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[Mk1]

http://www.disclose.tv/viewvideo/29990/Dr__Steven_Greer_The_Promise_of_New_Energy/

[darkspeed]

@all

OK, I need some help to grab this image. When I use VirtualDubMod Frame 3695 on the FTPU video, I use the null transform with the following coordinates;

x

I think "G" is the partition like on a common mode choke.. here are a few examples:

[wattsup]

@darkspeed

"I think "G" is the partition like on a common mode choke.. here are a few examples:"

******

Yes it may seem so from the angle of the picture I have chosen but this was to show more the right side of the toroid.

See the next image below that shows the full toroid and the general locations.

Once you see the video and your eye is more and more trained to recognize that not one pixel is there for nothing, everything has a reason.

I find that just tagging the image with their letters is enough to show the build and will do more of this on some others. Then I will make a master legend but it will take some time.

wattsup

[wattsup]

Maybe one other thing about resonance that I have learned through blowing so many mosfets while doing the Tesla Ozone Challenge by @Erfinder, is that when you reach a pulsing frequency that is too perfect to the resonance of the pulsed devices, the mosfet just blows, like a quick fizzzz and its gone. No advanced warning.

So maybe all this talk about danger and TPU destructing is not so off the mark but not in the real danger sense. In the sense that if you get right on the frequency, your pulsing component will blow but SM could not tell us this is so many direct terms, so he had to invent a danger hoping that some will understand. When pulsing a tube, this will not happen as easily, but these damn transistors or mosfets are right in front of the flyback return and if it is too intense, boom. Not the tpu, the transistor. I imagine SM purchased 100s of transistors during his trials before he could find the right settings. This does not mean the pulsed device does not emit some weird or harmful waves because my stomach can attest to this and so can others. But making the device blow up is kind impossible in my view since any number of the components would blow way before this could happen.

What I will say next goes above my EE capability, but I know enough to realize that it is required. You can build a TPU any way you want. You then have to measure the inductance and resistance of each coil, ring, toroid, etc. You then have to calculate the capacitor values you will need to pulse a transistor or mosfet in the range you want, even trying the two frequencies discussed by @Bruce_TPU.

I was looking for a full fledged diode (or bridge rectifier), but now realize each transistor has one built in. lol

[forest]

I think MOSFET is too slow ,it cannot open and high current accumulate on it destroying by generated heat.
Looks like all those electronics are created for child games not for real power. SM probably stumbled upon that. I bet he found that only transistors sold for military purposes would work sometimes.