Ronotte's amazing TPU experiments.

[ronotte]

Hi all,

sorry for not answering but at the moment I'm outside Italy. I will come back whithin 2 days and will answer all questions.

Roberto

[ronotte]

@Nong,

I'm glad you are in the final stage. Please don't try to use frequencies under MHz range (for F1)...that's because in this design the control coils have low inductance and to reach proper resonance the F1 should be in the range 700KHz - 1.4MHz (so F2 is automatically 350KHz - 700KHz).

In order to reach said freq it is necessary to use MOSFET drivers...but you can try other suitable solutions (COSMOS complementary driver, transitors,....).

Roberto

[mflynn44]

@Roberto

As you know, RE is generated mostly on the leading edge of a pulse. Most everything we work with in this free energy field has to do with capturing the BEMF (not RE) which occurs at a pulse trailing edge. This approach will always give underunity. I think we will never get an overunity device until we get away from the BEMF and start trying to convert the energy at the pulse leading edge. To get power out we must convert the leading edge RE.

[ronotte]

@Mflynn44,

I'm now pursuing what I do think is  the next evolution of my design. It just started from the previous end and  builds towards it's natural end which is in my opinion nearer to TPU as intended by SM.  As soon as I will have some lights I'll post it.

In the mean time there's at least one duplication of my work just here in Italy so I do invite Mauro to let us know his initial partial results.  He's anyway in the right track...just following what I posted. (2magclashTPU document).

Best regards to all

Roberto

[ronotte]

Hi all,

preliminary results are:

for the good side

- release of much heat coming from the ring (not prevoiusly experienced)
- presence of 5KHz component (from the ring) as seen on SM demo
- presence of 8 HZ tick noise (from the ring)

for the bad side

- only capacitive coupling seen for now on inner collector (waveform with sagged top & bottom) 
- tried several way to close the loop without succeeding in!

Roberto