This 1 way of many to control the cell, from receiving - electrons it is a way to tune the event.
The WFC is a Complex device
ON one hand we have electrons becoming available as oxygen splits from the water from the water
we want to extract those electrons and put them to work and prevent water from reforming from the gases that have been released so those gases stay in suspension in the water as nano bubble water fuel and un stable unable to reform to water thus creating GTNT , this means that the water should stay + bias. Or the effect will degrade faster back to balanced neutral. As nature is trying to do that from air – charges and ground negative charges.
so we have several ways to pull out the - charged electrons in the water on the now freed o2 gas. thus destabilizing it to create gtnt condition.
But how do we slow or shunt or control or prevent too much ground back of - charged electrons via earth? Short of disconnect it , from - charges in the air from touching the water surface , and stop things ground electrons back to water and cell from gnd.
this is when it starts to make sense, we can control the negative inductance with a cap shunt and a variac. this is used in Radio and by tesla And I would bet money that Stephen knew this
it is 1 way to do it there are several ways. doing this way as shown means that the choke coils can be same lengthen and in resonance from start
so it simplifies it , meaning it can be a pancake coil. or on a core like stan shows, this means that if the cell are in series pairs the inner and outter are wire opposite as series between the 2 set this thus balances the inner outer resistance between the single cells as they are no same or balance as a pair now,
thus they can resonate to the resonating coils. VAletin Petkov shows that stan needs 10 cells in series to hit right resistance load to resonant them based ont he vic we have replicated. .
There are possible advances in there to do also like change the primary and secondary to zvs with auto resonant circuit and that will resonate to the chokes also if they are balanced . So there should be a degree of control of the inflow of ground it can be one way control or rate controlled the ground bck to cel of electron which we do not want. . This is the suggestion, Several other technology from Tesla use such control for tuning HV and transformer performance. We may find when the shunt cap equal water cell things may take off to the moon.
Goal of this post is to control the ground of cell and limit the negative electrons going back to water.
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This part you mention is some thing I have not studied on this topic but it now makes me think wow if that is true. You stated
Interesting so the duty cycle on throttle and digital means boards is used by analog board to set voltage level. It also goes to gate board to sync both signals and you use the gate board to set duty cycle of gate to 90 percent using the pot on the gate board.
If I remember correctly the gate board uses the OR logic to set length of duty cycle. I will double check this however this means you would need to not let the duty cycle of pulse from the throttle board exceed 90 percent. This could explain why the digital means and throttle board interface is wired the way it is.
Note: I did some tests on the gate board and frequency of gate only changes very slightly with frequency of input and this was over large changes of frequency i.e. 50 to 5K.