Steven Mark`s TPU

[otto]

Hello to all gentlemen here,

would you finally build the FU...NG tube oscillators???

Sorry but I said that I dont want to be nice.

Otto

[supersam]

@ronotte,

the suspense is killing me!!  SHOW ME THE POWER!!!!  quick before the mib get there,

lol
sam

ps: can't wait to see your latest experiments.

[ronotte]

Hi all,

please be patience as I'm setting-up some footage in order to show clearly.....the power?.....before the mib get interested LOL.

Roberto

[ronotte]

Hi all,

Enjoy it : http://www.youtube.com/watch?v=Po3biz9UtrE

..it's a quick & dirty footage and I apologize for quality but it's enought to appreciate the TPU V10-7.

Do look with attention to last scope's frames where the signal output, taken on lamp but before the rectifyer stage, does show the full 3 waves multiple superpositions on both leading & trailing sinus edges  (400V ptp amplitude)!! I remember to all that the inputs are 3 frequencies in the form of 40V/1-2microseconds width pulses; frequencies used may be desumed directly from the screen!!

Please be informed that during following tests the 230V/60W lamp burned and actually has been replaced by a 150W/230V one which can be now full lighted.

Please be informed anyway that  ---  for the moment NO OU is claimed -----

Roberto

[Earl]

Roberto,

very good experimentation and tenacity.  Congratulations.

Do you understand why the very slow oscillation in output power ?

I assume that if you reduce scope intensity and slow the horizontal trace very slow, you will also observe this on the scope.

Can you attach some permanent magnets, say on a plastic sheet, in a circle of the same diameter as your TPU. 
Starting at large distance above the TPU, SLOWLY start descending closer to the TPU and see what happens.

Then repeat, but with sheet and magnets turned 180 degrees so they have opposite magnetic polarity.  Again, starting at large distance above the TPU, SLOWLY start descending closer to the TPU and see what happens.

What this does is introduce an orthogonal B field that you can vary in strength.  Be careful, if you start to have an energy avalanche, remove B field immediately.

I am interested in seeing your next PDF Engineering Report showing your device exactly, the test setup, results of both AC out and rectified DC output measurements.

All the best, Earl