HIGH QUALITY TPU DVD Video Released from Jack Durban

[eldarion]

The two secondary wires are not both closed loop at the same time.  One is open so that it will be invisible to the magnetic field while the other receives the incoming magnetic flux from the primary's pulse.  They switch for the field's collapse so the wire that was invisible receives the collapsing magnetic field and the first wire is now invisible to the system.

Like a transformer, only the AC current is split into two kicks on two seperate wires giving a DC flow.  Batteries/Caps pulse into a primary with DC, it gets run through the tranformer process and spits out two DC pulses where ever you need them to go.  The pulse 'slaps' timed with the recycled pulse will keep the momentum up.  I'll even say that a set of secondaries also function as primaries, firing in rotation around the ring.  Eight wires: 4 primary/secondary and 4 secondary.  One set goes to output, the other get routed internally to batteries/caps/primaries.

Those torroid coils with the white wire running through them are switching mechanisms, the wire is picking up the opening and closing of current and sending the two pulses to a "galvanometer" switch controller.

Not all the secondary wires in the system are closed at the same time, this would cause excess resistance.  Keep in mind their direction of turn and their current travel in relation to magnetic flux.

SM said it take more energy to accelerate a car to 60 mph than it does to maintain the speed...

This is interesting.  Which wires would you consider as the primary and which as the secondary?

The reason I ask is that it has been proven over and over that there is no magnetic coupling between what has been called the "collector" and the 90-degree coils wound over them.

[Spoodily]

The two secondary coils are not both closed loop at the same time.  One is open so that it will be invisible to the magnetic field while the other receives the incoming magnetic flux from the primary's pulse.  They switch for the field's collapse so the wire that was invisible receives the collapsing magnetic field and the first wire is now invisible to the system.

Like a transformer, only the AC current is split into two kicks on two seperate wires giving a DC flow.  Batteries/Caps pulse into a primary with DC, it gets run through the tranformer process and spits out two DC pulses where ever you need them to go.  The pulse 'slaps' timed with the recycled pulse will keep the momentum up.  I'll even say that a set of secondaries also function as primaries, firing in rotation around the ring.  Eight wires: 4 primary/secondary and 4 secondary.  One set goes to output, the other get routed internally to batteries/caps/primaries.

Those torroid coils with the white wire running through them are switching mechanisms, the wire is picking up the opening and closing of current and sending the two pulses to a "galvanometer" switch controller.

Not all the secondary wires in the system are closed at the same time, this would cause excess resistance.  Keep in mind their direction of turn and their current travel in relation to magnetic flux.

SM said it take more energy to accelerate a car to 60 mph than it does to maintain the speed...

This is interesting.  Which wires would you consider as the primary and which as the secondary?

The reason I ask is that it has been proven over and over that there is no magnetic coupling between what has been called the "collector" and the 90-degree coils wound over them.

There is no "collector" run under any wires.  There are two secondaries that receive the expansion and collapse of the magnetic field produced by the pulse of a primary.  The two secondary coils are not closed loop at the same time, even though they look bifilar wound or run together.  One receives the increasing field, one receives the collapse.  This normally would be recieved on the same coil in a transformer but we don't want AC current, we want DC.  Collecting a pulse of current that is complimentary to the pulse about to be sent would be beneficial.

The four white wires seem to lead to and from one main location, only two of the wires actually lead out from the 'hub'.  The white wires are not for collecting energy, just guiding its flow.  The terminal is a switching station.  Inside that little 'speaker' thing people keep talking about is probably a torroid device like in the other models.  It acts like a galvanometer to control the switching between the secondaries and timing the firing of the primaries.

This is my opinion on it, I'm just sharing what I've been thinking about recently.  I have no gear to test anything, so theory is all I have.

[starcruiser]

In the OTPU, I think I saw the torrid in one of the legs covered with some tape or cardboard. need to see if I can do a screen grab.

[M@rcel]

Regarding HV vibrators, I came across the following links:
http://www.electronixandmore.com/project/1.html
http://query.nytimes.com/mem/archive-free/pdf?_r=1&res=9A00E2DD133FE233A2575AC1A96E9C946496D6CF&oref=slogin

Probably far OT as most of my posts but then perhaps not... 

[EMdevices]

after close examination of the LTPU (large one) and the FTPUÃ,  (first one)Ã,  and some logical reasoning, I deduced the following schematic, (to couple the AC from the COLLECTOR loop to the CONTROL helix coil, and have the DC available at the output, the other capacitor blocks DC so the helix won't short out since the phenomena that creates the DC would also affect the helix most likely, i.e. a rotational magnetic field of sorts)

Note:Ã,  this is just half the symetery, obviously there are two stacks, however, SM did say that the multiple collector coils can be hooked in PARALLEL, or SERIES, to increase the current or voltage capability, respectively. What puzzles me about the FTPU is that I don't see the 4 segments to produce a rotational mag field, (there seem to be 4 sectors, but it's just because of the black electrical tape holding down the coils to the spool, and only one shows a wire underneath it)

we have a ton of work ahead of us..

EM

P.S.  Who was that guy that produced DC at a particular frequency with a simular setup (although he lumped his coils in 3 sectors)  That was interesting since the DC showed up at a particular frequency only.