Some thoughts on how the TPU might work.

[wattsup]

About the 7.3 or whatever hz. If you have one frequency F1 of 6000 and a second F2 of 6007.3, you will have a beat frequency of F2-F1 = 7.3.

The 7.3 is not necessarily the driving frequency. If you find the resonance freq of your coil for F1, then drive the second at F1 + 7.3. Slightly off.

But, frequency is dependent on TPU circumference.Now that I know the general terminology of control and collector thanks to EM's persistent patience with me, with thanks EM, circumference cannot relate to the vertical control wire since the control wire length is relative to the wire gauge and number of turns which is to much of a variable. The only coil relative to circumference is the horizontal collector. Although I am using the terms backwards in the following post, it does touch upon the relationships of the horizontal collector int he 17" TPU.

http://www.overunity.com/index.php/topic,3279.msg52409.html#msg52409

But in a nutshell, I am cutting/and pasting some of that long post for brevity.
******************
The first meaningful thing SM ever said about the TPU was when he gave the Tesla style technique "apply a capacitor discharge to a wire, but stop the current before it could reach the end of the wire".

A 17" TPU has a circumference of 53.38 inches or 4.4833 feet.

I have identified that the TPU has 6 horizontal white wires. So if you had a continuous discharge wire going around the circumference for 6 turns, on the outside but in one continuous wire, this would give 26.8998 feet of wire (rounded to 27 feet) traveling horizontally over the TPU core.

Electricity travels at 185000 miles per second divided by 5280 feet per mile = 976,800,000 feet per second.
To stop the current before it reaches the end of a 27 foot wire, you will need to do this faster than 36,177,777 cycles per second or 36.2mhz. At this frequency with a 27 foot wire length that has control coil wrapped around it, the collector wire will eject perpendicular energy into the control coils.

Up till not, I have always wanted to test this as I know of no one who has done it yet. NO ONE. SM must be thinking what a damn shame. My lack of EE savvy is my reason. This TEST should have been clarified a long time ago, since day one in fact. If someone can explain to me how I can accomplish such fast pulsing, please tell me how and what I need. z_p_e is no longer around for me to ask him in the Faux Pas thread. If I don't have it, I will buy it. Just tell me how.

This one view of mine on the possible TPU workings is the reason why I always called the horizontals the control coils and the verticals the collectors. By stopping the current fast enough on the horizontals (control), the verticals will collect the perpendicular discharges (collector).

But from now on I will play this TPU terminology game as you guys are doing, but always with some reservation because if you take explicit verbiage of SM, you would have to come to another understanding. But I guess that's another story.

But think of this. Why do you think the new European Electron Induction Accelerator is sooooooooooooooo long?

[Grumpy]

retracted

[Grumpy]

What about the DC in the collector?  (DC with some "hash" - not the smokable stuff)

Is DC the direct output?

[zapnic]

   
    @zapnic

        I think the magnet is following the wave needed to keep the vortex current accelerated.  This wave is also necessary to cause induction into the tpu secondarys.  Once this wave is chasing it's own tail at I believe around 5000rps the torroidal shaped magnetic field produced by the vortex current is the main magnnetic player.  It acts as a waveguide on the inner and outer sides of itself and is torroidal in shape.  Not present in the quiet donut hole.

     

5000rps
ha ha
look this video http://www.youtube.com/watch?v=bUOVhIxLKb4&feature=related
turbine  goes 11000rpm
funny thing happens when use magnets on turbine
VAU
why field goes zero and reverse

[Localjoe]

Way too nice a pic to pass by