Partnered Output Coils - Free Energy

[Vortex1]

From EMJunkie

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Now Why and How? I have explained all this in my PDF. All via method of Standard Induction already known to work in "Conventional Generators"! Under slightly different Conditions, where parameters of the Inductors have drastically changed due to this Configuration.

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Leakage Inductance of the "Partnered Coils"!!! Leakage Inductance is the Requirement!!!

Thinking I must have missed it I searched your entire document for the word "leakage" and found nothing.

Put a revision number on the document, I'm sure I'll find it in the next revision.

Quiz question with prize:  Can anyone guess why the spikes do not cause  large ringing in the negative direction (below zero volts line) in my sims?

BTW, if watch the video carefully you will see that Woopyjump's led lamp requires 3 Watts input for an equivalent Lumen output of an incandescent drawing 35W. It is not using 35 Watts of power, probably a lot less than 3 Watts. This info is stamped right on the bulb.

You can also light big strings of Neons with a few milliwatts or even microwatts of power.

Big gong on that one

[EMJunkie]

As I have shown:  The bucking secondary coils add parasitics that make the circuit less efficient than if the load branch simply returned to Vsupply.  Your scheme is a junky flyback.

Notice the term "ADD" Hmmmm, I wonder why this could be an important Characteristic!!!

Parasitic element (electrical networks)

From Wikipedia, the free encyclopedia

Parasitic elements of a typical electronic component package.
In electrical networks, a parasitic element is a circuit element (resistance, inductance or capacitance) that is possessed by an electrical component but which it is not desirable for it to have for its intended purpose. For instance, a resistor is designed to possess resistance, but will also possess unwanted parasitic capacitance.

Parasitic elements are unavoidable. All conductors possess resistance and inductance and the principles of duality ensure that where there is inductance, there will also be capacitance. Component designers will strive to minimise parasitic elements but are unable to completely eliminate them.

The most commonly seen manifestations of parasitic elements in components are in the parasitic inductance and resistance of the component leads and the parasitic capacitance of the component packaging. For wound components such as inductors and transformers, there is additionally the important parasitic effect of capacitance that exists between the individual turns of the windings. This winding parasitic capacitance will cause the inductor to act as a resonant circuit at some frequency, at which point (and all frequencies above) the component is useless as an inductor.

Parasitic elements are often modelled as lumped components in equivalent circuits but this is not always adequate. For instance, the inter-winding capacitance mentioned above is really a distributed element along the whole length of the winding and not a capacitor in one particular place. Designers sometimes take advantage of parasitic effects to achieve a function in a component, see for instance helical resonator.

Non-linear parasitic elements can also arise. The term is commonly used to describe parasitic structures formed on an integrated circuit whereby an unwanted semiconductor device is formed from p-n junctions which belong to two or more intended devices or functions.

I wonder how we may be able to find a User Here? 20 + Neon's maybe?


MarkE Holland Duell again???

Stefan, please find some new hosting, the Server in the Bed Room is not cutting it 

[MarkE]

MarkE Holland Duell?

So in carnival barker-land, you wish to suggest that I am arrogant in a way that an unverified quote interpreted in an arbitrary context may have made someone else look arrogant had they made that quote.  Is that it?  In order to establish arrogance don't you first have to establish that I have said something wrong without considering the available facts?  You know, such as declaring that a circuit diagram is terribly wrong, when it is in fact accurate?  Or declaring that a circuit delivers a specific COP when unprepared to show any evidence that it does?  Or representing ordinary circuit contructs as doing "extraordinary" things when there is not evidence that they do?  Oh wait:  Those are all things that you have done.

[EMJunkie]

From EMJunkie

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Thinking I must have missed it I searched your entire document for the word "leakage" and found nothing.

Put a revision number on the document, I'm sure I'll find it in the next revision.

Quiz question with prize:  Can anyone guess why the spikes do not cause  large ringing in the negative direction (below zero volts line) in my sims?

BTW, if watch the video carefully you will see that Woopyjump's led lamp requires 3 Watts input for an equivalent Lumen output of an incandescent drawing 35W. It is not using 35 Watts of power, probably a lot less than 3 Watts. This info is stamped right on the bulb.

Big gong on that one

ION/Vortex1

Leakage Inductance is referred to as Loose Coupling and its been in my PDF in all versions.

See:

Leakage inductance derives from the electrical property of an imperfectly-coupled transformer whereby each winding behaves as a self-inductance constant in series with the winding's respective ohmic resistance constant, these four winding constants also interacting with the transformer's mutual inductance constant. The winding self-inductance constant and associated leakage inductance is due to leakage flux not linking with all turns of each imperfectly-coupled winding.

"imperfectly-coupled winding" = Loose Coupling.

[MarkE]

From EMJunkie

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Quote
Thinking I must have missed it I searched your entire document for the word "leakage" and found nothing.

Put a revision number on the document, I'm sure I'll find it in the next revision.

Quiz question with prize:  Can anyone guess why the spikes do not cause  large ringing in the negative direction (below zero volts line) in my sims?

It is because you have not incorporated parasitic capacitances in your winding models.

BTW, if watch the video carefully you will see that Woopyjump's led lamp requires 3 Watts input for an equivalent Lumen output of an incandescent drawing 35W. It is not using 35 Watts of power, probably a lot less than 3 Watts. This info is stamped right on the bulb.

You can also light big strings of Neons with a few milliwatts or even microwatts of power.

Big gong on that one

Well, the Woopyjump representations are synchro1's.  EMJ has plenty of his own guff.