Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[wattsup]

@all

Then, I need to ask another question.

If you have one AC line coming in, how can you make two AC lines going out but one is xxx degrees off phase from the other. Can the AB transformer do this?

So you now have two off phase AC signals.

Each is then bridged DC but you only use the positive. One positive goes to one coil in the TKc , the other positive goes to the other coil in the TK coil. The open ends of those two coils now go to load. You also add a ground wire on one side (or both sides) of the load. If each side is used of course they are not touching each other.

Now when that AC is split into two off phases and rectified it gives you two positive pulses that are offset creating a new AC, since now the ground will supply the equal negative potential when the positive is off.

I think this is getting closer to the TK device design and why he really would require a ground wire.

Also if the rectifier is only using the positive, then the AB transformer does not really see a load. Are there any Laws broken?

Otherwise if we are working or looking at his designs in any other light and design so that the device produces both polarities going to load, then the ground sees this as self sufficient and will never intervene and would not be required as we have seen many times, ground or no ground makes no difference. It can only make a difference if there is a lack of ground from the OU device.

The cloud generates enough positive to discharge to ground were the ground then sends up a plume 1/3 of the way up to greet it and bang.

wattsup

PS: Consider the tin can is not negative grounded but is part of the positive of one rectifier and is openly shown as a grounding of one of the TKc coils, so we get again an illusion. Now when he switches the on/off which of the 2004 device, would he get a shock? Don't think so. hehehe

[verpies]

If you have one AC line coming in, how can you make two AC lines going out but one is xxx degrees off phase from the other. Can the AB transformer do this?

-If the AC is sinusoidal, then any inductor in series will-shift the phase of the current. By how much - well that depends on the load and the inductor.  ELI the ICE man.

[Zeitmaschine]

Then if I connect another 15000 uF cap to it ( to equalize the charge )
then both capacitors should end up charged to about 8.2 volts, not 6 volts as some might think.

Experimentally I measure half the voltage (6V) after connecting both of the (12V) capacitor together.

So if the missing energy is due to radiation because of the current that flows during connection, then why is it that exactly half of the stored energy disappears?

If you have one AC line coming in, how can you make two AC lines going out but one is xxx degrees off phase from the other. Can the AB transformer do this?

No problem with 180 degrees. But the question is, what could be the advantage if the off phase is an arbitrary angle instead of 180 degrees?

If the incoming line is three-phase AC then the off phase between the three lines is 120 degrees. Does this mean one can get Free Energy from three-phase AC?

This would be a very nice surprise for all power companies.

[xenomorphlabs]

@all

Then, I need to ask another question.

If you have one AC line coming in, how can you make two AC lines going out but one is xxx degrees off phase from the other. Can the AB transformer do this?

So you now have two off phase AC signals.

Off phase in regards to what physical quantity and in what magnitude? Voltage ? Current?

To split the AC line you could use a 2 secondary transformer (not connected electrically), maybe this is what you mean with AB transformer.
Depending on the winding direction of the 2 secondaries you could either get 0 or 180 degrees voltage phase shift with a 2 independent secondary transformer.
If you use the same winding direction, then put a cap into one of the secondaries and the voltage will lag the current in that circuit and also lag the voltage in the other secondary proportionately.
If you want an even bigger difference put more L into the other secondary circuit to increase the phase shift in regards to the other secondary.
If this would have any benefit with voltages and currents being all over the place without any concrete target values is another story.

[poynt99]

For those interested, the attached will help explain these capacitor energy transfer experiments and questions: