carl

that is an interesting concept. you might actually get just the right amont of frequency change from the losses.  why not give it a try?

it occurs to me, though, what we might be looking for in these "kicks" is actually just power surges.  the two most common ways to generate a power surge are by creating a rapidly increased electrical presssure, like a lightning strike, or to disrupt temporarrily the electron flow in a given circuit through switching.  does any of this make since or am i just babbling?

giantkiller,
dude make it happen!

supersam,

I believe that is exactly what we are trying to do by using the square wave pulses and power transistors. Pulsed DC is the path that Tesla was going down and so are we it seems! Just using a slightly different technology.

I'm gonna try this later today and over the weekend, i have a few different ideas and I'll keep you posted of the results.

Regards,

Carl

The middle waveform seems pretty regular. Can you figure out its frequency?


@Dingus:

Quote from: Dingus Mungus on September 29, 2006, 02:46:56 PM

If anyone wants me to generate a custom set of frequencies PLEASE REQUEST!

I wonder: what happens if you replicate this experiment in your program?

Well something lost in this example is square wave format, the example is sine.

I have replicated it in a square format and do not observe the growing feedback in the wafeform.
(but I do think hes on to something)

I must go now but when I return tonight I WILL investigate further.

(What program are you using to simulate this waveform???)

OK, first,

RE: my last post about being able to measure kicks. If the kicks are of a radiant nature, we probably won't be able to measure them with normal equipment. However, I know that we will be able to measure something interesting.  To quote SM

It is an insignificant power supply except when the two transformers get slightly out of phase with each other, or when they are connected in reverse of one another. Then you can measure all kinds of things going on. You can generate all kinds of hash and multiple frequencies, and I do mean all kinds.

So, what we need to figure out is what we are looking at.... or for.. What is the "all kinds of things going on"

Also, I could be dead wrong on this. It could be straigt up power. If that is the case, just creating superposition of frequencies will generate nothing. We need the lightening quick PULSES. Fast on, fast off. And LOTS of them in succession.

I spoke with Peter Lindemann on the phone a while back, he told me that in Tesla's experiments what tesla found is that when current suddenly stops in a wire, Potential(voltage) will make a path, in the sudden absence of current, it will rise dramatically and CREATE CURRENT FOR ITSELF. He said something like 10,000 volts is roughly equivalent to 1 Amp of current, by our present day measuring system. Which seems to me to be extremely unbalanced if in fact current and voltage have equivalnces. He also explained how the inverse can happen..

Now, the second purpose of this post..

Remember how I said I'd go check out amasci.com again, and bill beatty's stuff and do some research on magnetometers?

Well Amasci.com did it again. Bill Beaty amazed me. I found a PDF of a design for a magnetometer there and some technical descriptions of how they work... Very interesting read. There are also some diagrams of some coils that actually look a bit like a TPU in other articles.

At any rate after reading the attached article, I'm sure we'll be talking about things like proton precession, and playing with a few new frequencies, and winding coils with specific numbers of turns, and tuning circuits. It will need to be adapted a bit to what we are doing, but so much of whats in it is relevent it's rediculous. The specific Magnetometer in the article is made with detectors that utilize distilled water for it's hydrogen content, but that's not the only kind of magnetometer out there. Like I said some of them have very similar coil designs.

It explains the magnets, it explains frequencies, and how to find the ones we want to play with, it explains pulsing the coil, and why it's important for the current to abruptly stop... It's actually kind of scary.

For those of you who don't know what a Magnetometer is, it's a device that detects and converts the earths magnetic field into small amounts of electricity, for the purposes of scientific research, and detecting metal..

You see a magnetometer is resonant with the earths magnetic field, and when the earth's magnetic field is perturbed by a local magnetic field electron polarities change and it induces a small current in the device, which is used for a sensor and trips a circuit to let you know about it. (in the case of magnetometers that are used for metal detecting).

Now what could be the perturbing local magnetic field that triggers this reaction in the TPU? Hmmm?

Regards,
Rich

rich

ps i think it all depends on how you use your contol windings.  you can use them to step up the voltage with a loss of currrent if you want to.  maybe even to the point you get a "kick". this is actually a little more than theory.

lol
sam

All well and good....
But the toroid has an emmission face that points inward towards itself, the center. And that is where the compression comes in.
When you apply a square wave, on the front side of the pulse the magnetic field ramps up, but on the trailing edge, the force slams back to normality exceedingly faster than the up start due to not only the earth's magnetic force but the magnetic force of the compression. Huge back-emp. On the scope you see the current pulse as that happens. Nature abhors a vaccum.
That is the 'Kick', and the harmonic buzzing and the gyroscope leveling effect. Plus the fact that the first lines of flux generated break apart from the center and envelope the unit spherically, more potential built up. Again, on the trailing edge these outer flux lines break, unleashing more power, back to enveloping the toroid and decease through the windings. A sine wave can't produce this effect as great.
It slowly relaxes and looks like the generated freqency. But again, the square wave has infinitely more frequencies and harmonics. All this work is very dependent on how the unit impresses force and vibration to create interference against the earth's magnetic field. Tesla talked about this.

marcos,

BOOM! YOU ROCK!

YOU GO!

LOL
sam

marcos,

sorry if i gave you the wrong impression.  idon't have it all figured out!

i just wish you'd hurry up and get it all figured out. so i can buy a unit!

lol
sam

ps: but, with this internet thing i think i can find what i asked you for.  thanks anyway. get back to doing what you do best. DOING!