HIGH QUALITY TPU DVD Video Released from Jack Durban

[mikestocks2006]

....
The output current from the single turn output coil does not affect the drive power for the control coils !
That is the nice thing about it !

So then, if a current - any current - on the single turn output coil (white wire inside the toroid, pic above) is the result of a pulse or a series of pulses on the toroid (control coils orange/yellow color), it  means that this is OU. Right?

This is then the basic operational principle of a device such as the TPU, correct?

[eldarion]

Hi Stefan,

I have tried that configuration a while back.  Unfortunately, there is no power available on the Litz wire--for the very same reason that there would be no back-EMF in that configuration.

@all,

Look at Tesla patent number 0413353.  The output of the TPU is pulsating DC.  I think SM rectified AC to get that DC, just not with a diode.

All of the devices have at least one ferrite-cored toroid somewhere in the circuit.  I will confine my comments to the FTPU, as that is the only one I have been studying with the new videos.

That toroid is wound with two coils, one covering one half and one covering the other half.  Notice where the magnet goes--in such a position as to bias the core, possibly even saturate it.  Look at figure 6 of the Tesla patent, and also the description in the patent.

That particular winding configuration on the toroid is common in older power supplies.  They usually come with a small plastic divider that separates the two coils and runs through the middle of the core--you can see this divider if you look closely, it is white or light grey.

In all the TPUs there is a white wire going through the center of the toroid(s)--does anyone have some ideas on the function of that wire?  There also appears to be a component (possibly a reed switch) where the magnet is positioned.

See http://www.overunity.com/index.php/topic,4486.msg90045.html#msg90045 for a picture in which you can see all of what I am describing.

Hopefully this will help things along; now we just need to figure out how the large wire loop is integrated with the little bit of remaining circuitry on top of the FTPU...

Eldarion

EDIT: I just realized something.  You know that fluctuating voltage that appears on the meter when the device has no magnet?  If the magnet was removed, the output might end up being AC, and the DC meter would not know how to interpret that, hence the wild fluctuations.  The AC might be what is generated by the rest of the circuitry up top.  I still do not understand where the energy amplification would take place, however.

[eldarion]

More information on the collector wire...

[EMdevices]

Ok, I closely inspected the video and played a segment over and over and seeing the motion I realized the 3D geometry of the little unknown object below the OTPU,  FINALLY !!!!    that thing bugged me for so long.

EM

P.S.  Can somebody suggest a good program to capture frames  INTERLACED?  I want to retain as much of the information as possible so I can process it later with MatLab, and other software, and I don't want to convert to mpeg or anything else, just capture frames from the VOB file.  I'm afraid of loosing info or blurring due to the codecs, etc..

[eldarion]

@EMDevices,
So that's where the battery was actually hidden!   So what's in the hollow leg then I wonder?

@all,
Attached is yet another observation on the FTPU...

EDIT: Just realized it is impossible to read my text at this high of a compression level, so here is the hard to read part:

"The other end of the upper collector then goes to the circuitry on top.

So the + output seems to go directly to the circuitry.

Also, that is the function of the mysterious white wire going through the toroid--connect one end of the lower collector to the circuitry."