Re: [neonixie-l] LM9022 on ebay

2014-11-04 Thread 'threeneurons' via neonixie-l
That's pretty definitive ! A LM9022 is a LM4871. Yes, extra brownie points, for opening one up, and the photos ! I didn't expect to see the actual part number ! An internal code, that translates to a part number, but not the actual part number.

Re: [neonixie-l] LM9022 on ebay

2014-11-04 Thread 'threeneurons' via neonixie-l
Mouser has over 4000 of them. Not bad ones-n-two-zees prices. $1.42 on a reel tape, $1.71 in a rigid tube. And a good price break if you get 10 or more. Probably same prices at Digi-Key and Newark (Farnell).

[neonixie-l] Re: Socket alternatives for B9012

2014-11-04 Thread 'threeneurons' via neonixie-l
They're not the same base as the B5092 ??? If not, then here's what I do: http://threeneurons.wordpress.com/miscellaneous-projects/improvised-tube-sockets/ I have one B9012, that I got years ago. I also have sockets for the B5092, which are also good for other nixie tubes, and dekatrons like

[neonixie-l] Re: Socket alternatives for B9012

2014-11-04 Thread Joe Zatarski
First off, B9012 is two concentric 'circles' of pins, though one of those circles is only 3 pins so it's not really a full circle... But anyway, no, sockets for these are unobtainium because of this two row thing. I saw that page, and even before I saw it, I was wondering the same thing. D-sub

[neonixie-l] Re: Socket alternatives for B9012

2014-11-04 Thread 'threeneurons' via neonixie-l
You guys are right. I just found my B9012, and its an odd base. The tube that can use the same socket as B5092 (13-pin) is the ZM1050. That's Philip's pseudo pixie. I have one of those, too. The main difference, other than the base, is that the B9012 has a cathode for each numeral, while the

Re: [neonixie-l] Re: Finally, an LM Ericsson RYG10 coaxial Trochotron up and running!

2014-11-04 Thread Dekatron42
Thanks! Now after some more testing I have the RYG10 up and running at 100 kHz (the limit of the oscillator that I am using right now) but I guess it will run up to the specified 300 kHz. The driving stage now uses either a ECC960 or a ECC962 (or their counterparts E90CC/E92CC) as I have a lot