Hello all,

@wings

thanks a lot for the warning.

I can say that my scope is never connected to the TPU. My output is separated with the output transformer and I have always my bulb connected. Not much but I hope Im a little bit safe. No, I dont have fuses.

Yea, I love your post because I see that my "Tpu" is connected wrong. No, the schematic is OK but I made a 2. ring like the 1. but without the controls. The 2. ring has only the core and the 9 turns collector. I connected this ring to the 1. with the controls. Did I see a better light? Maybe. But the point is that I measured over my TPU a field in the height of around 4". As I saw this I wanted that this field gets into an interaction with my 2. ring but......

Today I have to reconnect my 2. ring. As always, its just a feeling.....

Sequential pulsing of the coils......

Im pulsing my coils in a wrong way, I know this.

When I had my biggest runaway I had 4 controls and pulsed 3 coils with 1 frequency for each control and all the "soup" was then swirling through the 4. control coil. What a current feeded back into the grid!!!

Otto

look at sm17... the balums... are transmitters  the collector on the outside is the reciever as the balums plusate or rotate..  they activate the collector control winds the controlls induce engery in the collector

so in the sm 17 air core for transmitters this is why he can read power with the clamp meter above the tpu the collector has to have metal in  it

cuz you need to trap the engery  if it was all air core you will have standing waves every where well depending on your freq and trust me you dont want to walk through an electrified standing wave.... or grab some metal that has been charged in the room like a door knob

internal and external magnetic feilds

hummm  how bout 1 of each!!


ist

(No insult intended, Grumpy)

"Orgone", the way I recall, is "orgasmic energy". If someone can come up with way to collect that, or even measure it, they'll really have something!

After a bit more research I think the TPU is nothing more than a modified DC generator of sorts, The coils were orientated 90 degrees from the traditional direction. The armature could be the center torrid coil and the collectors (outside rings/wire) are the field (control) windings. This is a theory at the moment but the OTPU, the second version shows a clearer picture of it and seems to back this up. Take a look at the attached for a simple schematic of a DC generator. Here is the URL for the page I took this from, there is additional info that may be of interest. http://www.tpub.com/content/doe/h1011v2/css/h1011v2_94.htm

The only thing really required is a rotating field which I believe can be created using the specially wound center torrid assembly to emulate a turning armature. The external magnet would be used for exciting the coils to start the process.

A few turns of bailing wire would be required for the magnetic core. The actual circuit is basically a hybrid DC/induction generator. A capacitor would be required for output smoothing and one or two for the oscillator (LC tank) which drives the center torrid/armature. This would create a DC component with some hash due to the peaking of the half wave output of the generator.

As for the center torrid, this could be made from a simple wire spool with a few turns of bailing wire which is wrapped over with a few coils, one standard coil for the LC tank and one for the drive/tickler (these could be one coil). the outer coil is the split wound design (CW/CCW) to force the pulse train in one direction, this outer coil is what drives the field windings/controls.

Just some food for thought guys.

Otto, I try to draw your shem with two different colors for control coils. Are this drawing is correct?

Hello all,

@Grumpy

what to say??

I hope I finally got what my friend in his PM wanted to say to me. I really didnt want to mislead people. The point is and was that nobody posted so I jumped out with my schematic.
Now, if allowed I want to wright down how I think he made it:

1. 2 or 3 MOSFETs with square waves from 2 or 3 oscillators, yes, I know about tubes but now Im talking about SS devices
2. the drains connected to a step up transformer
3. this step up transformer is pulsed

I did this with an oridinary 230V/12V little transformer. When I connected ma MOSFET to the 12V side I measured on the 230V side really big sine waves. Yes, I know that such a transformer is a s..t. Clear. I had to use much lower frequencies because of the core.....not to bother the people here.

4. such big signals are then feeded into the TPU. The point is that working in such a way is muuuuuch better than Im doing it because there is almost no current consuption from the power supply and the coils are cool.

5. after rotating and mixing the frequencies I use an output transformer to step down the big kilovolts swirling in my TPU so I can use this voltage.

So, in short, today I will try this. I want only to connect a little transformer to the drain of my MOSFET and see how and why.

@altium

OK.

Otto

@otto

My question about the thickness was just to know the thickness of your ring and by stating 1/4" (6.25mm), it was to say "I hope it was not any more then that" because it would seem that any more then this and the core would not have been able to reach any kind of saturation point with the amount of windings used (60 turns of 24 awg). But now you are stating the SS core is only 1 mm thick. Now this is sooooooooooo thin. Probably why you notice less heat because this thin material is also acting like a heat sink. Are you sure about the thickness? One thing for sure, with 60 turns per quad over such a thin SS ring, such a core would be extremely reactive to any field and saturation times would be very quick and probably well in line with the higher operating frequencies you are using.

On your FG's, do you have adjustments for the Duty, DC offset and Amplitude and do you play with these as well as the frequencies themselves. It seems any time I touch the DC offset, I fry another IRF840. Can you explain a bit how you play with the FG controls. Also, are you using the TTL/CMOS output or the standard output. Do you use heat sinks on your IRF840s.

Maybe one last point I would like to clarify and that is when we say frequency as F1, F2 and/or F3, these are not real frequencies that one can consider as relevant to real frequencies and their additive harmonics. Going through the IRF840 these become fast pulsing on/off iterations. I will be preparing a post on pulse/frequency and the relationship to single point multiple pulsing as you are doing here because the involved complexity is not only dependant on the frequencies themselves but also each individual setting for duty, dc offset, and amplitude. That makes four variables per frequency and the dependencies between these makes this effort even more complex to replicate. Consider also that the amplitude is fixed at a set level and there is no sweeping action to simulate actual field growth and decay. What I mean is when I manually sweep the amplitude while pulsing, I am seeing more activity then when the amplitude is fixed.

OK, last last question. Are you actually using the wiring as shown in @altium's wiring diagram which basically shows 8 coils but set in 4 bucking coil arrangements.

I purchased a second FG of maximum 2mhz off of EBAY so I should have it soon..

Hello all,

today I want to clarify something. I was at an Bulgarian site and I think people all over the world that are building TPUs have the same "problem". Im talking about the current from the power supply.

The people are calculating the input and output power when a bulb is connected to a TPU.

THIS IS WRONG!!!!

Dont do this!!! As my coils are NOT optimized my TPU needs 2, 3, 4, 5A to light a bulb. It doesnt matter how much!!!

Why?

The answer is easy: when I connect a bulb and have a good frequency mix, I SEE that the current from my power supply is CONSTANT!!! In some cases - very good frequency mixes - I saw, when a bulb is connected, the current DROPPS!!!!

This means that my coils are really not good because all the current from my power supply is needed to run the coils and NOT the load.

Everything clear??

Otto