> I am a new member. Quick background on me, I am a 29 year old engineering 
> student looking to learn more about electronics.

Excellent!  Welcome aboard!

> So I picked up Threeneuron's nixie clock kit on ebay. I am really enjoying 
> putting it together and I was considering building a PCB to mount all of the 
> nixies. Looking at the given schematic it seems like it should be fairly 
> straightforward.

Yeah, as your schematic illustrates, nixie tube boards aren't very difficult.

> Without using a board, looks like it would be a real rats nest. Was just 
> wondering if anyone could help me out with the board. I have looked at a few 
> "on demand" PCB manufacturers that offer their own software and none of them 
> had any information on the IN-8 tubes.

Most of that software is nasty DOS-only stuff that locks you into those vendors.

> By the way I also ordered the LED bases for IN-8 tubes from the Nocrotec Shop 
> on ebay. So if there were some way I could integrate all of that into a 
> printed board that would be excellent! I just need some help! Hopefully 
> someone here has done it before....    Schematic and a pic of the LED bases 
> attached.

I design boards occasionally for various projects.  I happen to use Eagle, 
which some board vendors accept directly, otherwise it can output 
industry-standard Gerber files which will work with the vast majority of 
vendors.  I've even designed boards for IN-8 tubes (I created a custom part 
myself, as this design needed to fit certain specific parameters).  If I can 
get the specifications for the Nocrotec sockets, I can make a custom part for 
them too.  I've appended one of my IN-8 board designs to illustrate how my work 
tends to look.  It's all hand routed, and an ordinary low-cost 2-layer board 
that doesn't use any tight spacings or fine wires that would make it more 
difficult or expensive to manufacture.  It actually goes into a widget with 8 
tubes, which uses two of these boards side by side (via the connectors on the 
ends), which gives even tube spacing when plugged together.  It did it this 
way, because it's often cheaper to produce several small boards than one big 
one (for various reasons).

It does have one of the T joints that Terry warns about - my bad.



- John


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