Maybe possible idea for duplicating effect of Holcomb and others

[Ufopolitics]

An even simpler Block Diagram...

And the main point here, "The Novel Component" is the Main Exciter Circuit, which is CLOSED in a loop with 3 AC Running Caps.
This Exciter Circuit serves as a "Floating Buffer" plus an Amplifier of the Induced Field from the Trigger Circuit (including the PM Rotor), between our Low Input Circuit versus the GAIN it will reach by itself in a closed loop when Magnetic Field RPM's at Trigger reach the operational speed/frequency.

This way WE ARE NOT DIRECTLY INTERACTING with our raw Input Circuit to Induce STRAIGHT FORWARD, NAKED, the Output Circuit.

And it is just based on the way every Generator works out there...I did not "invented" absolutely anything "out of the blue"...it is just applying the basic concept of the way an Exciting Circuit works in any Generator.

And of course it could be implemented, improved, to reach top performance.

This, I believe, is what we all need to achieve OU...in excess, depending on the EFFICIENCY of our Exciter Circuit PERFORMANCE when loaded.

Because, of course, our loads now, will not FALL DIRECTLY on our Input Circuit, but on the Middle Exciter Circuit, which is absolutely NOT CONNECTED, but INDEPENDENT from our Input Power Units...Mechanically speaking...it is like a CLUTCH DRIVER, which absorbs plus cushions all the Reverse Forces and driving required speeds, keeping a "smoothly running machine".

Regards

Ufopolitics

[bistander]

Hi Ufo,
I do not see "trigger coils".

And where does exciter coil circuit get current?
bi

[Ufopolitics]

Hi Ufo,
I do not see "trigger coils".

The Trigger Coils are the smaller (two tooth only) coils on the main winding patterns graph, with the windings in green/blue/red.
And the Exciter Coils are the three (3) tooth coils right above the trigger.

But this is just the way I have it set on this particular design...(it could change) as trigger coils could go on a separate core, and then set the Exciter Coils at the following level, right next to output coils. So it would be a 3 rings level setup plus the magnetic rotor.

And where does exciter coil circuit get current?
bi

The same exact way the Exciting Coils get current in any Generator Stator, which are ONLY directly connected to the running AC cap(s) in a Brushless "State of the Art" Generator...right?

Cheers

Ufopolitics

[Ufopolitics]

ABOUT AN EASIER WAY TO BUILD IT...

I have also considered to wind Trigger and Exciter together with a Bifilar wire, having a less gauge for trigger than Exciter, and using only Two tooth for both, as I've noticed there is a slight Offset of poles width 3 tooth related to outer coils width...


They are both wound at the same directions, so, it could be done. Hence, they would not cancel each others, but add up on Induced strength from magnets plus driver signal.


Ufopolitics

[bistander]

The Trigger Coils are the smaller (two tooth only) coils on the main winding patterns graph, with the windings in green/blue/red.
And the Exciter Coils are the three (3) tooth coils right above the trigger.

But this is just the way I have it set on this particular design...(it could change) as trigger coils could go on a separate core, and then set the Exciter Coils at the following level, right next to output coils. So it would be a 3 rings level setup plus the magnetic rotor.

The same exact way the Exciting Coils get current in any Generator Stator, which are ONLY directly connected to the running AC cap(s) in a Brushless "State of the Art" Generator...right?

Cheers

Ufopolitics

I didn't realize that you had both coil sets on the same member. Thanks

But I am not familiar with AC capacitor usage on synchronous generators. This diagram is what I thought was conventional brushless synchronous generator technology:
From: https://www.mdpi.com/1996-1073/13/11/2696
Perhaps you could post a circuit or block diagram and reference source for the AC caps of which speak.
Thanks,
bi