Partnered Output Coils - Free Energy

[hyiq]

@Anyone else wanting to build, I would recommend starting on a smaller scale, use Singular Coils, look at the currents in the Coils, make sure they oppose... Learn in small bits at a time.

Replicate the work of MrPreva, learn from that! Or my early work, Three Small Coils on a Small Ferrite Core. Start by nurturing your understanding of this Magnetically Proportionate Machine. Often when jumping into a very deep pond, one gets everything wet!


"Little Steps for Little Feet..."


  Chris Sykes
       hyiq.org

[tinman]

The one that interest's me,is the one by Wistiti-very simple and easy to replicate.

https://www.youtube.com/watch?v=RKfr8bwVhkc

As the same clamp meter and volt meter is being used to measure both P/in and P/out,then any error being made by either or both of the meters would exist in both P/in and P/out.

As the load on the output is a resistive load,then we can safely say that the voltage/current phase relationship would be in phase,as a voltage would only increase across the load as the current flowing through the load increased.

On the input side,the meters are measuring maximum values,and so even if the V/I phase relationship is out(power factor),this would only mean a lessor P/in value than that calculated by using the meters numbers.

The only thing i see in that video that could be causing an incorrect meter reading,is when he has the clamp meter on the input,the wire on the outside of the clamp meter is very close to the jaw tip of the clamp meter,and could be inducing a second magnetic field that the jaw of the clamp meter is picking up.

One has to also ask-why has Wistiti not taken this further,if the results were that good?.

Anyway,my setup is a smaller version of his.


Brad

[tinman]

Mmm-ok 

First results are in for the below setup.
This was a quickly wound transformer-so not very neat,and only low power applied,by way of my SG. The loads are two identical !grain of wheat! incandescent bulbs.

Unlike Wistiti's setup,i did not join the two output coil's,but rather placed a resistive load on each coil separately.

EDIT-i forgot to mention--to achieve these results,i had to use a square wave,and a frequency of 12.2KHz.

Still looking for the error,but here are the results so far-measured with both DMMs and scope using a CVR.
The scope and DMMs had only a 2% difference with value's,so an average was taken from the both results.All DMMs were swapped around,and came within +/- 1%
Tried using the clamp on meter,but currents are to small to register.

P/in-6.8vRMS @ 19mA=129.2mW
P/out 1-1.8vRMS @ 41mA=73.8mW
P/out 2-1.83vRMS @ 42mA=76.8mW

So seems to be running at 116% efficiency.

We are close to being within error range with such small currents,but none the less,all care was taken when making the measurements.

I will report back when i find the error-which seems to be oddly elusive ATM.


Brad

Sorry for the quick crappy diagram,but have lots to do ATM.
Also added a pic of the toroid,and as you can see-very crappy winding job.

[Zephir]

Tried using the clamp on meter,but currents are to small to register

You'll need a good wattmeter, which considers the phase shift in HF AC circuits.

[Grumage]

Hi Brad.

Don't forget that a Square wave has a different RMS value.

Can you scope the output waveform I'm pretty sure you'll have a Sinus?

Cheers Graham.