Partnered Output Coils - Free Energy

[EMJunkie]

Hi Re Partnered Output Coil fields, some one else have idea perhaps old Grenade coil and inductance winding could be tested
As Mr Prova coils, might need ferrite core in centre.

Just an idea when your on the bench

Cheers Dave

Throw up a few scope shots when your'e done Dave, we can go from there. 

Best wishes,
   Chris Sykes

[Drak]

still playing but nothing yet, unless i'm doing something wrong

[EMJunkie]

This is not a bucking coil.
Coil is wound in same direction.

But currents are passing in opposite directions,
which makes bucking fields.

Not every coil is bucking,
aldo fields can be bucking in non bucking coils.

And in the case of bifilar coil bucking fields,
there are strong electrical field because the way it is wound.

And if somebody noticed, it is one piece of wire.

What we can do with one piece of wire?
Make a coil. (inductance and resistance).
Make a bifilar coil like in example with bucking fields. (zero inductance, only resistance).
Or just use it as a straight piece of wire and forget about everything???

Hey Whatisit,

I have detailed a few Coil Configurations, 3 in total, that I believe are significant, here: Some Coils Buck and some Coils DONT

Most EE's will tell you it makes no difference what way you wind your Coils, I have shown it does.

Bucking is Opposition in part Cycle, the Winding Direction can make a big difference in some machines. Worth reading some data here: Reduced Impedance Effect

Best wishes,
   Chris Sykes

[EMJunkie]

still playing but nothing yet, unless i'm doing something wrong

Hey Drak,

AWESOME My Friend! Very nice!

Now, I am sorry, images are not very clear, so just doing the best I can here, alright.

Now when you say nothing, this is far from nothing! Your Waveform is excellent! You have the effect there. Short Duty Cycle, a nice Sawtooth Waveform.

Whats your COP? Don't forget, the average Transformer is around 80%

Several things:

   1: Input Coil Impedance is Important. Few Turns of Thick Wire Gauge, I had 22 Turns 1.6 mm.
   2: Increase your Input Voltage, shorten up your Duty Cycle.
   3: Gap the Core. Some Cores are Slugs, a gap is sometimes needed.
   4: Partnered Output Coil Impedance may be too high - Too many turns of too thin Wire Gauge. Increase the Wire Gauge on the POC.
   5: Shorten up all leads / Wires.
   6: Check you have Current being returned to the Power Supply. If not, then you need to focus on this part. There may be a Polarity problem, however your waveform is good!
   7: The Conduction between the Coils, Delaying the Conduction slightly can increase your Voltage: Current I = Voltage V / Resistance R, so look at increasing your Output Voltage. The Coils Slapping together is Important, see below image.

Lots of other little things can improve the Machine. Above are the main ones for the moment. Basic Generator Principles are mostly accurate for these machines, Wire Gauge, Cross Sectional Ares and so on!

Drak, you should be very proud! Well Done, some have taken months to get to your stage!

My recommendations, think further on what is going on, understand this from the point of View: For every Action there is an equal and opposite Reaction and for every Reaction there is an equal and opposite Counter-Reaction.

Remember, this all works on the magnetic Fields, the Action Pairs of them, together. Finding the best Frequency and Duty Cycle is important! The Coils have Inductance to Inductance Resonance, this point is where very little input is needed to reach maximum Voltage Amplitude.

Best wishes,
   Chris Sykes

[EMJunkie]

Of course, the factors B Magnetic Field Density, H Magnetic Field Strength, CSA Cross Sectional Area, N Turns, AWG Wire Gauge, L Inductance, F Frequency and other things play a Role in the Conventional Electric "Generator". All aspects we need to also take into account.

Benchmark your DUT! Take a baseline measurement, to see where your DUT is sitting as a basic Transformer, see where your operating efficiency is, then any improvement on that baseline, you know your'e heading in the right direction!

In Transformer Mode you might have an 85% Efficiency, then in Partnered Output Coils Mode you get a 95% efficiency, then you know you have added 10% efficiency by using Partnered Output Coils.

Now, you have a measure, a guide, a path to follow.

Best wishes,
   Chris Sykes