When I said this:
Stan was for sure applying maybe 2 or even 40kv using 1 ma/h but after 1 second working at for saying on my design 500khz you have 500000*60sec*60min= 1800000000 pulses in one hour right ok if you have 1mA / 1800000000 you have 5E-13 amps per pulse ok so if you apply 500khz for an infinite Q circuit you would have 5E-13 amps * 500khz^500000. Now you know how to calculate a duty cycle for controlling this. If you have about 5000 Q you have 5E-13*500000^5000 band width would be 100 Hz +-
I calculated the amount of amps per pulses for than calculating the recirculating current in one second or whatever you want.
For better understanding in one hour working with 500khz you have 1.800.000.000 pulses than I divided the 1 mili ampere hour consumption that meyer used than you have the amount of amps for every pulse this way you can calculate in one second what is the recirculating current inside the circuit. so if you have two inductors of 10uH with 6miliohm resistance and a 10nF capacitor you have a Q greater than 5000 a bandwidth of+- 100hz.
So recirculating current in one second is = +- amps per pulse * frequency of operation elevated to the Q value.
Because every pulse you ad you have the previous pulse already recirculating and adding. Is based on relativity theory. But for telling you the true this calculation is a prediction i'm realy not sure of the formula but i think is kind of this check i you want. The greater the frequency the greater the number of recirculation cycles so the bigger the amount of water transformed.
Stanley said if you need higher rates of h2 production you need bigger plates and far from each other because capacitance reduce its value when distance of the plates are greater this way you have higher frequency operation.
I remember you, you need to have a path for current recirculate 360°. So you need 2 inductors two diodes and 2 or 3 capacitors
Oh you know why it is a series circuit and not a parallel circuit ????
Because of the diode
If you put a coil in parallel with the wfc like stanley described once just to confuse you tron with a diode in there between you don't have a parallel circuit because it is half wave rectification but if you ad another capacitor and inductor and diode you have a full wave resonance in series i mean the current need a place to go when it become negative you just need to create the path for it to go and it will really resonate. Resonance on simulation don't seem to be very difficult to maintain if you have a high Q too. Even if you apply a frequency different from resonant frequency thats why i find it so dangerous. My inventor friend once exploded a laboratory doing the first test. So Please don't think you are going to have that tiny bubbles you see on normal electrolysis. be Careful.
Tron i have a question to you do you have ever read meyer words saying it was parallel resonance? I'm quite sure to have read all of his papers and 1000's times and didn't find anything about it. I know you may have read about parallel resonance that tell you need high inductor resistance and you have no amperage and just high voltage. I'm sure meyer made this to confuse people and because of that you are making your statements.
Again i remember you Vic was there only as a way to drive this resonant circuit I'm referring to, with dc pulses.
I repeat to you guys if you want believe do so if you don't want you don't need to, i'm sure you have read so many times ravi, dave, or anyone who lied saying many bull**** about this technology trying to fool you or even sell you units that just don't work because of their ignorance and need for money. Is hard to believe that now one comes and tell you the true right? anyway i did it because i'm convinced that this way i protected myself.
I'm waiting for some pieces to finish my unit and do my real test, until that, i cant tell you anything different that what i told you until now at least on this thread and few i linked to on my posts. If you want i can send you my pll design assembled or the plans but it will not be very cheep but it is great, i took many months to figure it out and as i need money for my project i can sell and not give it away unfortunately anyway is not impossible to understand and recreate it but it takes time and I'm saying this not because I'm bad guy is just because it costed me lot of money to research about this and no one helped me when i needed. Anyway just to tell you how people are. I can say in the last 3 years I spent more than 15.000 euros until now with no live costs like house rent bills... and I don't even have a car...
hope you understand my point, If you help me i'm going to be very happy to help you.
Anyway i gave you all the rules for it to work if you read very well my posts you are going to understand and be able to do it so good luck guys and next week i come with the good news.
good luck to every one.
