Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

You know... I ask myself. what is point try to copy it 1:1 instead of try to understand how its can work ?

It is up to everyone which way is chosen.
If I would have more time to do Dally system, my understanding is from NMR side:
http://www.youtube.com/watch?v=1OrPCNVSA4o
The big magnet there is your resonant LC coil what get energy from primary directly attached to inverter. The small magnet is your nanopulser with capacitor discharge in Tesla's spark gap way on coaxial cable(you need instant rise and fall after to form sharp triangle). The output coil on top of coaxial cable is reulting signal.

[wasabi]

The big magnet there is your resonant LC coil what get energy from primary directly attached to inverter. The small magnet is your nanopulser with capacitor discharge in Tesla's spark gap way on coaxial cable(you need instant rise and fall after to form sharp triangle). The output coil on top of coaxial cable is reulting signal.

What magnets are you writing about ?!
I never saw saw any magnets in Dally devices, did you?

Maybe you mean an electromagnet instead of regular magnet made out of NdFeB or SmCo or AlNiCo or BaFe ?  ...but wait! I thought that electromagnets usually have a ferromagnetic core.

[verpies]

You know... I ask myself. what is point try to copy it 1:1 instead of try to understand how its can work ?

I think the point is to copy it 1:1 in order to study it and understand how it works.
Improvements can be detrimental to success without understanding how it works, and this understanding might be difficult or impossible without a working unit at hand.

I could improve this Dally schematic right now in many ways. For example I would use 1 integrated circuit (the MAX5069) instead of the 2 NAND gate Integrated Circuits 74xx00 (U2 and U3) and associated components, and decrease the component count as well as simplify w lot of things.
I would get rid of the saturable core and T1 in the DSDR Driver, to make the driver more reliable... but any of those "improvements" might be detrimental to some exotic effect, that I do not understand.

So it makes sense to do a 1:1 copy and do the improvements later.

[T-1000]

What magnets are you writing about ?!
I never saw saw any magnets in Dally devices, did you?

Maybe you mean an electromagnet instead of regular magnet made out of NdFeB or SmCo or AlNiCo or BaFe ?  ...but wait! I thought that electromagnets usually have a ferromagnetic core.

In http://www.youtube.com/watch?v=1OrPCNVSA4o , replace those magnets with currents flow from Dally circuit. Big one is your 150V to coil from inverter and small one is your nanopulser with coax cable.

[wasabi]

...replace those magnets with currents...

Oh, now I understand.  You did not mean magnets at all.
You meant coreless electromagnets !!!