HIGH QUALITY TPU DVD Video Released from Jack Durban

[scraven]

this is what puzzles me. How could you FEEL a moving magnetic field?? I could understand a gravitational field having this effect - or maybe an alternating electrostatic field but not a magnetic field. The compass thing seems to point in the magnetic direction (pun!) but I think there has to be at least another field in action to be able to resonate with non conducting bystanders. Either way people seem to be over theorizing on this device when clearly if we knew the theory we could explain it already and build it. There is no doubt to me that the way this thing was built would make an electrical engineer shout "those components make no sense arranged like that! That cant work like that! I don't understand". People also keep forgetting about the smaller unit and the clear lack of any kind of driver circuit. It doesn't make sense to me that this thing would be driven otherwise it wouldnt be able to produce power without power being supplied to the driver. If this thing IS reacting to a driver then that driver exists outside the device  - but thats not the point. The point is people are going to have to approach this thing not knowing what they are doing. It least we have a helpful clue from Jack. Simple even childish design - remarkable effect!

[orbs]

this is what puzzles me. How could you FEEL a moving magnetic field?????

Yes, you can feel a moving electro-magnetic field. From my own experience of living for a few weeks in the complete dark (literally), I could sense when I was passing the location where the electrical power of the building was distributed and measured, from some 2 meters away. It was neither sound nor vibration and felt actually disturbing to me. My guess is that it was a combination of the fields produced by the flowing current used and the rotating energy metering device.

[lltfdaniel1]

Good speed but i will make a lower quality one for slow connections,

[EMdevices]

In case most people are fixated on this thread,Ã,  Notice that a new thread was started in the locked section by Stefan titled:Ã,   New Information by Dave Doleshal

http://www.overunity.com/index.php/topic,4501.0.html

I just love it, before we know it Tatiana is going to show up and spill the beans....Ã,   LOLÃ,   :DÃ, 

EM

[hartiberlin]

I think the most easiest setup to try to understand the OpenTPU is
1. just to use :
One big diameter ( maybe 10 mm diameter) loudspeaker wire coil with maybe 3 turns , which has inside
very small diameter stranded copper wire,
as the output coil
and then wire around it 4 control coils
and just pulse them with very sharp  shiftregister?s output pulses via 4 MOSFETs or Darlington transistors
from a power supply,
so all the 4 coils are pulsed after each other and are in a rotational sync.

Then just study the DC voltage with the "hash" that will just build up
on this loudspeaker wire output coil.

This would be the first stage to see, how much
power could be extracted from this output coil
when rotating fields are applied with a different fast
cycling frequency from a master oscillator to the control coils
via a shift register, so the control coils are pulsed in a circular rotational
fashion.

Then tune the master oscillator this way, that the rotational field
is rotating at around 5 to 6 Khz and see how much
power you can extract from the output coil.

Don?t use any connection yet from the output coil to the
4 control coils.

This just would be a test to see, how a rotating field would
induce power into the output coil and how the output voltage would
look alike and if the connection of 2 x 60 Watts bulb would change the
output voltage and how much, so we could compare it to
the OpenTPU demonstration where the connection
of the 2 x 60 Watts light bulbs would not change the output voltage
of 91.2 Volts.

2. If part 1 is understood, then only comes the more complex work
to see, how the 4 control coils could be fed back from the
ouput coil and connected on its own with some
caps as LC tanks, so they would be 90 degrees out of phase each and
will begin to oscillate onitsself and keep the oscillation stable without
loosing sync to each other and without being destroyed by too much power
feedback or by slowing down, cause the feedback is not enough.

This will be the hardest part.
But first we will need to see the upper first test to be done.

Regards, Stefan.