Stan was for sure applying maybe 2 or even 40kv using 1 ma/h but after 1 second working at for saying on my design 500khz you have 500000*60sec*60min= 1800000000 pulses in one hour right ok if you have 1mA / 1800000000 you have 5E-13 amps per pulse ok so if you apply 500khz for an infinite Q circuit you would have 5E-13 amps * 500khz^500000. Now you know how to calculate a duty cycle for controlling this. If you have about 5000 Q you have 5E-13*500000^5000 band width would be 100 Hz +-
I calculated the amount of amps per pulses for than calculating the recirculating current in one second or whatever you want.
For better understanding in one hour working with 500khz you have 1.800.000.000 pulses than I divided the 1 mili ampere hour consumption that meyer used than you have the amount of amps for every pulse this way you can calculate in one second what is the recirculating current inside the circuit. so if you have two inductors of 10uH with 6miliohm resistance and a 10nF capacitor you have a Q greater than 5000 a bandwidth of+- 100hz.
So recirculating current in one second is = +- amps per pulse * frequency of operation elevated to the Q value.
Because every pulse you ad you have the previous pulse already recirculating and adding. Is based on relativity theory. But for telling you the true this calculation is a prediction i'm realy not sure of the formula but i think is kind of this check i you want. The greater the frequency the greater the number of recirculation cycles so the bigger the amount of water transformed.
Stanley said if you need higher rates of h2 production you need bigger plates and far from each other because capacitance reduce its value when distance of the plates are greater this way you have higher frequency operation.
I remember you, you need to have a path for current recirculate 360°. So you need 2 inductors two diodes and 2 or 3 capacitors
Oh you know why it is a series circuit and not a parallel circuit ????
Because of the diode
If you put a coil in parallel with the wfc like stanley described once just to confuse you tron with a diode in there between you don't have a parallel circuit because it is half wave rectification but if you ad another capacitor and inductor and diode you have a full wave resonance in series i mean the current need a place to go when it become negative you just need to create the path for it to go and it will really resonate. Resonance on simulation don't seem to be very difficult to maintain if you have a high Q too. Even if you apply a frequency different from resonant frequency thats why i find it so dangerous. My inventor friend once exploded a laboratory doing the first test. So Please don't think you are going to have that tiny bubbles you see on normal electrolysis. be Careful.
Tron i have a question to you do you have ever read meyer words saying it was parallel resonance? I'm quite sure to have read all of his papers and 1000's times and didn't find anything about it. I know you may have read about parallel resonance that tell you need high inductor resistance and you have no amperage and just high voltage. I'm sure meyer made this to confuse people and because of that you are making your statements.
Again i remember you Vic was there only as a way to drive this resonant circuit I'm referring to, with dc pulses.
I repeat to you guys if you want believe do so if you don't want you don't need to, i'm sure you have read so many times ravi, dave, or anyone who lied saying many bull**** about this technology trying to fool you or even sell you units that just don't work because of their ignorance and need for money. Is hard to believe that now one comes and tell you the true right? anyway i did it because i'm convinced that this way i protected myself.
I'm waiting for some pieces to finish my unit and do my real test, until that, i cant tell you anything different that what i told you until now at least on this thread and few i linked to on my posts. If you want i can send you my pll design assembled or the plans but it will not be very cheep but it is great, i took many months to figure it out and as i need money for my project i can sell and not give it away unfortunately anyway is not impossible to understand and recreate it but it takes time and I'm saying this not because I'm bad guy is just because it costed me lot of money to research about this and no one helped me when i needed. Anyway just to tell you how people are. I can say in the last 3 years I spent more than 15.000 euros until now with no live costs like house rent bills... and I don't even have a car...
![Rolling On Floor Laughing](http://www.energeticforum.com/core/images/smilies/rofl.gif)
Anyway i gave you all the rules for it to work if you read very well my posts you are going to understand and be able to do it so good luck guys and next week i come with the good news.
good luck to every one.
![Beam Me Up](http://www.energeticforum.com/core/images/smilies/beamup.gif)
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