I don't have a proper design, I was interested in how many IN-18 that could
be driven in multiplexed mode since that is in some situations an easier
way to go drive-wise before I decide to use a multiplexed design.
Will it be possible to go up to 300V?
Will you provide a connection for the
If you are asking about how to replace a broken Nixie that is soldered I
usually cut off the pins on the broken nixie, leaving them in the holes and
just removing the Nixie itself, and then de-solder one pin at a time using
suction or solder braid to remove the solder from the hole, then you
I don't have any experience with driving in the multiplexed mode for
nixies, but I think you don't need 300v for that, just lower the anode
resistor then you will get higher brightness for dynamic scanning.
There's a precise potentiometer on the board, you will get 100-230v output
can be used
hello! Now I just soldering full leg
I want your know-how about how to change tube
sorry for my bad eng
have a good day and be careful covid-19
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Thank you! It was a fun little project.
On Saturday, October 31, 2020 at 11:54:51 PM UTC-4 Richard Scales wrote:
> Nice Rack Clock, great work.
>
> - Richard
>
>
> On Saturday, 31 October 2020 20:47:55 UTC, Peter Doroba wrote:
>>
>> Hello all,
>>
>> I'm new to the group. I've been tinkering
Yes, 300V is for the old GR10G to light up properly, they work better at
250V and above.
Adding an external voltage doubler/tripler is a nice option to drive these
GR10G and possibly also dekatrons.
/Martin
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The psu performance for a muxed application could empirically be determined
given 2 conditions:
- peak anode current
- multiplexing frequency
What are your target numbers for those 2 values?
I could do some dynamic load testing with my b2902a smu on this power
supply. I would basically program
Aiden, can you post details of footprint / dimensions / pin locations ?
Are the connections in the same position as on NCH6100HV with just a
shorter board?
- Richard
On Friday, 23 October 2020 22:57:23 UTC+1, Aiden Fang wrote:
>
> Hi, all,
>
> As promised, here is the heads up about Yan's
