TPU - General Discussion

[bolt]

Oh! you know i have not got the source files i thought i explained this the other day. Also for the life of me i can not remember right now how i did this because i spent about 3 hours playing with the SIM for some other purpose then i realised its a reactive pulse wave Romero was showing and quickly modified the sim i was working on as it is the same effect for muller out of phase coils with a series cap. I have to see if i can do this again at some point but only if i remember what i was doing, It really is NOT as important as you think because if you cancel the BEMF using self cancelling coils you get VARS and there is NO BEMF and NO LUGGING when the Power Factor is ZERO then you see that waveform.

[xenomorphlabs]

Oh! you know i have not got the source files i thought i explained this the other day. Also for the life of me i can not remember right now how i did this because i spent about 3 hours playing with the SIM for some other purpose then i realised its a reactive pulse wave Romero was showing and quickly modified the sim i was working on as it is the same effect for muller out of phase coils with a series cap. I have to see if i can do this again at some point but only if i remember what i was doing, It really is NOT as important as you think because if you cancel the BEMF using self cancelling coils you get VARS and there is NO BEMF and NO LUGGING when the Power Factor is ZERO then you see that waveform.

How do you keep a power factor of zero when you add a (resistive) load?
Would that be achieved with 2-stage load switching?
Or is there direct ways to add the load converting the VARs to Watts?

[bolt]

The direct method is to use switching or match the load so is sits in series within the loop without changing the phase angle.

The indirect method is to use the powerful magnetic field generated from the VARS coil to induce a current into another coil. This is what the TPU does AND kapanadze both are indirect coupling effects.  But its NOT parametric coupling. That way the phase angle is always maintained on the driver and there is no coupling back to the source.

[xenomorphlabs]

The direct method is to use switching or match the load so is sits in series within the loop without changing the phase angle.

The indirect method is to use the powerful magnetic field generated from the VARS coil to induce a current into another coil. This is what the TPU does AND kapanadze both are indirect coupling effects.  But its NOT parametric coupling. That way the phase angle is always maintained on the driver and there is no coupling back to the source.

Thanks for the answer.
How exactly in your understanding would the powerful magnetic field
from the VARS coil induce a current in another coil without the processes
commonly accompanied by induction that could reflect back to the primary VARS coil (undesired back coupling)?
How is this totally excluded while making sure that the induction goes on as intended?
With parametric coupling do you mean electrodynamic/inductive coupling?
In an energy transfer one would expect some kind of coupling (as for the forward coupling), what type would it be of?

[tpuman]

Hi all

I followed the Steven Marks stuff for a long time. Looking back again the garage footage with open tpu, correct me if i'm wrong but noticing that after unplugging the big black lamp off the inlet wall, it's supposed to be normally closed switch( light on). He later,  opened the switch (the light must stay off because he didnt turn the switch off)) after switching on the white lamp. Then he wired to the tpu, the big black lamp turn on the light. weird... Any possible explanation?

Anyone would agree on the first sight that two big base lamps seems suspect with a so quick test?