My new setup.

[ben8807]

Here's what I've built so far. It's a simple toroidal coil made of 18 gauge speaker wire. I tried driving it with a computer tied to an audio amp, but it wouldn't output a high enough frequency for resonance. I'm gonna need to plunk down the money for a function generator before I can progress much further, and then spend even more for a second one depending on my results. If anyone is willing to part with one cheap, or knows a good supplier I'm all ears, otherwise it's eBay for me.

The coil itself has a cardboard core and is wrapped with speaker wire. You'll notice it's two different colors, I had to splice in the middle, in retrospect I should have done the math first and gotten enough wire to avoid that problem. Oh well, next time.

My first step is to get the coil into longitudinal resonance. If I'm right it should allow me to produce high voltage DC off a single winding inductor from a high frequency input. If I can do that, then the next step is to take the other winding of the coil and start heterodyning frequencies with the two.

Will post more when I have a frequency generator and some actual results probably after a couple of paychecks.

[MACEDONIA CD]

bravo  ben8807 
i is like my tpu  whit big strong sparks  where is you colectors coils to see  sparks from out coils

keep going  is  like my tpu   

[ben8807]

My current setup has no collector coils. I plan to use the drive coils as the collector coils if and when I need them. Also I have no plans on generating power with the current setup. This might generate power, probably not. What I want to do is create a flux capacitor. Yes.... Sadly I realized far too late that this was what my idea literally was, yes I have seen back to the future. No this is not for time travel.

In a toroidal coil the electromagnetic flux can travel from one end of the coil straight back to the beginning. At the same time the current cannot. This means that a resonant toroidal coil should be able to produce a large voltage between the end coupled to a RF source and the free end when operating at its resonant frequency. In essence the flux is pushing all the electrons to one end of the coil and overriding back current. Should be interesting when I fire it up, but may smoke the function generator when I power it down.

Another interesting thing, at lease from how I see it now, is that if you took this device and coupled to the two ends of the coil you could then use the resultant DC and maintain the field. This however would take the system out of equilibrium and effectively discharge the capacitor causing a large current to flow through the coil.

The real question is if two of these devices can feed power to each other! If that works then the TPU has some solid merritt.

[ben8807]

20mhz function generator is on order. Figure I only need around 4-6 based on my calculations, but a solid margin is good especially if I want to create more devices. Will post more as it becomes available.

[magpie]

Hi Ben,

I'm buillding multiple function generators right now and I though I'd tell you what how I'm doing it, it's a good one for DIYing.
They will end up not being particularly costly but just take a little while to build, they work off two NE555 timer IC's (555's have got to be one of the cheapest and best components out there). Anyway, look up the "Aquapulser" circuit on the net, it is actually for HHO but generates a square wave within a square wave and has a good frequency range, I am connecting the output (before the MOSFET) to part of a simple function generator that nievasolivieras posted which uses just a few cheap capacitors, resistors, and transistors to make sine, square, integrator, and triangular waves. I'll then have a switch going from the different wave jumpers to the MOSFET and then the output.
I'll put up another post when they are all finished.
Regarding the TPU, the key or answer is likely in harmonics, frequencies interacting with each other to produce effects, the only thing is that you need more than one function generator to do that