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Chris posted this 30 July 2017


Bucking Coils are used in many ways. One example is “Common Mode Chokes”, an example that has perhaps clouded the entire concept of Electromagnetic Induction. Let’s look at the “Common Mode Choke”


A common mode choke is where both line and neutral windings are wound on a single core. When using a current compensated choke to decrease common mode noise, (the interference pattern or the unwanted noise) you want to have a high impedance at the unwanted frequencies to knock down that unwanted noise.


Figure One: Common Mode Choke Diagram



Figure Two: Typical implementation of a Common Mode Choke


Let’s think, what’s is the actual purpose in Common Mode Chokes? What are they designed to do? What are they particularly good at doing? Think really hard at what they are doing. Because it is really important to understand!


Any Coil carrying a Current will always have a Magnetic Field. The Magnetic Field is defined, by Amperes Law, as: B0nI  


·         B = Magnetic Field in Gauss (CGS) or Tesla (MKS)

·         μ0 = The Permeability of Free Space, or Permeability of the Core Material μr

·         n = is the number of turns per unit length.

·         l = The length.

 ref: see Magnetic Fields Produced by Currents: Ampere’s Law


You can see, the term Ampere Turns: AT = NI, which is Turns (N) x Amperes (I). This means the more Current through the more Turns we have, the more Ampere Turns we have, this is part of the above equation, thus, the more Magnetic Field we have!


Kirchhoff’s Current Law states that the Current In to a Node, must be the same as the Current Out of the Node, and so we have the same Magnetic Field in each Coil in our Common Mode Choke! Each Field is Equal and Opposite.


There is a problem with the way we understand Magnetic Induction, that may already be apparent. We see the exact same requirements that are necessary in Electromagnetic Induction, but yet we see none, we see the opposite! We see the reduction of Transients, surges, and the like. Thus the design and use of the Common Mode Choke.


But why?



The answer is surprisingly simple! Because the Magnetic Fields are being held steady, they are not allowed to change, the Current is Equal and Opposite, it is a locked, a Rigid System


This is NOT what happens in an Electrical Generator! The Magnetic Field is aloud to Change over Time in respect to the timing of the System. This is not the case in the Common Mode Choke! The Magnetic Fields in an Electrical Generator dynamically change, at any one point in time and the “Generating” Coil can vary with Load, so the total System is dynamic, changing, not held steady.


So, delay one of the Coils Magnetic Field relative to the other in the Common Mode Choke and see what happens… Wow we have a completely different System! No longer any good as a Common Mode Choke, not serving the purpose of a Common Mode Choke anymore.


Bucking Coils, or I like the term Partnered Output Coils, can and do "Generate" Electrical Energy! You need to let the System Breath, bring it to life!


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Chris posted this 31 July 2017

In the very first Tariel Kapanadze Device, the Kapagen, we saw a timing. A timing that was very evident if one has done any work on Tesla Coils especially.



In all Resonant Tank Circuits with a Spark Gap, the Spark Gap will Arc over and Spark at a certain Time during the cycle, normally this is at peak voltage.

This is a part of the Kapanadze work and has been for a long time! It was seen in most of his devices.


Chris posted this 31 July 2017

Tom Bearden's MEG was a very unusual device, appearing to be very simple, and reported by many that is does not work, when infact is does.

When Tom Bearden used the term "Non Linear", this term meant Timing. Timing of the Coils, the Interactions between them and that it was very important to make sure the MEG was Non Linear in this way!

It took me a while to understand this. Something I read on the JLN website put me in the right direction:

a MOV (Metal Oxide Varistor) is REQUIRED for getting the output datas measured above

- JLN Labs - The MEG Project

Now for some here, this may make sense. But for others, I was one of these ones, I needed a bit more information.



A MOV is non Linear, meaning that is is an OFF device until a Voltage Potential is reached. At this point, the MOV Conducts, is now On, it becomes a Switch if you like, a Voltage Controlled Switch!

Above, the Diagram depicts a MOV that starts Switching On at around 250 Volts, it conducts at 250 Volts!

So Conduction might typically look something like this:

Note: This wave form does not apply exactly to the MEG.

All MOV's are Rated, have different ratings, and ratings can be very different. Some voltages might be 18 Volts. So make sure you know what youre using!

So the Timing here, it is again what we saw before. It is sensible! There is a Timing at a particular Voltage, this Voltage triggers Interactions Between the Coils on the Core at this time!



Chris posted this 31 July 2017

Many other devices have shown this very same required Timing!

Ruslan, Akula, many others, lets look at one of Ruslans:

 The Image above has been something shown many times by Ruslan alone. It is taken from the following video:



Another example from Ruslan:



So, what's with the Timing we see, and have seen for so long? Many others show the same thing! Graham Gunderson is another!


There is a basic answer, it is to do with Work. I have been looking at this for years. On my website, I have posted many pictures, in different circumstances, showing this: 

Showing the Points of the wave where to trigger some sort of switching events.

