FIGUERA'S AETHER MAGNETIC FIELDS LINEAR PUMP, REVIVED

[Ufopolitics]

Hello All, hello dear friend @kampen ,

A Resonant Magnetic System requires a specific resonant frequency -with a very close window- to properly operate...
We do not have that -specific resonance frequency- requirement on our system.
Our system just requires Operating Frequency Levels, - on a much wider window- that is not "specifically" one exact frequency number, but a Range of frequencies within the operating levels.

Therefore, the only requirement our system needs, is the Inducing or Exciting Field maintaining the operating frequency levels when a load is added.

And, of course there would be a decay on Field frequency whenever a heavy load is added* . However, this Inducing Field will not require more power, but a rise to operating frequency levels...which is not a 'specific frequency' but just an increase whenever this frequency drops below operating levels.

Our system behaves exactly as a Rotary Generator Head:
That whenever you add a heavy load, all it requires is a rise on rotational speed.
But no generator head -in the entire world- requires any additional external power to satisfy load demand.
The Generator head just requires to rise back to operational RPM's or operational Frequency.

*To understand these properties better, we need to realize that whenever we add a heavier load, the Opposite Field generated by this load on our secondaries will produce a Large Magnetic FRICTION (based on Attraction) which will make our Inducing or exciting Field Frequency to SLOW DOWN below operational speed.

It's like I cited before on the Forum...about the relationship between Inducing-Induced Fields, simplifies on a SUPPLY-DEMAND Network at all times, in order to keep generating energy...

Hope this clear all your questions or doubts.

Regards

Ufopolitics

[Ufopolitics]

Hello All, hello dear friend @kampen ,
[...]
Our system behaves exactly as a Rotary Generator Head:
That whenever you add a heavy load, all it requires is a rise on rotational speed.
But no generator head -in the entire world- requires any additional external power to satisfy load demand.
The Generator head just requires to rise back to operational RPM's or operational Frequency.
Regards
Ufopolitics

I needed to ADD here, some important properties about a Generator Head operation:

ALL Generator Head have its own Internal Self Feeding Circuit System back to the Inducing Field.

On the Stator side, there are specific located Coils (normally 180 degrees apart on a Single Phase, Two Pole Exciting Field) which are NOT wired to Output, but to feedback the Inducing Field, with its own Induction.
This Retro-Feeding System to the Induced Field, also Increases the Input to the Inducing Field or Exciter by speed/frequency increase.

Concluding that ALL Operations (Input-Output) stays INTERNALLY Developing during operation of generator.

Without the need to require External Input.

On a Brushed Generator Head, this feedback to Inducing Field takes place through the Brushes-Slip Ring Connections, from Stator Coils back to Rotor Exciting Coils.

While on a Brushless Generator Head it takes place by an Inducing Tank Circuit between Feedback Stator Coils and the Running Cap.
This Tank Circuit keeps an Inducing Magnetic Field On, which feedsback the Rotor Inducing Coils.

Again, all the Rotary Generator Head requires (whether Brushed or Brushless) is a Rise on RPM's (Frequency) to Increase its Total Output Power.

Regards

Ufopolitics

[Ufopolitics]

Hello all,

Wow, looks like Alex is reading my mind. I was going through my past experiences in induction coil operations, and he is mentioning the same effects as I was going to relearn how it exactly works.

On old cars induction coil current being turned on and off with a contact that opens and closes mechanically creating magnetic field collapse in induction coil which produces high voltage spikes then it's being distributed to spark plugs. I'm sure that high voltage discharge also creates flyback current to primary coil which is directly connected to a capacitor near the on/off contact which I'm assuming collects these charges then uses it back to feed the primary coil somehow.

On modern cars same process is happening to run an engine only on/off switching is being done electronically and I don't have a deep knowledge how it exactly works. One more note: old cars Induction coils work with 12 volts and produces 14-17 kv and modern cars work with 5-7 volts producing 40-45 kv. 

I'm sure Mr. Ufo has clearer answer to this very interesting question.

Regards!

