Partnered Output Coils - Free Energy

[EMJunkie]

I get them now on all my video's-the regular 2 or 3. There just the guys that dont have the balls to leave a comment as to why they did not like the video,or dont have anything else better to do. I dont give thumbs down much credit these days.

No you wouldnt 

Yes, I get them also, sometimes as soon as the upload is finished, less than the time to make any notifications...

Too many MileHigh's trolling and Spooking the internet!!!

Its a CIA thing I guess ;-(

   Chris Sykes
       hyiq.org

P.S: Your phase shift thing is a real tell tail sign of what's going on in your device, follow that and your questions should be answered!

Remember Magnetisation takes time!

[MileHigh]

Too many MileHigh's trolling and Spooking the internet!!!

Stop the nonsense.

[EMJunkie]

Stop the nonsense.

Yes you're right MileHigh!

A device similar, using the exact same principals I have given: The  Energy Trimmer

I quote:

Figure l. illustrates an alternating current circuit which includes a typical  commercial public utility alternating current power source (1) and a first load (2) coupled to a transformer (4). The transformer is interposed between the alternating current power source and the loads. The primary winding (5) is wound upon a magnetically permeable soft iron core and connected to the power source.  Current flow through the primary winding produces a magnetic flux in the  direction indicated by the directional arrows for half the AC cycle. The  secondary winding (6) is connected to the first load (2) and is wound upon the same core in the same direction as the primary winding (5). The secondary winding (6) produces magnetic flux in the core in the same first direction at  the same moment in time indicated by the arrows. The third or return winding (7)  is wound on the core in the opposite direction from the primary and secondary  windings, as illustrated in Figure 1, and is connected to a secondary load (3). 

See Figure 2a.
Transformer Core, Model  1

See Figure 2b.
Transformer Core, Model  2

The third winding is wound on the same core as the first two windings (5 and 6) to produce magnetic flux opposite to that of the primary and secondary  windings. Figure 2 illustrates alternative schemes for the windings on a  magnetically permeable soft iron core. The direction of magnetic flux produced  by the third winding (7) is indicated by the arrows.

Thus, an electric power conservation circuit has been constructed in which the magnetic fields of these windings are equal in absolute magnitude, i.e., the product of current times number of turns in each winding is equal in absolute magnitude. The sum of the magnetic fields of the primary and return windings is equal to the total magnetic field of the transformer.

See Figure 3.

The transformer is ideally located between the main circuit breaker and the power distribution panel of a building. The secondary winding is connected to  most of the secondary circuits terminating in the power distribution panel, but  the third or return winding is connected to at least one of the secondary circuits. Preferably, the third winding is connected in line with the main power feed to all circuits. The public utility power lines are connected to the primary winding of the transformer. The flow of the alternating electrical current in the primary winding induces electrical current flow in both the secondary and third windings of the transformer to power the loads. (See Figure  3.)

No one is going to do it for you, you have got to do it for yourself!!!

   Chris Sykes
       hyiq.org

[EMJunkie]

Yes you're right MileHigh!

A device similar, using the exact same principals I have given: The  Energy Trimmer

I quote:


No one is going to do it for you, you have got to do it for yourself!!!

   Chris Sykes
       hyiq.org

Remember what I said?

Newton's Laws of Motion: Action, Reaction and we introduce a Counter-Reaction

Electron Current, we kick it around a Circuit, there is a Force that Resists this Action, a Reaction, to over come this Force(Reaction) we feed back some Counter-Reaction - Electricity from the Secondary is not entirely Consumed in the Load!!!


   Chris Sykes
       hyiq.org

[tinman]

First, nice job with the video.

Yes the inductance and capacitance measurements do help.  What is initially glaring to me is the large inner secondary inductance verses the outer primary.  The square root of the ratio is 1.77 but does not fully account for the apparent 2:1 voltage ratio for these windings.

If and when you have time, would you mind taking inductance measurements of the primary and inner secondary as I've indicated in the attached schematic? The shorted secondary test is redundant to the calculations that will be derived from your measurements, but will be a good comparison to possibly reveal any anomaly in this area.

partzman

Below are the requested result's.
the 19.8mH is across the open primary-i forgot to draw the line from the result to the coil.