Self Running Micro TPU, with closed loop.

[turbo]

these images aren't going to take us anywhere.....we really need to make them out of metal...

@Mannix,
The open unit coils contains two wires each segment your drawing only shows one.
Also let us not forget that there may exist thin magwire around them all.

M.

[Mannix]

this 1

[turbo]

ah yes that one...
that to me is a modified replication of a general electric defyoke.
i bet he even took the round coil on top off from an old rca picture tube.
it will be verry hard to replicate that one...
if you are intrested,i heve the schematics of the GE company on how they were driven back in the days.

if you want my opinion, the last one is the most easy one to do.
that is afterall the one he showed us after 400 builds so i guess they sure had some main guide
lines by then.

M.

[hakware]

@mannix
what program did you use to draw the toroid coils. very nice

[epwpixieq-1]

@all

Sorry for posting this second time. The fist time no one commented on it ... and I ( maybe mistakenly ...  ) think that it has high relevance to the common effort of build the TPU ...

"Energy Sucking Antenna" http://amasci.com/tesla/tesceive.html  ( the extraction of energy referred there is in SLF/ULF/VLF/LF range where the size of the antenna is A LOT smaller than the wavelength of the signal - as the signal, apparently, can be man/natural made oscillation )

I can see some correlation with SM's words ( hopefully this is not my imagination ) and although it seems to operates on different principle  ( Tesla magnifying transmitter ) it seems that a lot can be learned about energy collecting antennas ...

From the page:

"If we use a metal loop-antenna instead of a metal capacitor plate, then the current in the loop can perform a similar task as the voltage on the plate in figure 3: the oscillating current should grow huge and surround the coil with an intense, volume-filling AC magnetic. If the phase is correct, this b-field should "suck energy" from the transmitter (or from the local b-fields of the incoming electromagnetic waves.) Keep in mind that all this applies to SMALL ANTENNAS. If your wavelength is 150MHz and your antenna is 1 meter across, then "energy sucking antennas" cannot be used to improve reception. The idea applies to the longwave bands, to long wire antennas, and to VLF power transmission using the Earth-ionosphere Schumann resonant cavity."

Do not forget ... "THE SEA OF ENERGY IN WHICH THE EARTH FLOATS"

... the knowledge of the coils  ...

Best