Hello dear Art. Z,

Great question!

First, the Ignition Coil technology is directly based on a Tesla Coil...

It consists on TWO Coils:

• A Primary Coil, which is designed with the resistance to work directly with the Input applied (Normally a coarser wire, with reduced number of turns) but it all depends on Input Power.
• A Secondary Coil with very fine wire and hundreds to thousands of Turns, these properties amplifies Voltage by the Thousands to Input Voltage. However, currents are on the 0.001 or milliamps.

By a constant power interruption to Primary, causes the Primary Magnetic Field to Collapse.
On every collapse, the Secondary generates a "rush" of very high voltages (on the Kilo-Volts) but very low currents...that also lasts milli-seconds on every Field Collapse.
However, the HV Spark that Secondary produces is galore, huge.

We can physically see these large sparks on the Corona of a Typical Tesla Coil, searching for any ground, and spreaded on the air.

Now, these sparks on the ICE, are generated exactly at the Compression Stage timming of the Piston(s) inside the Combustion Chamber, following the Firing Order per Cylinder.

However, these systems are completely different than our Linear Generator Operation we are building here.

• Ignition Coils do NOT Induce for an Output, like any Generator.
• Ignition Coils Output is just a resulting High Voltage Spark with very low currents.
• Ignition Coils rely on Field Collapsing (we NEVER DO THAT on our System)

Again and resuming here...The ONLY System we could compare our Linear Generator is with a Rotary Generator Head.

As by studying the way they work, will help us understand its principles.

Regards All

Ufopolitics

[Ufopolitics]

Hello All,

On next post I will be displaying a Proposal to add Two more Coils at each end of the Five Coils System that @kampen is developing...
To work as a Feedback System Output to the Sequential Coils Input...

Regards 

Ufopolitics 

[Ufopolitics]

Hello All,

Hello dear friend @kampen ,

Since I have been expanding about the way Generator Heads operate, related to their Feedback Output Systems to their Exciting Field...

I have designed for you a way to ADD Two Coils, at Each Ends of your linear Five Coils System:

So, these Two Coils located at each ends, I calculated we will need a bit over our required Input to Sequential Coils Power.

First, our agreed Input Power to each Sequential Group based on Three Coils would be approximately 12V/0.5A based on each coil having 8.0 Ohms, and a Group Resistance Total of 24.0 Ohms per each 3 Coils.

Then, I figure we will need a bit more power to be able to retro-feed this Power Input, basically because this Two Coils output would be AC currents.
Then, you will need to convert it to DC to feed back into your Power Source feeding Sequential Groups, and definitively you will have losses on this conversion.

Therefore, I calculated you will need around: 14V/1.0A Total, on the Feedback Output Circuit.

• And based on Ohm Law (R=V/I) (R=14/1) = 14 ohms Total Resistance.
• Then, as these Two Coils would be connected in Series (as shown on Diagram), they will add up their resistance.
• So, 14 Ohms/2 Coils = 7 Ohms each End Feedback Coil.

Finally, on the Input Sequential Coils Group you used 28 gauge to reach the 8.0 Ohms each Coil.

Then, on these Two Feedback Coils I would recommend a bit coarser gauge, like 26, 24  to even 23 gauge. (You should have -laying around- some 23 gauge wire left from the Bigger Setup of 15 Sequential Coils.)
Since you will have more HEIGHT room because these Two Coils would be starting directly from your Steel Linear Laminated Core.
NOT like your Five Sequential Coils which Start above the Main Center Secondary Coil.

I consider adding these Two Feedback End Coils to your Five Sequential Coils Test Up System, will be very interesting because it will demonstrate three crucial points to be proven on our Linear Systems, even at a smaller scale:

• It will demonstrate that we get a consistent Generated Output from these Two Coils.
• That such Feedback Output Power will increase by just rising frequency on the Sequential Coils drive.
• And finally, if this generated power could make the System to become a 'Self Running' or Self Feeding System.

It would be very interesting to observe these results...

Regards dear friend

Regards to All

Ufopolitics