According to my research conducted on inductance any change in the area of the inductor changes the current flow when using DC but when the brush motion ceases so does the current reduction. when in motion the constant changing of the circuit (with current being a steady flow) will add or subtract winding's that magnetically link to the circuit that opposes the change in current flow. this self inductance is the ratio of magnetic field to current and when you change this ratio (increasing or deceasing the Magnetic field) you change the current flow it self .

Quote from Wikipedia;
"Any alteration to a circuit which increases the flux (total magnetic field) through the circuit produced by a given current increases the inductance, because inductance is also equal to the ratio of magnetic flux to current"

this is Directly from Faraday's mouth himself in his LAWS of Induction stating any change in the circuit causes induction to occur that opposes the change in the first place. the larger the magnetic field the larger the ratio of magnetic field to current thus any change in the circuit it self will in fact change this ratio.

the graph below is the very thing that is stated above according to Faraday himself that (ANY) change in a circuit will change the inductance. just like a standard adjustable inductor part G operates on these very same principals except part G has a constant moving brush contact.
why is it so hard for people to realize part G is the very thing Faraday's laws discus and is quoted in Wikipedia which is not made up by me. when the brush rotates it adds or subtracts winding to each side of the circuit which is changing the magnetic field to current ratio which is the opposition to the original current flow (Self Induction). the larger the magnetic field the more opposition to current flow and the less the magnetic field the less opposition to current flow and that is plain and simple. the Cemf produced is self induction which is the magnetic linking to the circuit producing a reverse potential that opposes the original current flow.

part G is a prime example of Faraday's LAWS OF INDUCTION but because this very facts have not been taught in our lousy Government Controlled School systems so people are having a hard time realizing these facts. people are taught that an Inductor is solely a passive device when in fact it can and does operate just fine in an active position using self inductance to control current flow which is in absolute compliance with Faraday's LAWS OF INDUCTION and thus further investigated by Heinrich Friedrich Emil Lenz and known as the Lenz law.
Quote; "Lenz's law states that the current induced in a circuit due to a change or a motion in a magnetic field is so directed as to oppose the change in flux and to exert a mechanical force opposing the motion."

then on top of these very facts stated above the inductor stores and releases it's magnetic field at the right time to be combined with the reducing primaries magnetic fields to off set the voltage drop of the rising side of the system. the release of potential into the system from (ANY) magnetic field is in fact the laws of Induction set fourth by Faraday himself and can not be denied or disputed by NOT ONE SINGLE PERSON.


Marathonman

Years ago, Computer was as big as  standard room size. But now you have them on your palms and in your pockets.
The early inventors werew not the ones who largely brings about the reduction in size applying *High Frequency*!

Part G as I always say can be replaced with Motionless version or Solid state Part G.
Remember the Original Tesla Switch is made with mechanical Switch but now successful replications have Semiconductors replacing the wear and tear prone commutator.

So one one needs to stick to 50% when 1000% efficiency can now be easily achieved.

If you even wanna make the Figuera Gen more Powerful, use a C-Core Ferrite Core which like me anyone can make at home using Iron Powder and Resin and Hardner or Catalyst. You simply make a mould with Cardboard and or 5mm thick Particle board. It is easy to make.

To get more high power, simply use 1:4 winding. That is if your Serially connected Bucking Primary is 10g in weight then, you Secondary should weigh 40g. That way, like me, you will achieve auto-resonance without padding of the coils with Capacitor.

Your secondary wire thickness must be high enough to withstand the stepdown "CURRANT" but it must pave way for auto resonance by applying 1:4 wire weight.

BE DYNAMIC BECAUSE NO MORTAL MAN IS PERFECT.

CEMF which is Counter-electromotive force is the current produced that opposes the original current flow by magnetically linking to the loop next to it (This can also be defined as magnetic flux linkage). it is known as the Lenz Law.

  Inductors are devices that can store their energy in the form of a magnetic field and then release their potential increasing the voltage in the circuit. Inductors are made from individual loops of wire combined to produce a coil and if the number of loops within the coil are increased, then for the same amount of current flowing through the coil, the magnetic flux will also increase.

So by increasing the number of loops or turns within a coil, increases the coils inductance which increases the CEMF product to counter act the original current flow.  so when you rotate a positive brush contact you are adding or subtracting loops within the coil on part G that magnetically link to the circuit which changes the CEMF which is the magnetic field to current ratio which is the opposition to the original current flow.

therefore as the brush rotates the current through the twin opposing primary electromagnets will in Physics fact change in an orderly fashion one increasing while the other decreases causing the sweeping action across the secondary that induces motion in to the secondary.
This is exactly why Figuera used an Inductor taking it from a static device to an active device as the vital piece of his device to control the current flow through his primary electromagnets with the added bonus of storing and releasing the potential at the exact time needed. i would like to see just how you can achieve all that without the use of part G or by the use of heat death resistors in the system......     yeah right !.

Part G in the patent is in fact an INDUCTOR and can no way in hell be a resistor network.

Marathonman

Here lies the major problem.
Basics of self induction.  When there is a time varying change in current, you induce voltage.  The higher the rate of changing current the higher the value of CEMF.
what people don't understand is that if the circuit changes it is in complete compliance with Faraday's Laws of Induction. when i say the circuit changes i mean as the brush rotates so does the circuit change in size on each side of the brush being separated by two north opposing magnetic fields. any movement of the circuit (with currant being steady)  produces CEMF in the circuit and this is not fiction it is Faraday's Law's of induction which is Physics fact.
when you change a circuit adding loops to the system you change the magnetic field to current ratio which is the CEMF that opposes the original current flow. what this means is the more loops you add to the system (current being steady) the more the magnetic field opposes the original current flow so by rotating the brush in the Figuera system you are changing the opposition to current flow on a steady basis.
all while in complete compliance with Faraday's Law's of induction.
IMAGINE THAT ! proving trolls wrong with PHYSICS FACTS.

Marathonman

These very facts are totally impossible to attain with a resistor network and or electronics. if you so choose this path all i can say is be prepared to open the wallet very wide.
do the tests yourself and find out that what i have been saying for many years that self inductance can and will control current flow when the loops change on a continuous basis as the brush rotates on part G the elusive and misunderstood Inductor.

Marathonman