Your Input is doing Work as if it is Climbing a Hill, from Zero, to Peak. This is the part of the Cycle you do not wish to disturb, remembering the Common Mode Choke is designed to Stop this Behaviour! Otherwise your Input is Impeded too Much! Your Input is Choked Off, Restricted by Lenz's Law. This is a Symmetrical System, One on One, Equal and Opposite!

On the other hand, After the work has been done, we can use Gravity, or Natures way, to bring a System back into Equilibrium, Zero State. At Rest. So from Peak to Zero, there can be as much work done in this area as you can fit in! Its a Roller Coaster ride of Electromagnetic Induction, an Unimpeded path of adventure! Remembering we have a Maximum Magnetic Field at this point in Time!


In my early research, I did not understand at the time, the importance. Now I do, I hope you do too!


Vasile posted this 31 July 2017

Bucking Coils, or I like the term Partnered Output Coils, can and do "Generate" Electrical Energy! You need to let the System Breath, bring it to life!

It looks very similar to Mr. Preva experiment.

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Chris posted this 31 July 2017

Sorry all, have been busy, and have put the posts in that I wanted.

@Vasile - Yes, it is, and now I entered the last three posts it may make a bit more sense why the MrPreva Experiment by itself is not Above Unity.

Its very close though, a very efficient Electromagnetic Induction Experiment when tinkered with long enough.

@All - The Idea of the Timing, is to get the Magnetic Field to absolute Maximum, for the smallest input, then bring in your Partnered Output Coils at this point!

  • Input is switched in and from Zero to Peak, POC/Bucking Coils are open Circuit.
  • At peak Input, Switch in Your POC/Bucking Coil, One Coil now assisting the Input!

Timing, its why these devices work, Timing makes these devices Asymmetrical!

Tom Bearden's "Non-Linear"


Note: Wave Propagation, when done right, can do all this for you and this is looked after by the perhaps unknown parts of the Wave propagation Theory. That's why not all devices are switched, some are just LC Tank Circuits with the correct Wave Propagation techniques applied. 




Vasile posted this 01 August 2017

Related to what you said earlier,I was searching the web the other day,for akula principle and found this link:


There is this user there ( T-1000) witch appears to be very knowledgeble.He says something interesting and I'll just quote him:

the capacitor C28 charge is on positive cycle half and the LEDs are on BEMF spikes in negative cycle half.
When BEMF reach maximum value he turns on transistor for positive cycle half which gives big pulse to capacitor C28 charge when mixed with BEMF. So he will be charging cap not from 9V but from 30-60V spike + current from primary coil.

He is talking in regard to the circuit attached.He says basicly that the spike that appears in his secondary when current is turned off from the primary,can be enhanced by another current pulse(low voltage,high current preferably) induced on the right time in secondary and in the right polarity with the spike or the Collapsing EMF.

Attached Files

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Chris posted this 01 August 2017

Hi Vasile, We have done some work here on the Akula Circuit. I studied it in depth when Akula started sharing that information. There are a few threads here on this.

My opinion is the very short pulses are Electron Spin Resonance, a way to get the Electrons Excited and start them to Flow.

Akula uses Bucking Coils. This from his own mouth! See Link provided.

We did have someone hwo claimed he was working with Akula join us in our work at one point, seemed to have inside knowledge also, so we took his word for it.

CD_Sharp is perhaps the best person to comment on the Akula stuff: Akula's 30 W lantern and Akula's 30 W lantern replication

You see, we have two things going on, we have a Trigger - This gets things going, some Electromagnetic Induction to get the Flow of Charged Particles occurring, and of course the Voltage required for Current to Flow. This is Kinetic Energy!

Then we have the Asymmetrical part. Kinetic Energy is the Motion of something, in this case it is the Motion of Charged Particles:

Figure One: Conventional Current Flow - Kinetic Energy


Also, we have something else, most important of all, we have a Magnetic Field, at value   X   Above Equilibrium.

Nature and all its beauty wants the Magnetic Field to dissipate, move back to an equilibrium state! But now we have Bucking Coils, with two things in place, High Magnetic Field and also Current and Voltage, one of the most beautiful combinations In Science!



Vasile posted this 01 August 2017

So we need to blend voltage and current in a efficient way.

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Zanzal posted this 01 August 2017

I like the idea Vasile, but the practical implementation is not immediately obvious. Is there an experiment you can recommend to illustrate?

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Chris posted this 01 August 2017

Hi Vasile, apologies, I have marked the Image above: Figure One: Conventional Current Flow - Kinetic Energy

What we are looking at is Timing.

Like the Minute hand on the Clock increments one minute when and only when the Second Hand has counted 60 Seconds...

We are not doing anything funky with Voltage or Current as such.


P.S: Racking my Brain to think of a better way to explain this.

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