Partnered Output Coils - Free Energy

[picowatt]

Hello,

let us have some closer look to the measurement in question here for the sake of cooling down misunderstandings and accompanying emotions.

What is allowed at point B ( no DC-component exists in bucking coils, as far as I can see it in the vid, thus AC-coupling) is not allowed at point A

Thus this measurement is comparing apples with peaches

.... and this comment of mine is not to be debated :-)

Regards

Kator01

EMJunkie,

Regarding inaccuracies due to the improper use of AC coupling, it is not just about losing the DC component.  Waveforms which have any asymmetry will also drift above or below the zero V reference level and produce inaccurate results.  If your waveforms have no DC component AND they are very close to perfectly symmetrical above and below the 'scope's signal ground, the use of AC coupling will produce minimal errors.  However, until you fully understand this, it would be best to just stick with using DC coupling.

As far as debating any of your measurements, after reading this entire thread and looking at your videos and documents, I see no measurements to debate.  The video from which the scope shot appears to be from only tells us the input power was around 1 watt (assuming the DC supply displaying 5V @.2A is the only supply powering the device).  Output power cannot be determined from the video without knowing the bulb's (very non-linear) resistance during the test.  As Gotoluc suggested, using a fixed non-inductive resistor of a known value for the load would have given everyone some idea of the device's output power. 

If I have missed some input/output power measurements that support your claims would you please direct me to them?

Thanks,

PW   

[MarkE]

@MarkE,

I think this is very reasonable for most experiments! There is a lot to learn for such a simple experiment. Bucking Coils, or Partnered Output Coils, do a lot of things, little adjustments can change the whole operation.

When people are ready to start measuring they yes if you could layout some basic guidelines then this would be greatly appreciated!

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!

Are you saying that you have yet to measure the input and output average power levels?  I was under the impression that you were claiming 1.7X overunity.  Is that incorrect?

[alan]

Anyone has an explanation for the decrease in input power when the output is shorted? It does remind me of the bedini in which current decreases as rpm increases, but that isn't a free energy device.

[SkyWatcher123]

Hi folks, Hi wistiti, you could try this simple inverter circuit, i had my own drawn, can't find it and the other forum is down to recopy it.
This one is readable enough, you can adjust resistors to change frequency. There is another version that uses capacitors that is more adjustable.
I will be using this to drive the parallel wire (aka bifilar) primary inducer.
peace love light

[EMJunkie]

Are you saying that you have yet to measure the input and output average power levels?  I was under the impression that you were claiming 1.7X overunity.  Is that incorrect?

@MarkE,

NO - Yet again you have taken my words out of context. ANOTHER MarkE Assumption!

A Reminder, this thread is not to discuss "Measurements"!

I was merely suggesting if you wished to help later on, you would be welcome!

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!