HIGH QUALITY TPU DVD Video Released from Jack Durban

[chadj2]

Stefan,

If you mean getting the field to rotate means getting the to 90 degree phase lag signals to combine and form one sine wave I was able to do that. Well, the kinda did that on their own as long as you had the coils wound properly. The problem was that I still had the problem of inductive reactance so not much current was able to be fed into the coils as frequency increased. I also tried resonating the coils with appropriate sized capacitors which resulted in more voltage being felt by the pickup coil, but when I shorted the pickup coil it started to be reflected back to the input coils as a voltage drop.

Chad

[BEP]

I need the tape so I can wrap it all up and fuck with people for a couple of years.

You might try 3M #33. It was pretty common back then but I think it will screw with your infra-red  
Just a couple of wraps and it could keep a high electrical charge from biting you. Something you would think about if you 'got bit' a few times. The #33+ also tolerated heat very well.

[hartiberlin]

Stefan,

If you mean getting the field to rotate means getting the to 90 degree phase lag signals to combine and form one sine wave I was able to do that. Well, the kinda did that on their own as long as you had the coils wound properly. The problem was that I still had the problem of inductive reactance so not much current was able to be fed into the coils as frequency increased. I also tried resonating the coils with appropriate sized capacitors which resulted in more voltage being felt by the pickup coil, but when I shorted the pickup coil it started to be reflected back to the input coils as a voltage drop.

Chad

Chad,
again the main priciple ofthe OpenTPU I believe is this one:



The white single turn output coil wire just has about 50 MilliOhms DC resistance
and is just a maybe 2 to 4 mm diameter isolated stranded copper wire.

There are 4 control coils wound around it with about 10 to 12 windings.
These 4 control coils are 90 degrees phase shifted each  pair and arranged this way via a transformer or 2 chokes
at the buttom of the device, so that the Lenz law is violated and the 4 coils oscillate with about 5 to 6 Khz
which creates a rotational magnet field which induces DC voltage into the single turn white wire
output coil.

The 2 magnets are only there to confuse the people and to switch on some
reed relays inside the device that turn on the connection to the output connectors.

It is really a very simple device and we only still have to find out,
how to wire the 4 control coils together via a transformer , caps or chokes
and use positive feedback from the output coil to keep the oscillations going
and keep the magnet field rotating inside the 4 control coils.

This is why I want to try next to pulse 4 control coils via a shiftregister
to see, how much DC voltage and amperage one could get out of
the single wire output coil.

[chadj2]

Stefan,

The main thing I was hoping would happen with the rotating field coil was that inductive reactance would be canceled out so that I could have a strong magnetic field rotating on the inside. But the impedance was the same as if I just had 2 standard inductors carrying a sine wave so the more I increased frequency to speed up the field the less current was able to flow through the coils and the weaker the magnetic field became. One other thing I was hoping was that if I used a pickup coil in the center of the core I would be able to sidestep lenz law or render it impotent but unfortunately as I shorted the pickup coil the voltage dropped on the input coils. I had 2 oscilloscopes hooked up so I could watch all of the signals simultaneously. On another note I used to think for a long time that the permanent magnets were a ruse and simply controlling a reed switch or even worse serve no purpose at all other than to misdirect but now I am exploring some other options with static magnetic fields. There may be something to that after all but I dont want to waste peoples time with more theories. We have so many to go with already.

Chad

[hartiberlin]

Chad, in your example there is surely a backreaction from your center output coil to
the driver coils.

But in the OpenTPU case we have 4 control coils wound perpendicular (90 degrees)
to the output coil and thus there is no back reaction.

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 !