Not exactly rocket surgeon. Notice that this moron is too stupid to spell the words resonant and capacitor? Thanks for the lecture Dr. Einstein.
Since shit brains isn't much help,, i'll share a bit....
Resonance; Secondary winding TX2 charges upper choke TX4 threw Switching Diode, resonant cavity (
also similar to tesla's "oil filled condensor" since their function is exactly the same, threw tuning "resonate charging choke" TX5 intersecting "Isolated Electrical Ground" back to TX2.
Since TX4's Main Function is to act as a "Capacitor" it can be replaced with a capacitor to gain a resonate action since TX4 "Is Not" a "Resonant Charging Choke! Upon charge of TX4 during the Polarity Change of TX2 switching diode is conductive and does switch on again during the pulse off time creating another pulse that will send electrons this time a negative charge comming from the choke headed threw the diode and back to TX2 "where a positive pulse just terminated." This results in the TX4 capacitive charge being added to TX2's available charge hence, "more than doubling the voltage imput, not beyond X's 2 of what TX2 is capable of producing. Condensation will happen threw Resonate Cavity (
since the cavity is a well know condenser, and it will seek its way threw the "oscillating" - "tuned" Chokes to " re magnetize " Both TX2 and TX1 causing a Current Drop at TX1's Imput since the "Circuit" is in resonance. Where there is no such thing as "Resonate Freq of Water, But Resonance of the circuit."
TX5 Is a Resonate Charging Choke, and its freq is "Doubled", 2 X's Higher than the rated freq of TX2'S CORE. Meaning TX5 can not be located on TX2's core and function properly. TX5 must have its "OWN" core and it must be selected according to TX2. Since TX5 is a frequency doubler Between TX5 and TX2 there is an Isolated Ground, Hence Electron flow does flow from the surrounded environment! Where there is "No action" meaning where pulses is not present TX5 will send an High voltage electric field where electrons will flow threw the resonate charging choke to the negative lead of the fuel cell, This rules out the choke being located on the positive terminal because givin its isolation ground location electrons can not flow properly to the fuel cell on the positive terminal in the same manner because of the way the "Resonant charging choke" Series up with the fuel cell using the earth as a negative voltage zone where the end of the choke connected to the isolated ground is a positive voltage zone. When the switching diode sends a positive pulse threw the diode the resonate charging choke is ready!
When the resonate charging choke is operating Damaging RF waves will come from TX1, Grounding TX1 will prevent the RF Waves from doing harm, or you can shield the circuit in a box to hold the waves in like in a microwave oven. A load device can be applied between TX1 and ground to extract electrons from somewhere other than the battery being used to operate the circuit.
Resonace Of the circuit and resonance of the "Resonate Charging Choke" is "TWO" different circuits in "one package."
TX4 and TX2 will be in resonance together when a resonance of the circuit occurs. However TX5 does not HELP or PREVENT TX2 from resonating with TX4 Threw the "Condenser." There can be "Brief" moments when TX5 can send Spikes within the TX2 TX4 resonating circuit.
But as stan states in US patent
http://www.rexresearch.com/meyerhy/4936961.htm The overall circuit is
characterized as a "resonant charging choke" circuit which is an inductor in series with a
capacitor that produces a resonant circuit.
So, here when you read that you can clearly see a capacitor as TX4 OR (
, So thats a very clever sentence.
Another; The increasing voltage potential is always positive in direct relationship to negative ground potential during each pulse.
Thats where a positive potential Meets with the isolated ground, since the resonant charging choke reverses polarity when no pulse is present, there isn't any moment where a positive pulse isn't applied to the fuel cell.
The circuit is indeed 2 resonant circuits in one package. Pick that to death buzwick.
