommend for your next project.
Videos after the break. Continue reading “Checking in with [Ian] from Dangerous Prototypes”