Coil Setup posible COP over 1 ?

[Powers]

Hi folks my next setup is on picture

setup is :
C1: 330uF 200V
C2: 330uF 200V
C3: 480uF 200V

Coil is from bedini coil i use only power wire ,, triger is fully unpluged
coil hat 850 turns awg 26 ..
you can use transformer secondary or primary winding ...

Start test :
C1 charging at 25V from 2x12 bateries
C2 hat 0 volts
C2 hat 0 volts

Switch on short time
end test
C1 hat 12V
C2 hat 11V
C3 hat 6V

C1+C2+C3
start 25+0+0=25V at 330uf
end 12+11+6=29V

"i think"
when switch ON C1 charging C2 creating magnetic field on coil
when C2 is charged magnetic field colabsing that create spike and charge
C3
+ energy is .. captured radiant energy ?

im inspired on this circuit
free energy demostration, free energy experiment - YouTube

pls im newbie maybee is fully mistake ..hmm
mee english is so bad sorry ..

[Farmhand]

Hi Powers, interesting experiment. I use a program called
Electronics Assistant. link below, with it the charge in a capacitor can be
determined. (If installing uncheck all options for new toolbars and stuff) if you
don't want them.

Download Electronics Assistant 4.2 Free - An aplication that performs electronics-related calculations - Softpedia

It tells me you start with 25v in a 330 uf cap C1 = 103.125 millijoules.
Then after you end up with
12v in C1 = 23.760 millijoules.
11v in C2 = 19.965 millijoules.
6v in C3 = 8.640 millijoules.
total = 52.365 millijoules.

millioules left = 52.365 / 103.125 millijoules started with
C.O.P= 50.778 %

Strange how it works out but as the voltage in a cap gets higher there is a
non linear amount of charge stored kind of thing. 6v in a cap is not
necessarily half the amount of charge as 12 volts in the same cap.

Cheers

[Armagdn03]

Hi Powers, interesting experiment. I use a program called
Electronics Assistant. link below, with it the charge in a capacitor can be
determined. (If installing uncheck all options for new toolbars and stuff) if you
don't want them.

Download Electronics Assistant 4.2 Free - An aplication that performs electronics-related calculations - Softpedia

It tells me you start with 25v in a 330 uf cap C1 = 103.125 millijoules.
Then after you end up with
12v in C1 = 23.760 millijoules.
11v in C2 = 19.965 millijoules.
6v in C4 = 8.640 millijoules.
total = 52.365 millijoules.

millioules left = 52.365 / 103.125 millijoules started with
C.O.P= 50.778 %

Strange how it works out but as the voltage in a cap gets higher there is a
non linear amount of charge stored kind of thing. 6v in a cap is not
necessarily half the amount of charge as 12 volts in the same cap.

Cheers

Farmhand is quite right, E = .5c*v^2 or energy equals one half capacitance times voltage squared.

[Joit]

Funny anyway how it looks in a Simulator.
Circuit
Click on both switch at top to charge the Cap, then open both to isolate the power source from the rest from the circuit. Then click the Switch below.
Values can be changed by rightclicking the corresponding Symbol.

Another Circuit what shows the inductive Effect.
Inductor
Inductors in Parallel
(Click the Switches )

[boguslaw]

Indeed you are on good track

[quantumuppercut]

You've lost some energy in the process, but gain charges. There is a way to turn those charges into higher energy. I believe it's call resonance. I made a circuit with falstad to show how you can add these energy. Hope the link works.

Circuit Simulator Applet

Yay, it works. Thanks Joit, this is a gift from God.

Adjust the speed to slow it down or speed it up. Close the right switch at the right time to make the oscillation larger. This certain right time is crucial and determine how much energy you get for your charges.

[Powers]

Thanks folks im get back to ground school ..

[Joit]

You've lost some energy in the process, but gain charges. There is a way to turn those charges into higher energy. I believe it's call resonance. I made a circuit with falstad to show how you can add these energy. Hope the link works.

Circuit Simulator Applet

Yay, it works. Thanks Joit, this is a gift from God.

Adjust the speed to slow it down or speed it up. Close the right switch at the right time to make the oscillation larger. This certain right time is crucial and determine how much energy you get for your charges.

A Gift from god and Paul Falstad . I wish more Simulators would been made like this one, and probatly use the same basics, because it seems like its not bloated with useless codes.
I only have a very hard time to get it running with Linux. Either i may can try it to run it with reqong and allow Clipboard access at the Options or modify the java.policy file.
Else its may handy, when we post the code here to, because copy/past, or a link gets not really converted (need to remove all + signs at the Link).
Your Link did work for me, kinda impressive anyway, and the simulations from this Applets all did work for me so far, it was more like, that my osc gave me wrong readings.