I'm in put me down for two sets at least. Did you get the PIC hex too?
This is exciting stuff! Thanks Michail!
On Thu, Apr 4, 2019, 7:03 PM Michail Wilson wrote:
> I was able to get the files from Yahoo Groups.
>
> I've decided to go about putting the kits together myself since I will
> have
I was able to get the files from Yahoo Groups.
I've decided to go about putting the kits together myself since I will have
about 24 tubes.
So, I just ordered 40 sets of the boards to have extras in case anyone wants
kits.
Michail
-Original Message-
From: neonixie-l@googlegroups.com
Thanks Terry, and everyone else for your responses.
Looks like the Fisher Biotech FB-650 Electrophoresis Supply will do the
trick... 0-6kv, 0-350ma adjustable. I've found one for under $100.
Rich
K4REA :-)
On Thursday, April 4, 2019 at 7:48:31 PM UTC-4, Terry Bowman wrote:
>
>
> On Apr 4,
> On Apr 4, 2019, at 9:59 AM, Nick wrote:
>
> These need DC at a couple of thousand volts - I've seen them run of much
> higher voltages via an induction coil, e.g. a Ruhmkorff coil which can
> produce 10KV & a lot higher (over 100KV)
I power mine with one of these:
We love our bitcoins. J Oh, and Nixie too.
Michail
From: neonixie-l@googlegroups.com [mailto:neonixie-l@googlegroups.com] On
Behalf Of Dekatron42
Sent: Thursday, April 4, 2019 4:52 AM
To: neonixie-l
Subject: [neonixie-l] Re: 2 Nixie Tubes Burroughs B-7971 Alphanumeric
15-segment
Board-layout with the HV5530 can be an issue, so I connect the tube-pins to
the easiest route on the driver IC. That gives a clean board layout (zero
feedthrus for tube signals) but scrambles-up the bits. Unscrambling them
in RTL code or software is easy, though.
--
You received this
The 74141 has 55 volt transistors. You can use the SN75468 which has 100
volt transistors, for more voltage margin. It can be controlled by the
74HC595 shift register.
The 44 pin chip does replace a lot of smaller parts, but I prefer to use
many smaller parts, because the board layout is more
+1 for the HV5530
I have a 14-tube clock with IN-18's driven by six HV5530's, and have had no
issues other than some mild cathode poisoning (my fault) which is easily
cured.
I strongly recommend using a level-translator IC when controlling the
HV5530 from 3.3/5.0 VDC controllers; others have
I would say the HV5530 is the best all around driver nixie IC. It comes in
a 44 lead quad flat pack or J lead plcc, the latter of which can be placed
in a plastic socket that is thru-hole soldered onto the board. It is driven
like a regular shift register (like the 74HC595). Shift in 32 bits, each
Greetings all,
I have been an addict for over two years now. I started in electronics in
1980 then moved to software, Mostly Z80 Assembler and 6502 (as a hobby). I
spent the rest of my career in supporting laser printers until I became
self employed in 1997. In recent years I discovered
Hello everyone.
Since becoming an addict about two years ago I have built many kits and
have now started down the road of building my own clock - albeit a very
simple one.
My query centres around the use of 74141's (or the Russian version) as
direct drivers for tubes.
>From what I have tried so
These need DC at a couple of thousand volts - I've seen them run of much
higher voltages via an induction coil, e.g. a Ruhmkorff coil which can
produce 10KV & a lot higher (over 100KV)
I think a Royer oscillator driving a LOPT or similar with an HV diode
should do the trick.
They are still
True. You will also have to find some high voltage diodes at a surplus
store. Might be worth a bit more investigation..
m
On Thu, Apr 4, 2019 at 6:42 AM Richard Arndt wrote:
> Hi Martin,
>
> Thanks for the offer !
>
> I have a 10kv Neon Transformer I use for a Jacobs ladder. I have not
>
Hi Martin,
Thanks for the offer !
I have a 10kv Neon Transformer I use for a Jacobs ladder. I have not
hooked it up to the tube, since I don't know what could harm it. Neon
Transformers are also AC, not DC. It might light it up, but I don't think
the Railway Vane would move.
Rich
On
That's pretty cool. I have an old neon sign transformer. I think it's 6
kv. Are you in CA? I'll drop it off.
On Thu, Apr 4, 2019 at 6:21 AM Richard Arndt wrote:
> This is not a Nixie Tube related subject, but someone here probably knows
> enough about tubes to answer the question.
>
> I
This is not a Nixie Tube related subject, but someone here probably knows
enough about tubes to answer the question.
I purchase an old Crooks Railway Tube some years ago, with electrode plates
about 8 inches apart. I am wanting to try it out and was thinking a Fisher
Biotech FB-650
Anyone fancy making some pin and voltage compatible ones using chip on
board led strips?
Seems like a fun project to try!
On Thu, 4 Apr 2019, 12:40 'Greg P' via neonixie-l, <
neonixie-l@googlegroups.com> wrote:
> I have plenty available at that price WOW!
>
>
>
>
> On Wednesday, April 3,
Looks like Bitcoins, someone is pushing the price upwards - hopefully there
will be a crash so I can afford some ;)
/Martin
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To unsubscribe from this group and stop receiving emails from it,
I have plenty available at that price WOW!
On Wednesday, April 3, 2019 at 11:24:21 PM UTC-4, Pramanicin wrote:
>
> Really folks? $530 for two tubes???
>
>
> Look at this on eBay
> 2 Nixie Tubes Burroughs B-7971 Alphanumeric 15-segment retro
>
Hello!
I will definitely use THT components, HV5622 will sit in a THT socket as well.
I know that most customers would solder SMT components without issues, but we
need to think of the beginners as well.
I plan to use ATmega328 as a basic "brain" of the board, there will be option
to choose
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