https://lh4.googleusercontent.com/-LS5WWI-ky2c/UpMk2OK4BrI/AEc/yf_bxteNyBE/s1600/Altoid%2BNixie1.jpg
I put this little guy together recently - I always wanted to see if it
could be done. I figure the audience here will appreciate it. It has
multiplexed IN16 tubes, driven by an
Pretty.
I didn't see the order form. :)
Michail Wilson
206-920-6312
In a message dated 11/25/2013 3:00:40 A.M. Pacific Standard Time,
peteh...@gmail.com writes:
(https://lh4.googleusercontent.com/-LS5WWI-ky2c/UpMk2OK4BrI/AEc/yf_bxteNyBE/s1600/Altoid+Nixie1.jpg)
I put
LOL, Love it. Great work!
Are you PWMing a FET for power from the atmega158?
Thanks
On Monday, November 25, 2013 7:45:50 AM UTC-7, Michail wrote:
Pretty.
I didn't see the order form. :)
Michail Wilson
206-920-6312
In a message dated 11/25/2013 3:00:40 A.M. Pacific Standard
Oops, I meant the 12V comes in one end and the FET is connected to the
junction. The schematic is correct.
--
You received this message because you are subscribed to the Google Groups
neonixie-l group.
To unsubscribe from this group and stop receiving emails from it, send an email
to
The inductor is a Coilcraft MSD-1278-224 this is a 220uH SEPIC choke with dual coils. In my application the coils are connected in series. The FET drain is connected to one end of the pair, the other end to the rectifier, and 12VDC comes in at the junction. With this arrangement the FET only
Since you are doing a gated oscillator switching converter, you could
consider using the on-board comparator of this particular MCU instead of
the ADC. Might save you some code/CPU time.
Alex
On Monday, November 25, 2013 7:55:12 PM UTC, petehand wrote:
On Monday, November 25, 2013 7:13:52
Hey John,
Curious are the 600V model power supply complete?
Thanks
On Sunday, September 1, 2013 4:15:11 PM UTC-6, taylorjpt wrote:
The 1474 design is for high power and high voltage (Up to 75W and up to
600V on board, no multiplication). It will be available in about 2 weeks
in the
On Monday, November 25, 2013 1:15:31 PM UTC-8, Michel wrote:
Is that FET not warming up too much when you drive it directly from the
AVR output?
The FET doesn't warm up at all. The only reason it would warm up is slow
turn-off time - the turn-on time is already limited by the inductor -
Hi Alex,
I can now access the website finally, interesting! About the Weston
book, You are right. It is too general and low level, there is no way
how to calculate actual sputtering rates using information provided
there. Also as You mentioned, they deal with low pressure mostly. But
there are
