Akula0083 30 Watt Self Running Generator.

[EMJunkie]

Hi All,

Grumage started this thread with a fair bit of information, a Schematic, and a rar file with, pdf's, Circuit Design Files, Gerber files, and Images. The first Post


No one has gone into the coils in depth!


Some have claimed Akula's information to be insufficient or even fake. I suggest that anyone that is really keen, that has not already moved on and gone to another project or thread to start looking at the Coils and the 2x diodes after the coils.

Why 2 Diodes?
Why show the Coil orientation as was shown in the schematic?


I believe there is sufficient information here if we all work together on this to solve the riddle. In my posts, I have shown some unusual characteristics in my coils that need further attention! In the following picture, We can see there is something being shown here! Why have one set of terminals soldered? Why have the other set loose? This has only one answer, its so the coil can be wound in the opposite direction if necessary!

[EMJunkie]

More on the Coil's

The Coil turns are wrong in the schematic!

Primary = 10 turns approx.
Secondary = 16 turns approx.

This Coil arrangement show that its using the A Vector Potential as the weapon of choice. It charges the Ferrite Core with the Primary (10 turns), at this point, I am going to say, because of the Diode arrangement the Secondary (16 Turns) carry's no current. At the Inductive Collapse, the Diodes conduct and the Load becomes an apparent load, more on the Load later. The Secondary Coil at this point is where the Magic is happening! if Wound and Wired correctly, the very Flow of Current in the secondary will do several things.

The Magnetic Field that the Primary Coil produces as a result of Lenz's Law, the Current flowing in the Primary Coil producing a Magnetic Field, will be Bucked by the same effects, Magnetic Field that the Secondary Coil produces as a result of Lenz's Law, the Current flowing in the Secondary Coil producing a Magnetic Field. Super Position states that there must become a Zero Intensity Magnetic Field at this point (See: Field or Wave Super Position).

I have shown this in my Coils previously! The Coils Buck each other.

A VERY Simple Experiment.
1: Take a CRT Tube TV, turn it on and try to get a solid Colour on the screen.
2: Place one small permanent Magnet on the surface of the tube, securely.
3: Push another small Permanent Magnet, Poles Opposing, into the other small Permanent Magnet.

Result:
The Magnetic Field will be squeezed Nearly to Zero - NO MAGNETIC FIELD!!!

I am sure for those of you that have a fair amount of experience will be able to see the significance at this stage of this result!

I will share more information soon, but I would like to see some hands up if anyone is keen to continue.

In the Picture below, you will be able to see that there is a Polar benefit and Bipolar Switching is not the best with these coils. I was hoping someone would have seen this already.

All the best

  Chris

[EMJunkie]

The load,

Its not hard to see that the below schematic is going to have issues under certain conditions. E.G: VT1 pulls down the ve- side of L1 to Ground. We can see, and has been pointed out before, the load is Grounding the ve- side of L1 anyway weather VT1 switches or not, This of course means the load will be effectively 'connected' at all times through R5!

This could be a smart move on Akulas part though!

When the Diodes on the ends of the Coils Conduct, this creates a self looping effect on the Coils L1 and L2, Current can flow in a 'Closed' Loop in one direction! This feed back, or feed forward condition, depending on how one looks at it, with Reduced Lenz Law On the Collapsing Magnetic Field on the Coils may be where sufficient energy can be obtained to Charge C11 to capacity and also light the load all at the same time!

So even though the Circuit appears to have issues they just could be a very smart way to deal with operational Characteristics.

All the Best

  Chris

[verpies]

So even though the Circuit appears to have issues they just could be a very smart way to deal with operational Characteristics.

Why did you change the dot convention on the schematic that you have attached?
Grumage's diagram in the 1st post of this thread and all other diagrams have the opposite winding polarity.

With the winding polarity depicted on the schematic, that you've attached, the current fill flow in the primary and secondary winding simultaneously (that is a characteristic of the "normal" transformer mode).

All other diagrams show the winding polarity in a "flyback mode" where the maxima and zeros of the currents do not occur simultaneously.

[EMJunkie]

Why did you change the dot convention on the schematic that you have attached?

Hey Verpies,

See Grumage's original Rar File. There are 2x diagrams in there. I did not change anything.

All the Best

  Chris