Partnered Output Coils - Free Energy

[EMJunkie]

Ask Void he posted some scope shots like that on page 24

David Wolff

Void reported some successful results earlier on, but alas, no one listened. If you can post a link as the page 24 I am looking at does not contain anything you mention.

Best wishes,
   Chris Sykes

[kolbacict]

How long does a magnetic field in a ferromagnet travel a distance?For example 1meter?
For example, in the primary coil there was a half wave of a sine wave.
After what time will this half-wave be at a distance of 1 meter from our coil in a long iron core?

[EMJunkie]

How long does a magnetic field in a ferromagnet travel a distance?For example 1meter?
For example, in the primary coil there was a half wave of a sine wave.
After what time will this half-wave be at a distance of 1 meter from our coil in a long iron core?

An interesting question. I have covered this partly in my last video series. Different Core Materials will have a different propagation delay, meaning all magnetic Materials are different. The magnetic Field travels the Core like a Wave.

You can easily do some experiments to test this.

But, yes, there is a propagation delay, it is fast, but your scope should be able to pick this up.

Best wishes,
   Chris Sykes

[EMJunkie]

I have come up with a transformer winding arrangement that, based on the measurements anyway, is measuring as an efficiency greater than 100%.
The power levels are so small that measurement error tolerances are probably fairly significant here however.
I will need to come up with a higher voltage sine wave generator driver to test at higher power levels.

I am not claiming that the transformer really is over unity, but I am pretty sure that the measurements are about as best as
could be done, given the low signal levels and the equipment I have available. Maybe some measurement improvements can be made.
I am attaching a circuit layout diagram with arrows drawn on it showing where I connected in the scope probes.
The arrow heads show where the scope probe connections were made.
I have a two channel scope, so I made the input voltage and current measurements first, and then moved the two
scope probes over and measured the output voltage and current. No noticeable change in LED brightness occurred when I moved the two scope probes over to the output.
I used the data sample logging feature of my DSO to save the waveform sample data to USB, (20,480 samples per waveform) and then used
a spreadsheet to calculate the instantaneous power for each voltage and current data set, and then took the average of the calculated
instantaneous power values to get the average power.
Channel 1 = Yellow = Voltage waveforms (set to x10)
Channel 2 = Blue = Current waveforms. (set to x1)
Current is measured across a 1 ohm, 2W carbon film current sensing resistor, 5% tolerance (all I have available right now).

Transformer is just a ferrite toroid with my special winding arrangement on it. I am not using bucking coils in this arrangement.
This is all I will say about the transformer windings for the time being at least. Just wanted to show that it is apparently possible to
wind a transformer in such a way that if all the phases and reactance and back EMF and what have you are balanced just right, it appears
you can get a current cancelling effect on the transformer primary winding, causing the input current to be quite small, while still
being able to deliver some measureable power to a load. Again, I am not claiming that this is over unity. I am just reporting the measurement
numbers as they came out, and how it appears the transformer may be working. 

My load for this test was two back to back jumbo white LEDs. I haven't tried with just a pure resistive load yet,
so I am not sure if that will give the same results. I may well have to do retuning to try to get the same sort of input
current cancelling effect on the primary, and I am not sure yet if I will be able to do it with a different load. I may
have just got lucky with the LEDs, or maybe the LEDs play a role in being able to get this sort of result. Not sure yet...
Anyway, just wanted to show an example of some of the interesting effects you can get when playing around with different
types of transformer winding arrangements. I will need to try this same sort of test at higher power levels to see if I can
get this same sort of effect at higher power, or if this effect was just some oddity due to having very small signal levels.

Input power calculated as: 199.3uW
Output power calculated as: 1.231 mW
Efficiency = 1.231mW / 199.3uW = 6.177 --> 617.7%  (Again, yes I know the signal levels are too small to be able to draw any conclusions)
These are just what the measurements showed. No claims are implied or being made beyond reporting the numbers. 
Rude or nasty replies will be ignored. 

All the best...

Just one of many successes reported! However the above images were posted by Tinman, which was measured to be COP = 1.8:

So here is where im at with V3 of the rotary transformer. Adding the bucking coil setup did indeed increase the overall output of the system-both mechanical and electrical. When i say bucking coil,i mean a coil that acts as a magnet that can be switched on and off at the right time. As it is a coil that is being shorted,and thus becomes an electromagnet that pushes against the rotors collapsing field just at the right time. This field also travels around the stator core,and boost the field within the secondary(generating)coil that provides the power for the globe.
So we do have a coil that is bucking both against the rotor's field and also the field of the generating coil.

https://www.youtube.com/watch?v=ai7rqm9lAlk

The videos are here, for the history record:

https://www.youtube.com/watch?v=sDFvKJCW9WI
https://www.youtube.com/watch?v=vMXaA0zlb-M
https://www.youtube.com/watch?v=pioohhRyfHk


All readers should know, we have had many successes with this technology! Many failures also, it does not always work, but generally by taking small steps forward one can get pretty good results.

As I pointed out above, Asymmetrical Regauging is a key technology! Understanding this and Magnetically understanding Force is a big step forward!

I see so many wasting their time, they have no idea about the basic things in Energy, if those people want to progress, then they really need to start thinking about what happens in an electric "Generator" and properly understanding those fundamental action reaction pairs and work to re-direct those forces.

The images below and also above are from this link: http://overunity.com/15395/partnered-output-coils-free-energy/msg453782/#msg453782

Best wishes,
   Chris Sykes

[EMJunkie]

Does anyone know the significance of the Sawtooth Waveform? Asymmetrical Regauging?

https://www.youtube.com/watch?v=4qqQarHd74s

What is Asymmetrical Regauging?

Best wishes,
   Chris Sykes