Real OU-Effect to Share with everyone!!!

[capthook]

Please learn basic 101 electronics before throwing rocks.

Well PAUL
I've presented my opinion with data, calculations and have done hands-on testing along this subject as well.
Presenting information contrary to your opinion isn't throwing rocks.
But your comment directed at me sure was......

Maybe you should try pulsing a capacitor as presented and see how close you get to .01 volts consumption..............
(hint: not within a country mile)

[PaulLowrance]

Well PAUL
I've presented my opinion with data, calculations and have done hands-on testing along this subject as well.
Presenting information contrary to your opinion isn't throwing rocks.
But your comment directed at me sure was......

The data you presented was "4 ohms."  You didn't even mention the coils inductance, which is the heart of this. Sorry, but anyone who knows basic 101 electronics would see your error. If you've done hands on tests with similar types of coils and claim that the tapping a lead on a plate will discharge a 7500uF cap then sorry, but that clearly shows you're in error. I have a similar core except with a fraction of the windings and even it has enough inductance to not do what you claim.

In that video, nearly all of the energy goes into the magnetic field in his coil-- inductance.

PL

[PaulLowrance]

BTW, my iron core coil rod has less than 100 turns, far less than that guys, and my coil has 3mH. Tapping the metal plate can be less than 1ms. The air ionization can typically last 0.5ms. Please do the basic 101 electronics math -->

V = - L * di / dt

and

di = - V * dt / L


and

Energy = 0.5 * L * I^2

Energy = 0.5 * C * V^2


That should be enough basic 101 electronics to get the answer. You may discover that the 7500uF cap does not immediately discharge because of inductance. If his coil is 100mH, perhaps higher, then try that out and see what you get.

PL

[EMdevices]

wow, much excitement about nothing.

you guys want an even simpler  experiment of "energy from the <fill in the blank>"  ?

Here's it is:   

Just charge up an electrolitic capacitor and monitor the voltage as you short it out quickly,  what happens to the voltage?   Why the voltage keeps going up,  wow  !!!   ....  amazing   ....   free energy !!!!!

When you understand the nature of electrolitics you will begin to understand what this guy is doing.  Electrolitic caps are not the standard caps  and for the short impulses you give it  the equation  E = 0.5  C  V^2   does not hold,  the battery like nature of the cap playes a big part in this short impulse intervals, that's why it's called an electrolitic capacitor.

Stefan, you've been around for a while,  we've seen this before in one form or another.

EM

[PaulLowrance]

Electrolitic caps are not the standard caps  and for the short impulses you give it  the equation  E = 0.5  C  V^2   does not hold

It does hold, but you have to understand the capacitance of an electrolytic is not static, it's dynamic.

the battery like nature of the cap playes a big part in this short impulse intervals, that's why it's called an electrolitic capacitor.

The "battery nature" of the electrolytic capacitor can be on the order of picowatts. That's not what this guy is seeing, period.


Thankfully 2009 *will* be the year of global "free energy."

PL