Hi Ben, this is kind of unrelated to the driver but have you ever experimented with prussian blue and pedot:pss in the context of flexible (fabric) electrochromic displays. 
On the spectrum of science to engineering it seems to be a bit to much on the science side for me :) 
Regards,

Toon

@Ben Krasnow  - I hope you get this to know that your videos are very helpful.  My career passion has been software for the last 40 years, but I have been a maker my whole life and your videos bring complicated materials science almost within the grasp of the everyday maker.   I don't know why you do your projects and videos, but you should know that they are very inspiring and make a difference in other's lives.

Thank you.

Thanks!  Let me know if you ever have a suggestion for a video topic.

Anyone else have issues finding a 6.3uF SMD capacitor in a 0603 package?

Hi Ben, great work! I wanted to ask if you could clarify the display approach. Did you use a passive matrix utilizing a first layer of horizontal bars in the back plane material, covered by dielectric and lumicolor and then use vertical bars of PEDOT to complete the capacitor? Did you incorporate any additional backplane material to maintain contrast via a small bus bar? 

Hi Ben,

I'm very interested in your project. Is it possible to order a complete assembled print? And if so, can you tell me the price and how to order?

Thanks in advance,

Ad van den Bergh

Hi Ben, 

Thank you again, I finally got a board working  and hooked into a lumilor panel but nothing happened. I was using your Array sketch but no panel would light up. They where not bigger than the ones in your video. i was using the pin  32 and 33 with pixelvalues[0] as panel one then moved to pin 9 and 10 pixelvalues[5].

Then we used a 12V power supplied and it might draw too much Amp that fried the board. 

Any recommendations to power up the board? i was using 9V batt but must likely not powerful enough. Would be cool to understand the match between the pixelvalues and the pins to solder the panels. 

Thank you so much for your inspiration! 

RCC

6 AA batteries (9V) is fine.  A single 9V battery is probably not enough.  If it's not working, check the +3.3, +5, and high voltage rails to start.  If those are all fine, check the high voltage outputs from the IC.  

Thank you very much for your answer :) any hints about the ports and the pixel values? Did you test what is the largest area that you lit up with Lumilor panels? Any recommendation?

Thanks again!

Good morning Ben, 

One question, about the tiny transformers i guess is a 1:1 conversion. so the ATB322515-0110 should work. Or should we use a different configuration? 

Great work by the way!

RCC

Both ATB3225 models have a 1:10 turns ratio.  The larger of the two can handle slightly more current. https://product.tdk.com/info/en/catalog/datasheets/e6813_atb3225.pdf

This is awesome. Are you planning to sell these drivers?

You mention using two drivers for each wire or panel. Are you running them in bridge mode with one driver for the center and one for the "drain" wire, or just paralleling them for more current?

Also, what frequency are you running the drivers at?

Thanks,

Bob

The two high voltage converters run in parallel, and charge the same storage capacitor.  The switch frequency is determined by the transformer impedance, and is about 1MHz in this case.   The output driver is configured to have a max square wave output of about 8 KHz, but is determined by the firmware settings.

this is really nice i want to know that are two outputs connected in parallel given by the LT3468.  how much current can be delivered by the particular output pin of shift register. How large panel can be connected to this output. 

Yes, the two LT3468 circuits are wired in parallel for higher total power capability.  I haven't tested the shift registers for max panel size (or EL wire length).  The 8-channel driver has much higher output per channel than the 64-channel driver.

Ben, amazing work, and you're very inspiring! Thank you.

How can I find the solder paste dispenser you showed in your video?

I bought it used on eBay, Metcal model DX-250.  You can get the consumables here: http://www.testequipmentdepot.com/metcal/fluid-dispensing-systems/consumables/index.htm

Your talk at Supercon on electroless deposition of copper was excellent. You've done amazing work on there, and I had no idea how your EL glove (and this HV driver) might link into that. It's an understatement to say you left the audience slack-jawed. Kudos on the apple-keynote-like "One more thing" that took everyone by surprise. Thanks Ben for being a huge source of inspiration for what can be done with determination and study.

Video of the talk for anyone interested:

https://www.youtube.com/watch?v=Tx2B5hI4w1U

Thanks, Mike!  Supercon is the best!