Single circuits generate nuclear reactions

[UncleFester]

Hi Uncle Fester,

Several folk have been watching this thread and there is serious testing going on off this list.  No sense talking about it unless absolutely positive results.  I personally would not mind a hand drawn schematic from you, saves time and effort and gets the point across very fast.  My friends and I have all the equipment to build/test this device. 

From what I see so far, the engineering mountains to overcome are pulse current into and then current out of the device.  I so far have EMR pulse problems that really mucks with solid state instruments.  Shorts in the Toroid due to flash over when rod fires, HV supply Caps. that break down in a rapid fire pulse mode. High voltage/current IGBT's that roll over and die on command.   It's not as easy as it would first appear to be. 

Can you use a high current bidirectional sine wave through the rod/reactor or do you find that there is a need for a rapid rise time mono polarity pulse in the rod for maximum output? 

Respectfully
Ben K4ZEP

I've been trying to keep myself alive while working on a new electronics setup. Mexican truckers outbid us on are already low price to haul water for the drilling rigs at the local power plant. I have been having to scramble to make some money to keep my head above water.

In the meantime I have followed Juan's electronic layout to the last detail and have a microprocessor controlled system that automates switching of incoming mains supply off while the capacitor bank is discharged through 500V @ 200 Ampere Mosfets (2 in parallel). Alignment field is variable and processor controlled via PWM using AD inputs to check pulse voltage level on the alignment field windings of the toroid. I am making new bus bars for the capacitor bank because I was finding that resistance was too high between the mosfets and the  carbon rod (on the anode side) and I was not getting a good peak energy discharge. Tests will resume once this has been done.

Only problem I have seen so far is the back feeding of pulse energy through the mains line and thus it is required that the mains be isolated during capacitor discharge OR a large inductor placed on mains to protect it during discharge. Carbon rod temps will be an issue to tackle later. I don't have a schematic nor would many here be able to build the electronics I am using. Best to hang tight until more testing is done.

The process however can be built fifteen different ways and work the same. The requirements are 5th grade simple:

1. 1 Khz pulse across a pair of windings on the toroid for both bias and alignment field (peak to peak should be 100V or so).
2. SCR, Mosfet, IGBT etc can be used for dumping said required 110 joule charge across carbon.
3. Heavy gauge cable across discharge path, minimize resistance.
4. Switch mains off or use inductor to protect mains during cap firing.
5. Heavy wattage resistor on second pair of windings on toroid to check for power output.
6. Get real fancy and add relay for power transfer from output windings to input for self runner (hopefully = )

Juan already laid all this out for us. We just need to read what he said and his emails from him sent to others. But just the description above will allow anyone to build it.

[lumen]

(1. 1 Khz pulse across a pair of windings on the toroid for both bias and alignment field (peak to peak should be 100V or so).)

Not to sure about this, I think power to the toroid would not produce a field in the same direction as the winding on the original design.

?

[UncleFester]

(1. 1 Khz pulse across a pair of windings on the toroid for both bias and alignment field (peak to peak should be 100V or so).)

Not to sure about this, I think power to the toroid would not produce a field in the same direction as the winding on the original design.

?

Juan said this is how he does it, and shows in his schematic. Windings get hot and do nothing under a normal power supply at 12-24VDC @ 2A, already tested this.

[eldarion]

UncleFester,

Were you able to reproduce the runaway event without a spark gap?  I am not clear on this.

About how many windings were on the toroid?  If you still have the original setup that caused runaway, a picture is worth a thousand words here.

I've been running many tests here with absolutely no indication of overunity--it would be helpful to work from a known working setup.

Thanks!

[UncleFester]

UncleFester,

Were you able to reproduce the runaway event without a spark gap?  I am not clear on this.

About how many windings were on the toroid?  If you still have the original setup that caused runaway, a picture is worth a thousand words here.

I've been running many tests here with absolutely no indication of overunity--it would be helpful to work from a known working setup.

Thanks!

The HV setup has been dismantled for weeks. It was a simple, crude and "just for kicks" setup. I reproduced the effect three times before I took it apart. It was taken apart because it was absolutely of no use for anything except de-sulfation of batteries, thus it is of no interest to me. I am looking for results that show viable uses in powering my home. If I do not see that result based on 315 VAC input and 220VAC @ 60hz output then I will no longer pursue the device. The high voltage at a few milliamperes of current powering itself only shows the device achieving anomalous results.

On the other hand, I know that most people in forums like this either don't build to exact specs of something that has been claimed to work. Or they tend to think "oh, I could build this better than the original working device" and then when it doesn't work, they openly claim the device does not work even though they did not build to spec. For over 17 years I have seen this occur in the "free energy" arena. And so I realize that there could be very real results if building exactly according to the schematics and information given by the originator of this thread, and thus I am building almost exactly to the original schematic minus the SCR, which only serves to isolate the mains power.

The battery bank idea from previous posts was great, but in order to lower current levels to something workable (I.E. 150-320 VDC input) then it would take a very large bank of batteries in series AND it is not how the original device was set up. Secondly lower voltages will not give useful AC output in the 120-240VAC range. So there are many good ideas, etc, but none of them match the exact specs of the device which started this thread. I am trying to build that exact (or very close) to that device.