HIGH QUALITY TPU DVD Video Released from Jack Durban

[wattsup]

@Stefan

Thanks. Again this was made in October 2007 and will be corrected, but it is a good base to move forward with this better video. By the way, with Media Player Classic you can zoom in and run the video really close. Did not know that way back. lol

You are also touching on some things in this following post I had prepared during the last few days. Sorry if it is long.

@ALL

Why do I feel the reed switch is a key. Because it can produce a pulsing frequency that will be directly proportional to the circumference of the TPU. Why, because any circumference will have x turns and will have y inductance and with a capacitor of given value will produce its own frequency. This pulsing will be caused by the complimentary and mutual interaction between the control coil(s), the center toroid(s) and the cap(s). So, of course, the frequency, or more precisely the frequency range, will be related to the circumference.

Imagine you want to pulse the vertical control coils with an on/off DC. So you place a toroid choke in series with the control coil. You put the reed switch in series with the control coil and the toroid and you position the reed near the toroid at a position where when the toroid is energized, it opens the reed switch that stops current, that stops the toroid mag, that closes the reed, that again energizes the coils and bingo, you have pulsing and this will be directly proportional to the components that are in series. Since the reed is magnetically driven this isolates the function since the drive side does not require a current, only magnetism plus the reed will pulse any type of voltage that the tpu will throw back at it.

Yeh but to start this. The reed is normally "open" so the coils cannot get energized. OK, approach a magnet near the toroid. To latch a reed with a magnet, it is a question of proximity. In the small units, proximity is very close so direct placement of a weak magnet does the trick to latch the reed. In the 17" TPU, if there was one reed below each toroid, proximity would be further away inside the black box. As EM says the speaker magnet rightly so has one closed metal washer on one side and one center opened washer on the other side that pushes the field through the center from one side. This is perfect to localize a strong mag field near the toroid to activate the reed and start the process. If the reed is further away, you need a stronger magnet hence his use of the stronger speaker magnet. The only reason he does not place magnets on the 17" TPU is because the toroids are being used both as an induction to charge the yellow caps and as the magnetics to latch the reed.

Now look at the frequencies. If you had a fixed starting voltage, what happens as you increase or decrease inductance and capacitance. The frequency changes. It goes down when you increase, it goes up when you decrease. The 17" TPU has much more windings, more inductance plus it has 4 pretty good capacitors, but at least the two yellow caps to pulse the unit, because the two black ones are is series and obviously the output caps. This brings your pulsing frequency to a lower iteration. Now take the 6" TPU, much less windings, certainly much smaller capacitor, means much faster frequency. This is how I see the relationship between the different frequencies per TPU. I may have said it wrong but hopefully you get the drift. For a TPU Frequency = speed of pulsation. The differene between the LPTU and the smaller ones is the same as the flapping wings of an eagle versus a hummingbird.

As Stefan mentions, did you notice the pot control that is next to the two switches on the LTPU. Why put it there when everything else is so snugly hidden away. This for me is the delay so that both sets of toroid/control coil pairs do not pulse at the same time. If you have four control coils set in opposing pairs and each pair is in series with a toroid, a capacitor and a reed, you now have the basis for pulsing. The pot is used just to offset one of the sets so you get something resembling a circular motion.

In the 17" TPU there is a horizontal wire of at least 6 turns that starts three on the bottom, two in the middle and one on the top. This is what I call the collector. Pass a magnet over a wire. As the control coil pairs alternately pulse this creates a rotation over the collector coil. This is so basic that this would be the most complex I would expect this device to be. Or thereabouts. A virtual alternator using a single wire stator. And this falls perfectly with what we can see, or more precisely what we cannot see in the cut-away of the TPU.

The build is easy. One wire (maybe bundled litz) with six horizontal winds, four vertical 90 degree coils, two toroids, two reeds, a few caps and testing can start. Each toroid has two coils that are paralelled to make one, hence will handle more amperage. lol

If you have a vertical control coil with a long center air core, the bottom will have a different polarity then the top so your collector that is rising in the air core is being pushed and pulled at the same time from each side of the polarities. I think there is a way to double the TPU output with a simple addition. We'll see.

Last thing, notice that when I am talking about the function, I am pointing to specific parts of the TPUs and not discussing grand theories of the universe. If we keep it real, we will get the answers soon enough. Yes there may be fault in the above but it is a basis to continue relevant observations. I think the description above is close enough to start a build and work around it.

The main point here is using the magnetic field not only to move energy but also as the pulsing medium. This eliminates the need for transistors, mosfets, and drivers.

[EMdevices]

interesting concepts wattsup,

@all

look how simple this thing is

EM

[EMdevices]

And of course the open , two ring, TPU is my favorite.

Jack, can you comment on the rings?  What material , iron, conductor, or just plastic?

EM

[hartiberlin]

Hi EM,
I guess you are wrong.
the white wire is the output coil and it goes inside all the 4 red control coils.

YOu see it where he has his thumb there a bit lower than his thumb.

So all the 4 red control coils are wound around this white wire
and rotate the field and produce the DC voltage of 91.2 Volts DC
with some 5 to 6 Khz hash on the white wire.

[EMdevices]

I agree Stefan, but why do you say I'm "wrong"?   Did I draw something or implied a wire connection in my model?Ã,  It is just meant to duplicate the picture roughly.

EM