@PaulLowran

The bifilar ferrite coil is the key to achieve "free energy". There are others ways to obtain pure voltage from the battery, but the other techniques are difficult to replicate (Al-Fe Wire, The Current Inhibitor circuit, etc...). So the best and easiest way is to use the bifilar coils to increase the time current needs to saturate the circuit. Using some high-inductive coils in series and a fast switch, we can extract pure voltage from the battery and charge a capacitor bank.

The maths here are not very important. Because if the efficiency is only 100%, there is still free energy because we're drawing pure voltage from the battery. If we don't draw current, we will have an infinite battery. The second point is the negentropy effect that NRG shown about the energy amplification. So, this device can be Free Energy (we're only drawing pure voltage without current), and Overunity (the output is higher than the input). The Relaxation Time theory can be found in some advanced books of conventional physics and engineering.

The best way to see if this works is to build the device, maybe using math is a little complex to determine if the device will work or not. The only option is to build the device.

@All

We can try to replicate the experiment using other kind of capacitors. Maybe we won't get the "extra energy" as NRG shown (with electrolytic caps), but we will get pure voltage in the caps. In the link of the videos I posted in this thread I think the guy charged a cap (I don't know what kind of cap) with pure voltage.
The key is to discharge pure voltage in the caps before current starts to flow in the circuit. If we don't draw current from the battery, then we will have a unlimited energy source.

There is too much talk here,
we just need to replicate the experiment.

I am still busy with another programming project and had no time to try it
already.

Somebody else just grab 2 caps and a choke and a power supply and can try it ?

We just need confirmations of the experiment and some new numbers.

Many thanks in advance.

Regards, Stefan.

All,

I tried the setup with a normal coil and it did not work. I used a 40 uf 440 volt non polarized capacitor used for ac motors. The coil that was used was wound on a iron core (nail). I'm not sure how many wraps is there as I used a drill press, probably 300+. When I tried to charge the cap through the coil, it quickly charged up to the battery voltage (9v batt). I did notice a temporary inductive kick on my multimeter around 219 volts(it went away so fast I could barely catch it), but the cap did not charge to it. Instead it read the battery voltage. I did this by hand, and as earlier posts stated, I'm probably too slow to accomplish this by hand unless a huge inductor is used.

Does anyone have any idea how big of an inductance is needed? I have a huge spool of 45 awg wire that I could use to make a one. I got it from someone that was throwing it away. Apparently it has a few breaks on the outer layer. It will take me some time to find the breaks.

I'm sort of confused on this bifilar coil idea. If a coil is wound with dual wires with 4 leads coming out of the coil, whenever you combine the leads to two leads, the current is always going in the same direction around the core. The only thing you have accomplished is increasing the inductance, you have not canceled it out. I always thought a true bifilar coil was wound in opposite directions, so the current would go in opposite directions. Anyways. I could probably use some bifilar 101 if anyone has any links that can correct my thinking.

If anyone has any thoughts as to what I could have done wrong, let me know. ( i.e., Should have used electrolytic, don't use iron nails, etc...)

Staffman

@Staffman
You can find more info about the bifilar coil in the next thread:
http://www.energeticforum.com/renewable-energy/2601-capacitor-charging.html

Armakuni has used monofilar coil, and he got good results too.

Essentially a bifilar coil is pretty much a double wound coil. Instead of using one wire you use two wires of similar or slightly different thickness and wound it around a spool.
There are many techniques that will enhance the effectiveness but lets stick to the basics for now.
Imagine winding a single wire coil around an empty fishing line spool. When you are finished you are left with two wires. The end that you started with and the end that you finished with.
Now imagine winding two wires at the same time around another spool. At the end you are left with 4 wires, two wires you started with and two that you ended with.
There are some nice videos on YouTube that show you exactly how to wind bifilar coils. Actually thats how I started out.

Now in NRG's circuit diagram he shows a bifilar coil but with only two wires which is actually 4 wire ends joined into 2 groups making two wires.
I hope that makes sense.

For now consider winding the bifilar coil first. My first coil I still use. Its approximately 300-350 turns around an emtpy fishing line spool. I used 23 and 26 gage wire to wind it.

Some interesting stuff on the Tesla's Bifilar Coil
http://merlib.org/node/5516

I think there's going to be a lot of people out of monthly posting paychecks by end of 2009. By 2010 there will be no need for this website. 

PL

Hi  PaulLowrance

that's a big clam
NO one here has OU   Do you ? I do not see it

where is your device

cat

@ Staffman

All the people that has succesfull replicated the experiment have used an electrolytic cap.
I think you must use an electrolytic one. But if you have another kind of cap, try and say us what happens, maybe you won't get the effect with other kind of cap. But I don't know...