Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

@wattsup

The small size of the parts is not indicative of their current carrying ability.   Their internal resistance is so low that the internal RI^2 joule heating is very small.  If it the resistance was zero (as in a superconductor) this small part could carry kiloamps of current and kilowatts of power.  It's all a matter of sufficiently low resistance, not size.

If you have a sharp soldering tip and a steady hand, you can solder some thin wires to the terminals, or even directly to the power MOSFET gates.  Just make sure that the soldering iron tip touches one pin no longer than 4sec and use plenty of resin flux and solder one pin at a time and let the whole part cool down before starting soldering the next one.  Beware of electrostatic discharge though, which can damage the inputs of these drivers and even power MOSFETs quicker than the soldering temperature.

A human can solder up to 0.2mm pin spacing.  No adapters are necessary for mockups.

[Hope]

Does anyone know how to calculate the design of a variable air capacitor for this type of HV/HF circuit?  I can build one, but the dimensions are what I would need per plate and the spacing.


@Verpies can you design a feedback and spark gap from commercially available products? 

If we break this design into parts and develop them individually they stand a better chance to be thought out better than slapping something together.  This way as we have moved into a working prototype there will be solid reproducible parts and build documents.

[dole]

After all that food and drink I would appreciate to mention last century cycle and
wish all well in upcoming 2012 at 20.12, time 20:12:20:12, almost like at 1912 - time alignment,
or would “We” call it resonance
d.

[verpies]

Does anyone know how to calculate the design of a variable air capacitor for this type of HV/HF circuit?  I can build one, but the dimensions are what I would need per plate and the spacing.

A pair of parallel conductive plates spaced 1 millimeter apart in air, that have the overlapping area equal to 1 square centimeter, will have the capacitance of 0.885941 picoFarads.

The breakdown voltage between two parallel conductive plates spaced 1mm apart is approximately 3000 Volts.

If you double the overlapping area of the plates then the capacitance also doubles.
If you double the spacing between the plates then the breakdown voltage also doubles, but the capacitance halves (decreases 2 times).

@Verpies can you design a feedback and spark gap from commercially available products?

I could if I knew what signal/parameter is fed back, e.g. : frequency, phase, voltage, current...
Also it would help to know if the feedback is positive or negative. See:
http://en.wikipedia.org/wiki/Negative_feedback
http://en.wikipedia.org/wiki/Positive_feedback

I would if I was convinced that the device is special from the OU perspective.

[T-1000]

Happy New Year to everyone!!!!

Hopefully this year will be year in change of energy we tap into and use!


For those who are stubborn and keen to achieve same experimental results Nicola Tesla had, here is food for thoughts:

www.youtube.com/watch?v=gXvMpw84sIM#t=6m40s
http://www.youtube.com/watch?v=j6cFNBAjJLU
www.youtube.com/watch?v=SlGrsoTD-bw#t=2m50s
http://www.youtube.com/watch?v=Cx39hwTGphY (and on 2:17 3rd diagram is trumpet and very important!)
www.youtube.com/watch?v=LTHUPj9Zh5c#t=8m00s
http://www.youtube.com/watch?v=jNuil65sLPI
http://www.youtube.com/watch?v=p4xEQwwVss0

For those who make Tesla coils, here are 4 very important steps to follow:
#1 Primary coil mass = secondary coil mass for electrostatic resonance
#2 Primary coil length is 1/4 of secondary coil length (we used 1/5 + tuning cap with Caduceus coil)
#3 Primary coil length has lowest impedance and inductance as possible. That dictates the length of secondary coil and the secondary coil is 1/4 of resonant wave length.
#4 you do not need Earth ground if you use center tapped secondary coil with CW and CCW windings from there.

Good luck!