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Thanks to the generosity of Gerry Moersdorf the Burroughs B-7971 Alphanumeric Nixie Tube is put on display and made to do a dance or two with an ATmega328P microcontroller and a custom high voltage interface.   A nice little project and a cool bigass tube!  Enjoy...

https://youtu.be/cJGmmzzTOOk

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Bigass Alphanumeric Nixies Conquer The Earth!!!

Thanks to the generosity of Gerry Moersdorf the Burroughs B-7971 Alphanumeric Nixie Tube is put on display and made to to a dance or two with an ATmega328P microcontroller and a custom high voltage interface. A nice little project and a cool bigass tube! Enjoy... Join Team FranLab!!!! Become a patron and help support my YouTube Channel on Patreon: http://www.patreon.com/frantone #nixie #display #arduino - Music by Fran Blanche - Frantone on Facebook - https://www.facebook.com/frantone/ Fran on Twitter - https://twitter.com/contourcorsets Fran's Science Blog - http://www.frantone.com/designwritings/design_writings.html FranArt Website - http://www.contourcorsets.com

Comments

Anonymous

Holy crap that's a big ass nixie! I hope my screen's big enough for the video.

MVVblog

WOW beautiful

Mikeybg

Wow too cool!

Anonymous

rasel dazel! must be a song from:peter and the dragon:https://images.app.goo.gl/AWukwqqG1tN49SGHA

Howard Simons

Very nice... a thing of beauty indeed.

Anonymous

You're absolutely correct. Electronics, and all that it encompasses, is an art form. There is something very aesthetically satisfying watching light, and hearing sound and radio waves. I was in the park today with my little QRP ham radio conversing with a total stranger across the ocean. No wires, internet ISP, nothing. Just radio waves bouncing around the planet. How cool and amazing is that and how wonderful is that nixie tube display that you just put together!

John McCormick

Not that it is important but do these displays put off much heat? I've never seen a nixie of any sort in person.

Anonymous

Wow! A massive Nixie older than me brought back to life. That PC board you were reverse-engineering was probably the oldest PC board I've ever seen. I love seeing all the discrete through-hole components. The circuit boards I see now are usually 8-10 layers and sprinkled with tiny parts that are too small to mark and all conformal coated as well. Your assembly skills and great component layout logic makes it so gratifying to see it all work. There's definitely an artistry in what you create. Keep the video coming!

BobC

Splendid! That is so cool. IIRC, there are similar-sized vacuum fluorescent single-character alpha-numeric displays, but when I just looked all I could find were the large 7-segment variety.

Anonymous

Nice job! I love the animations. Thanks for putting this together.

GrayRaceCat

Hi Fran, You may already be aware of this, but, are you familiar with Dalibor Farný and his new hand-made Nixie Tube factory? https://www.youtube.com/playlist?list=PL_X_JzG6cJRj6uapia0F7BFDLNUc7FMEX He is currently working on Project H, a display with 121 Nixie tubes of 150mm dia each, for a client!

David Peaker

That is super cool, but it got me thinking, can I make a 7 segment display using IN13 nixie tubes? Hmmm.

Anonymous

Great display and a great project showing it off. Your videos showing how you create things are some of my favorites. How about using the display for another intro spelling out FRANLAB?

frantone

Not that I can tell. But I'm running the tube at fairly low current.

Anonymous

"A foot-lambert equals 1/π or 0.3183 candela per square foot, or 3.426 candela per square meter (the corresponding SI unit)." .... hahahah ok. Lambertian reflectence is isotropic, I remember that much from optics ...

veritanuda

Fascinating. But FWIW that PCB looked old school etched. It is amazing how inventive people are. Thanks!

God of Ramblers

The working Nixie was born the same year as me! It’s as bright and informative as it used to be (unlike myself! ;-)

Anonymous

Comment on italicized segments: They ARE italicized, just look at the angle on the sockets mount relative to the normal of the circuit board. Solution for your driver board, more Supplementary LRF Support on the left side of the board..

frantone

The Lectrascan card is viewed edge on, not to the side, so the entire display rack has the tubes leaning downward, as to be mounted high and angled to be viewed looking up at it.