Infinity Coil

[z.monkey]

Thanks Jesus,

I got the ASWG (Adjustable Sine Wave Generator) working Friday night.  At the moment it is configured to drive this incandescent light.  At around 60 Hertz it is generating around about 100 Volts AC open circuit.  With the lamp load on the circuit (which is double the rated load) the voltage drops to around 40 VAC.  So with the proper load it should run about ~75 VAC.

The next step is to use one of the peripheral coils from the Infinity Transformer and a capacitor to create a resonant LC circuit, drive it with the ASWG, and measure the change of performance in the load.  This test jig will help me to tune the individual LC circuits of the Infinity Transformer.

Eventually the ASWG will have closed loop feedback power.  I am working on an overview drawing.  The signal is generated and amplified by the existing ASWG board.  This signal drives a step up transformer.  The output of the transformer is attached to the resonant circuit and the load.  The not yet constructed part is the power feedback system.  A step down transformer is connected to the load side of the resonant circuit.  This circuit rectifies and regulates the feedback power and charges some large capacitors which are attached to the power input side of the signal generator and amplifier board.  When the resonant circuit is refined enough to go into overunity the the excess energy should be able to sustain the battery supply and run the load.  This can be verified with a flick of the switch which switches out the batteries and the ASWG runs of power supplied by the power feedback circuit only.  If you turn off the battery switch and the circuit quits operating then you are not in overunity yet, keep trying...

OK, Mo Later...

[AbbaRue]

@z.monkey
Once you get the coils and capacitors close to resonating at the right frequency maybe you could
devise a way to alter the core of the coils slightly to fine tune the system.
Adding or removing some of the core material should alter the frequency slightly. 

Anyone else building a similar unit may want to use coils with movable cores
so each coil can be adjusted easily by moving the ferrite core in and out.

[z.monkey]

Howdy AbbaRue,

I have some small iron rods just for that purpose...

Here is the updated drawing...

http://www.overunity.com/index.php?action=tpmod;dl=item181

This is what I am calling a Power LC Tank.  The secondary is electrically isolated from the local power bus.  This allows high voltages to develop in the tank circuit, and the energy in the LC tank is transformer coupled to the local power bus.  This is to step down the LC tank's energy to a level where it can be utilized on the local power bus.  Gonna get it into test this week...

OK, Mo Later...

[z.monkey]

Changed the orientation of the LC tank(s).
The circuit is operating but I am back to the current deficiency problem....   yup...

Probably need better batteries...

[z.monkey]

Power LC Tank 1

Built with the secondary coils from the Infinity Transformer...