Thanks for your advice!
Here is the PSU Chad said he was talking about:
http://www.mi-lasers.com/stock/eBay/F-27b.jpg
It takes 24V - 30V DC input, supplies 2300V - 3200V and 5.5mA, Voltex model F-27-19 (as per label), $95.
I'm not sure if it will be suitable, though. The specs on the label say that it will supply 5.5mA, but the data in the listing for the tube says that the tube requires 6mA - 7mA, with 6.5mA being ideal. Also, the start votltage required is 12KV. Can a PSU that supplies 2300V - 3200V (as is also listed on the label of that PSU) do this (give a start voltage of 12KV)? If he said that it will suit that tube, then, hopefully it should... but I can't help wondering.
I've not done much with HV so far, but I have done a lot of general electronics work. I am planning to start building a Tesla coil very soon, though; so I was about to go there, anyway.
I'd heard about the tubes acting as capacitors, too. I'll be sure to watch out for that. Is it advisable to discharge the capacitance in the tubes and the capacitors of the PSU by short circuiting them, or is this specifically NOT advisable for any reason?
As far as the wiring goes, I asked him and he said he said he can also supply a male Alden connector. How exactly does this connect to the tube? Is there some sort of clip attached to them that is fairly standard? I have seen some clips that sort of clip around the ends of the tube and have the wires attached to them. Also, will the ballast resistor generally be included in the wiring on the connector, or will this also need to be attached?
I'm
very much looking forward to getting this. The whole idea of gas lasers is just fascinating!
Thanks again for your post!
Cheers,
Adam