can you tell me please, whats the schematic for the h.v. voltage source for this experiment. is it flyback,MOT, NST ? oh yes is your non frifge pump a multi stage evac.
Nice plasma. I have done that to and I wonder if it could make X-ray radiation seems that with a magnetic field to accelerate the electrons it could be even more likely you should get some film I've heard that polaroid film well work . I Like your videos alot :)
@plumcrazzzy thanks for the kind words. X-rays are possible, but a much harder vacuum would be required, probably a micron or less. However, with a proper vacuum pump, making the tube would be easy other than sealing. Cold cathode mode works fine, especially if you use a high voltage high current pulse and run it as a pulse x-ray tube. I don't think magnetic fields would do too much for an xray tube though.
@sirHOAX Other than ghetto? :-P It was a MOT with it's primary driven by an 80v transformer (for the sake of isolation and current limiting for safety), and 110kohms in series to limit the current to the jar.
@triggerhappy77707 looks like fun. know you can find 1-to-1 isolation transformers in high-pressure-sodium lights, if i'm not mistaken. they use them for limiting current the same.
@sirHOAX Well technically they are ballasts, but they could be used the same. But why use that when i could just use an 80v transformer i already had? :-P. I could just use an inductor in series with the power supply MOT to mains to get the full 120v on the primary, but this jar only drops a few hundred volts so more voltage wouldn't help much.
hi, i like your plasma jar experiment.
can you tell me please, whats the schematic for the h.v. voltage source for this experiment. is it flyback,MOT, NST ? oh yes is your non frifge pump a multi stage evac.
thnks regds
stephen
hbycoily 4 months ago
Nice plasma. I have done that to and I wonder if it could make X-ray radiation seems that with a magnetic field to accelerate the electrons it could be even more likely you should get some film I've heard that polaroid film well work . I Like your videos alot :)
plumcrazzzy 6 months ago
@plumcrazzzy thanks for the kind words. X-rays are possible, but a much harder vacuum would be required, probably a micron or less. However, with a proper vacuum pump, making the tube would be easy other than sealing. Cold cathode mode works fine, especially if you use a high voltage high current pulse and run it as a pulse x-ray tube. I don't think magnetic fields would do too much for an xray tube though.
triggerhappy77707 6 months ago
The vacuum leaked out? xD
bonecrime 7 months ago
@bonecrime I opened the ball valve at the end.
triggerhappy77707 7 months ago
Nice work, what is the power source?
sirHOAX 7 months ago
@sirHOAX Other than ghetto? :-P It was a MOT with it's primary driven by an 80v transformer (for the sake of isolation and current limiting for safety), and 110kohms in series to limit the current to the jar.
triggerhappy77707 7 months ago
@triggerhappy77707 looks like fun. know you can find 1-to-1 isolation transformers in high-pressure-sodium lights, if i'm not mistaken. they use them for limiting current the same.
sirHOAX 7 months ago
@sirHOAX Well technically they are ballasts, but they could be used the same. But why use that when i could just use an 80v transformer i already had? :-P. I could just use an inductor in series with the power supply MOT to mains to get the full 120v on the primary, but this jar only drops a few hundred volts so more voltage wouldn't help much.
triggerhappy77707 7 months ago
@triggerhappy77707 cool vid none the less ..!
sirHOAX 7 months ago