Solid State Orbo System

[Magluvin]

Thats a very good idea! And also if you have the gap as shown. it is very easily adjusted to see if its even needed.
But the curve thing is good for surface contact which I think is important.
On the orbon I have tremendous gaps on both sides from the poles to the outer core when the inner core is doing the hoky poky. Im working on getting the right stuff to break these barriers. I tried washes on the ends of the poles to help steer the fields inward, many things that I put a lot of thought into dont work as they might seem in the mind even after a bit of experience with it. But some things are making more sense now. So I hope my new one takes the cake for the plan. Its still Orbonbon style, because I think it will give more out than even the dual orbon I show above, due to Orbonbon is off for half of the cycle but produces the same output in the opposite direction due to actual flipping of the fields on the pickup instead of just on off. I think there is more to be had this way. The dual orbon just may do very well also with the cylinders around the mags to give the pole flux a path back instead of just flowering out when the tcoil is on.
But yep, very good way to to it there, I like the curves. Good job. The thinking is more than half of the work.
Ya know this can be done with square tube cores and just wind the 2 sides as needed and you will also have good contact surface to other cores. The field of the Tcoils need to come back to moma in the shortest path(toroid core or square tube core) and thats the path they will take.
One more thing, I believe that no mater how saturated the core is from the tcoil, I would have to say that a very powerful magnet can override this. So there will be a balance to deal with. I say this from experience. And I would like to see some short fat N52 mags drop at the same power as the mags that were used to demonstrate drop. One tcore wouldnt drop a 1/4 x 1/8 neo N35 or so, till I added weight to id like other cores but it had its drop weight.  So for each different coil setup, the magnets will have to be selected to match the invisibility factor of the core to get optimum results.
This is just my theory of some things that I feel Im comfortable sharing as correct so far.

Mags

[Magluvin]

Here is a new core idea so they can be wound thick but maintain good contact with the connecting surface, as the wire turns create a gap that is unnecessary. I doubt this could be found premade. Will have to make one. =]

I just did few wire turns for effect, it would be hard to make many curved wires. But its to the point.

Mags

[synchro1]

@Haithar & All:

I want to expand on the effect of Propagated Domain Flipping to explain my understanding of the principle behind JLN's 2SGen. Gravityblock has a video where he demonstrates this effect by pushing a neo disk magnet with a magnetized reel of magnetic tape on the Steorn thread. The disk is repelled until he exerts a little extra pressure, then the weaker field in the magnetic tape flips to align and attract the magnet disk. When this happens in the Nanoperm toroid, it sends a shock wave through the magnet field in the air gap between the toroid and the magnet in adjacency. This field oscillation is what generates the power in the output coils. There is no transformer inductance between the coil pulse and the output coil what so ever. All the power comes from the recoiling effect of the toroid field flip on the magnet field between the air gap inside the output coil air core. The coil pulse magnetizes the toroid, then the pulse attenuates in the off portion of the duty cycle. The toroid field begins to demagnetize at a rate that is a function of the material viscosity. When it weakens sufficiently, it's easier for the domains to flip and attract, then it is for them to continue to repel the stronger magnet. This is the big splash motion in the ocean that generates the power. 

                     

             

[Bruce_TPU]

Good Evening ALL,

Well, I have some rough and dirty experimentation to share...

Last night, I finished winding another magamp, that still will not saturate, while waiting on my new toroid, same exact one and same wire as Ossie and Jimboot.  It arrived today to Texas, from Australia. 

Anywho, I also jazzed up my circuit a bit, thanks to Alex's great help.  Well, last night, I placed my freshly wound, non saturating toroid into my SSG1, and placed the Brook Coil (my pick up coil) into the receiving end.  I air gapped the top of the receiving end with one thickness of copy paper along with one thickness of card stock. 

I spun the rotor by hand, not expecting anything to show up, when lo and behold, I spot .025 volts on the meter.  With a resistance of 242.3 Ohms on my brooks, about .0001 for current.  Next, I taped up the reed switch closer to the rotor and this boosted me up to .045 volts.  I tried making a larger air gap, etc, nothing helped.  Then, I added anothr stack of magnets wrapped in cork in pic with blue tape, and stuck it onto the toroid as seen in picture below. (added cork to protect it incase it attached to the magnet inside of my SSG1) Volts were now up to .097.  Just some interesting things as I learn and optimize for when my REAL switching circuit is ready with a SATURATING toroid.  I will keep you informed if I can boost it any more.

I DO like my Nanoparticle Flux Bars!!

Cheers,

Bruce
http://www.energyfreedomreport.com

[Bruce_TPU]

.150 volts now.  I added a much larger magnet to the toroid as you can see in the pic below and it increased the voltage by 37.7%.

I will try to keep editing this post here through out the evening if I have any more increases.  Again, this is simply by hand spinning the rotor as my switch frequency on my non saturating toroid.

Cheers,

Bruce
http://www.energyfreedomreport.com

EDIT 1:
I placed a second pick up coil on the top Nanoparticle Flux bar... wired the two coils in series, giving me a resistance of 491 Ohms for total pickup coils and guess what...

Voltage is now at .300     Not a lot, but I am getting all kinds of ideas, and of course the current stays the same to the toroid no matter what gets added or how many pick up coils...hehehe  Time to add another...

EDIT 2:
After adding a third coil, the voltage dropped to .290 and now resistance was at 741 ohms for the three coils in series.  So, from my calculations of I=E/R current dropped.

So, for my set up tonight, two works better.  BUT, I still need to move the third coil to a different location on my SSG1 and see what happens.

On another odd node, the led I have hooked to the end, is flashing (faintly) nearly in tune with the LED on my board that I have to show me the mosfet is switching, showing indeed the flux is oscillating into the coils. 

Lastly, I tried a different LED on the end, and the output voltage from my pickup coils dropped, nearly in half.  Why would that be?  So I put back onto the leads of the pickup coils the original LED.