Partnered Output Coils - Free Energy

[synchro1]

Study this video by Jerry Bayles. The stationary disk magnets are what we're calling a "Bucking Configuration".

https://www.youtube.com/watch?v=5OQmzv2W-Ys

"The video shows a macroscopic version of a quantum effect where the electron must revolve twice to turn itself around once. Hence the so-called spin 1/2. Note that the two disk magnets are identical and the fields are aiding and pass through the axis of the disks, which is the thin side only. The balance magnets are bar magnets where the fields pass through the smallest dimension, that is across the flat sides and each magnet is opposite the other in its field orientation. This can represent the uncertainty in position of an electron since there are pairs of each type of magnet displaced in distance from each other. Close examination of the above action show that for each time the balance magnets return to the starting condition, 1080 degrees of bar magnet rotation occur and 720 degrees of balance magnet orbits occur which is two rotations. There is energy in the outer field that can be tapped into and the field may even provide propulsion under the right circumstances".

Go: http://www.electrogravity.com

[conradelektro]

 I did a first test with my first partnered output coil. Please see the attached drawings and photos (see the attached circuit diagram).

INPUT  10 Vpp Sine from function generator through 100 Ohm:
50 Hz Sine , Veff 2.2 V , VDeff 2.16 V , Watt = 2.2 * 2.16 /100 = 47 mW
1 kHz Sine, Veff 3 V, VDeff 1.5 V , Watt =3 * 1.5 / 100 = 31 mW
2 kHz Sine ,  Veff 3.28 V , VDeff 1 V , Watt = 3.28 * 1  / 100 = 33 mW
3 kHz Sine ,  Veff 3.36 V , VDwff 0.68 V , Watt = 3.36 * 0.68 / 100 = 23 mW


OUTPUT over 100 Ohm:
50 Hz Sine, Veff 0.028 V, Watt = 0.028 * 0.028 / 100 = 8 µW
1 kHz Sine, Veff 0.34 V, Watt = 0.34 * 0.34 / 100 = 1.1 mW
2 kHz Sine ,  Veff 0.39 V, Watt = 0.39 * 0.39 / 100 = 1.5 mW
3 kHz Sine,  Veff 0.36 V , Watt = 0.36 * 0.36 / 100 = 1.3 mW


The highest output is at around 2400 Hz: INPUT ~ 30 mW, OUTPUT ~ 1.5 mW.

I also tried a square wave signal from the function generator and the results were similar. A square wave signal causes spikes and distortions at the input and output. I will show scope shots in the coming days. But first I would need input from the experts (MileHigh, TinselKoala, others who know something, may be EMJunkie feels like helping out with some suggestions.)

I also know that the core halves should be separated a bit (may be several millimetres) to cause a loose coupling of the partnered coils. I have not done that yet.


Please comment. Help is appreciated.

Greetings, Conrad

P.S: (Tests with a higher current through the primary are in preparation, several Watt. Amplification of the signal from the Function Generator with a transistor and my laboratory power supply will be done in the coming days.)

[synchro1]

@Conradelectro,

Here's a comment from Chris Sykes. Please pay close attention to what he's saying:

@ALL,

About Frequency's, a small experiment:

1: Fuse your input just to be safe first!
2: Slowly drop your running frequency down...
3: Hold in your hand, a small magnet, close to your device.
4: Keep dropping your Frequency until you can Feel the Magnet Jump around.
5: Check all around your device with the Magnet

I found this good to get a feel for what's going on. And, yes easy for the sceptics to go to town here, but it did help me.

Also, on a side Note: Start thinking about the potentials of the Partnered Output Coils! Think about each Coil being a Bucket, How much Water can it hold...

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!

P.S: You should hear a Chattering of your device. Aim for around 25 - 40 Hz to do this experiment.

P.P.S: This Experiment is fairly important, so please don't pass it by! Please Run the Experiment and report your Results! 


« Last Edit: January 25, 2015, 02:23:56 AM by EMJunkie

[conradelektro]

Attached please see a circuit from Jean Louis Naudin for amplification of a signal from the Function Generator. I will use 10 to 15 Volt from the power supply (not up to 80 Volt like Naudin). A shunt of 10 Ohm in series with the primary should result in about 1 Watt through the primary.

Any ideas? Good way of doing it?

I also have a 12 Watt mono audio amplifier, but this would need a rewind of the coil with thicker wire.

Greetings, Conrad

[John.K1]

Ok, Let's be a bit nice to Tinsel too.    You might be right about the oscillating magnets.  The mass , center of mass , the distances and the strength of magnetic field might (and does) play role here too.  On the picture you can see my set-up. Two magnet discs on long magnet bar and in my hand I am holding the pulsing coil (yes Tinsel, there are not wires from that coil , I did this picture after I performed the test and I was lazy to put them back   ) In any case I was pulsing it from 3Hz up to 45Hz and as my frequency was rising so did the vibration of magnets - unfortunately. May be I did something wrong

In the back you can see my set-up of backed air core coils I play with. My ratio is there around 1:20 and I am getting HV on the cental tap. Some interesting effects there as well. May be I will do my fist YouTube video ever for you
Cheers,