On 23 lis 2011, at 21:27, chuck richards wrote:
Indeed, *is* there any modern low-current bcd-to-decimal
high voltage ic that provides a one-package 16 pin DIP
solution to this requirement? Is there? Please let me
know if there is.
This is not exactly an answer to your question, but -- I
Hi all-
I picked up a Russian nixie tube kit on eBay which I just received. It's
got 6 IN-14s, each wired to a separate PCB with a 74141 on each board. I'm
not sure if anyone on list has built one of these before, but I wondered if
anyone has any tips for controlling all 6 digits for a clock
I just use the brute force method of using a 40 pin DIL PIC. Nice and easy.
Nigel.
- Original Message -
From: Dylan Distasio
To: neonixie-l@googlegroups.com
Sent: Friday, November 25, 2011 3:37 PM
Subject: [neonixie-l] Question on Russian IN-14 kit
Hi all-
I picked
Thanks for the comments. It might be a good exercise for me to wire up a
PIC or something similar. I've been looking for a project to do some
actual perfboarding versus a kit PCB, and it would let me do some PIC
programming which I haven't done yet.
One other question if you actually have built
And just one question. I checked the shipping prices from Mouser and
Digi-key. They were both between $100 and $120 for a single item. Is
it always like this (I am in Europe).
In Europe, you'd likely do better ordering from RS, Farnell, or even Jaycar or
Futurlec.
- John
--
You
RS unfortunately stopped selling to private customers
eric
-Original Message-
From: neonixie-l@googlegroups.com [mailto:neonixie-l@googlegroups.com] On
Behalf Of John Rehwinkel
Sent: vrijdag 25 november 2011 22:13
To: neonixie-l@googlegroups.com
Subject: Re: [neonixie-l] Re: 555
In Denmark, you can buy from RS being a private customer, but you need to do it
online if is't not in stock locally.
We have a local warehouse in Copenhagen, and if it's in stock there you can
pick it up at the counter and pay by cash, but if it's not in stock, you'll
have to order it online
Measured 54.7mV. I guess that is fine.
I can't measure the voltage between the base and the emitter on Q2
yet. Don't want to put in another FET and burn it like the other 3. I
want it to be the last thing.
Making too big of a deal over the FET. Unless you're really cranking
out some current
