TPU - General Discussion

[acerzw]

<removed>

[zapnic]

hello

i am working some theory about tpu

but i don't know if this is dead end

i was thinking if have metal rings and top of them you have Permanent magnet
and the copper wire goes trow the rings

then the wire goes electron tube

then the tube collect little kicks and makes one bigger kick

then the kick goes to Degaussing coil and makes demagnetic field onto rings "not  Permanent magnet"
when energy of degauss coil is gone then start all over again

is this possible?

[wattsup]

@btenzer

It was good to read your post on the Bruce thread. Thanks for confirming Litz. I have some pretty crazy ideas about the large TPU and will put them up on the Control Inside thread when I'm finish the main parts of the open TPU.

@All

I will be producing the final drawing on the Open TPU in another few days. I have noticed a few other things that need some additional viewing and working out the logic.

In the interim, I am putting out a more concrete version of what is inside the leg #2 with batteries and showing the push button switch.

As shown in the photo below, the leg is a wooden piece of corner trim, and I can see the round batteries bulging out of the outer slip on cover. I figure there is enough room in the leg, from the bottom of the leg to even inside the coil for up to eight 1.5 volt batteries.

The main problem is how is the energy from the batteries being directed to the control circuit so the circuit can pulse or generate a frequncy (which I doubt) onto the coils or collectors and without cutting the current to the control circuit in the process. The only thing I can think of is that the battery power is charging a small capacitor, then cut off, and the capacitor is discharged into the coil/collector. The battery power is probably going to the circuit via a few strands of the Coil #2 Litz wire. There are so many things you can do with Litz.

Guys have been pushing straight power into the coils, but I think this has to be done via a capacitor since Tesla had shown that a capacitor discharge is much faster then a straight voltage pulse. Anyways we'll see soon enough.

I have also done some testing on winding 11 turns for the collectors with 16 AWG lamp wire and using 1 - 12 volts straight impulses to see if there is any mag field and there is none or very little activity. The multi-strand lamp wire is still only providing one conductor and the voltage required to make even a small effect is in the 24 volts or more range.

The fact that the collectors are heating up also tell me that they are not being used to attract a field, but to produce a field. So this to me confirms that lamp wire is not used in the collectors and that Litz wire would be the most logical choice as each individual strand becomes its own thin collector and woud be more reactive to smaller voltage pulses. I am still waiting to get some Litz wire to confirm this.

If there is anyone in the Montreal (north shore) area that has some EE experience with making control circuits and would like to partner with me in this endeavour, please contact me by PM. I'll build the TPU, you make the circuit. There are about 10 variations that would have to be tested.

All the best.

[Grumpy]

Those batteries could be small magnets.

[epwpixieq-1]

@all

Sorry if this has already been discussed extensively but ....
Has anyone been able to produce/detect a KICK? This should be a fundamental base for all the research. Also, has anyone try to produce a REPETITIVE KICKS with a single frequency, let say N_1 ? And what about trying to combine N_1,N_2,...,N_k frequencies ?

SM has A LOT of references on these ideas ... and somehow I am surprised that this is not being discussed. I apologize if this seems to be very basic questions and/or have been already covered. I red through many posts and only on few of them had some reference to my questions.

The complexity/dynamic of the TPU is so high that we can hardly believe that we can recreate it by trying to copy it ... although knowing the model/design will help.

A good reference site for Tesla's work ( for those of you how do not know it ... )
http://www.tfcbooks.com
Some of the early posts @ http://www.tfcbooks.com/tesla/
in 1893-02-24.htm, Tesla talks about charging and discharging a capacitance with given rate and thus producing a push of current.
If would like take a look at "ON THE APPARATUS AND METHOD OF CONVERSION" in the noted file. It is AT LEAST an interesting info.


Best to all of you,