Assembling robots? I presume you mean SMT Pick &Place Machines :) I work
with programming and maintaining (and also running it) such a Beast
(Siemens Siplace - and soon a brand new ASM SX 1 million Euro SMT Machine!)-
and also with similar tasks on the screen printer and reflow oven ;)
Dan
-
Hi David!
Do you do this surface-mount soldering in-house, or are you visiting the
assembly factory?
We have only a small self made PC controlled oven for prototyping.
(not finished so well - as every tool I use ;-)
This lot made another friend for us with assembling robots, ovens, aso.
Dieter
On 6/1/2012 12:24 PM, Dieter Waechter wrote:
Hi Gang
see the new IN-18 series in the cool down process after the ferlow soldering
process.
;-)
The clock is HOT!
Dieter
Dieter,
That is a lot of clocks. That is a lot fo IN-18 tubes to fill them all as well.
Do you do this surface-mount sol
Thanks Dan.
Here some other I have found:
http://hackaday.com/2009/06/22/arduino-nixie-shield/
http://dangerousprototypes.com/2012/03/20/rtc-and-port-expander-for-an-arduino-nixie-clock/
http://www.youtube.com/watch?v=f4fQE4ddzrk
http://www.youtube.com/watch?v=-v5NefSyBYc
http://www.youtube.com/
Engineer p0rn :)
Great job Dieter! Thanks for sharing.
Tomislav
Sent from my mobile device
-Original Message-
From: "Dieter Waechter"
Sender: neonixie-l@googlegroups.com
Date: Fri, 1 Jun 2012 21:24:41
To: Neonixies
Reply-To: neonixie-l@googlegroups.com
Subject: [neonixie-l] Impession of
Hi Dieter,
Here's one..
http://arduinix.com/
:) Dan
- Original Message -
From: "Dieter Waechter"
To: "Neonixies"
Sent: Friday, June 01, 2012 7:39 AM
Subject: [neonixie-l] Arduino Nixie Clock
Hi!
There were a discussion about it some days ago.
I did not follow it, since I'm not i
I understand your point, Terry.. Which I think is the classic "Slippery
Slope" argument. You get used to cutting corners, before you know it
you're trying the same tricks at work where you design nuclear reactor
cooling systems, the systems fail due to your design choices that were
outside of s
The part is fabbed in HVCMOS, so yes, it will continue to function at
some level down to where the CMOS transistor structures no longer
switch -- probably well below 3 volts. But...
The problem with using a part like that outside its spec is that you
simply can't predict what parameters won't be m
That is interesting. My guess is that there are lots of lazy engineers
out there that have figured out that the part works OK on 5v. That's why
experimentation is so important. If I was going to make a WAG, I'd bet
that it works at 5v although probably at slower speeds. Try it with 5v
if it is
Hi Terry.
Indeed I found only one schematic using 12V. Most of schematics available on
Google use 5V. That's why I preferred to ask. I will use 12V with transistors
then.
Thank you for your reply.
Antoine
On 01 Jun 2012, at 13:48, Terry S wrote:
> The datasheet does not indicate an operat
The datasheet does not indicate an operating supply voltage of -0.5 to
+15v, those are the absolute maximum ratings.
Use the part within it's recommended ratings of 10.8 to 13.2 volts and
you won't have any issues. Otherwise, all bets are off.
It never ceases to amaze me when people use a part ou
Hi,
I intend to use Supertex HV5522 to build a Nixie clock with four IN-18
tubes. I found some schematics on the Internet. Some use 5V directly
connected to HV5522 and some use higher voltages (12V) with a field effect
transistor connected to a 5V MCU. I plan on using a PIC MCU running at 3.3V
Hello Tobias,
nice project! I would very much like to see how this evolves.
But just one thing: You mention you measure voltage before and after the
shunt to get a current reading. This sounds to me like you are wasting a
lot (!) of ADC resolution for that fact because you would always
subtra
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