It seems as though a transformer is just two inductors working with each other as previously mentioned. A resonant charging choke circuit is a precisely tuned device which requires known values of capacitance and inductance to work. What what we are doing here is building a resonant charging choke and feeding it with a tuned power source which is run at the same frequency as to be always additive to the power pulses, and never take away from it, much like a kid who always knows when to do the kick stroke on a scooter. When the charging choke is tuned to itself and the power source is tuned to the charging choke, you get boosts in voltage over the plates because of the effects of the inductor. Since the capacitor relies on a known dielectric to maintain a set capacitance, than any changes in water type or level will require retuning of the resonant charging choke, and retuning of the incoming voltage. How am I doing?
Now...
This use of off-the-shelf toroidal transformer to in-effect make the inductor end of the resonant charging choke (we'll call it an RCC from now on), and then design a cell all willy-nilly, and then expect the two to talk to each other seems a bit far fetched. This seems like something that will require a bit of calculating to choose the correct inductance for a given cell stack. Even when a the correct components are chosen, there will be too much variation in the capacitor for a set inductance value, so a way of varying the inductance as the capacitor properties change would be necessary. Only after all of these variables are tied down would the frequency of the input waves be considered.
With the selection of any old transformer and any old cell design, there would be a snowballs chance in hell of ever reaching resonance within the system. I propose that the effects that Bob has stumbled upon over the years infact have less to do with the resonant frequency of water or hydrogen, and more to do with the tuning of an RCC.
This may be way off, but from what I've surmised from Bob's clues, and from what I've learned as the operational purpose of the known components in the system, these building blocks seem to make the most sense.
Any thoughts from OUPower land??? Should I expect men in back to show up at the door any minute?
Spence
