URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[hartiberlin]

Hmm,
why are you all making these ignition circuits so complicated ?
Please have a look at my
modified capacitor70 circuit and please tell me,
what you think.

http://www.overunity.com/index.php/topic,5112.msg113486.html#msg113486

Many thanks.

Regards, Stefan.

[gotoluc]

Hi everyone,

For over 8 days now (in my little free time) I have been playing with the circuit that user name: allcanadian has posted as suggestion to a more efficient way to charge the capacitor of the circuit instead of using an Inverter.

And here are my best result at this time. Please note at one point I say 120 volt input and what I mean is 120 volt is now inputting to the bulb which I should of said was the output of the circuit.

Youtube video: http://www.youtube.com/watch?v=r0etbntkxbs

I will update with a Scope shot later!  I have to go to work now, so check back in a day for that.

Luc

[allcanadian]

@gotoluc
Excellent job, you know in all of the posts in the "tesla project" thread not one person posted so much as a picture of this circuit, let alone a well documented video. I think your dedication should be rewarded so I will explain more of the capabilities of this circuit. Consider the circuit you have built to the hand drawn one I posted a while back in this thread, Tesla Patent 568177. In the capacitor charging circuit there are diodes to prevent the potential on the capacitor from "discharging" back to the source. In this case the inductance is charged and the inductive discharge will charge the capacitor, the potential is raised and the current flow direction remains the same in both cases. The charged capacitor can then be utilized in many interesting ways, most of these ways concern the capacitor discharging back into itself through a circuit. Now consider what might happen if the diodes were removed and a load(lightbulb) placed in series with the capacitor, here we would have a series circuit consisting of 1)positive terminal of 12v battery 2)capacitor 3)lightbulb 4)inductor 5)negative terminal of 12v battery and a switch(transistor). This series circuit utilizes the "battery" a storage medium like a capacitor and the whole circuit including the battery will oscillate at a given frequency determined by L(inductor) and C(capacitor and battery). Remember power is a function of amps x volts(watts) passing a given point in a given time, but what if these "watts" passed this point more than once at the natural resonance of the circuit?

[gotoluc]

@gotoluc
Excellent job, you know in all of the posts in the "tesla project" thread not one person posted so much as a picture of this circuit, let alone a well documented video. I think your dedication should be rewarded so I will explain more of the capabilities of this circuit. Consider the circuit you have built to the hand drawn one I posted a while back in this thread, Tesla Patent 568177. In the capacitor charging circuit there are diodes to prevent the potential on the capacitor from "discharging" back to the source. In this case the inductance is charged and the inductive discharge will charge the capacitor, the potential is raised and the current flow direction remains the same in both cases. The charged capacitor can then be utilized in many interesting ways, most of these ways concern the capacitor discharging back into itself through a circuit. Now consider what might happen if the diodes were removed and a load(lightbulb) placed in series with the capacitor, here we would have a series circuit consisting of 1)positive terminal of 12v battery 2)capacitor 3)lightbulb 4)inductor 5)negative terminal of 12v battery and a switch(transistor). This series circuit utilizes the "battery" a storage medium like a capacitor and the whole circuit including the battery will oscillate at a given frequency determined by L(inductor) and C(capacitor and battery). Remember power is a function of amps x volts(watts) passing a given point in a given time, but what if these "watts" passed this point more than once at the natural resonance of the circuit?

Thanks allcanadian for looking at the video demo.

I would love to learn how to find the natural resonance of circuits. But if you teach me please keep in mind that I have no EE background.

@ everyone, I am heading down to Toronto tomorrow (Friday) till  Monday morning, so I will have limited access to the internet.

Have a good weekend.

Luc

[hoptoad]

I would love to learn how to find the natural resonance of circuits.

Heres a simple start :     http://www.intuitor.com/resonance/index.php      ...  KneeDeep