The Master Of Magnetics "Steven Mark"

[Jdo300]

Hey Stefan,

I can't seem to upload my videos directly to the forum here. So if you can download them from me and post them here, that would be great.

In the mean time, here is some information about my second circuit:

I used a simple 1:1 toroidal transformer (encapsulated in ferrite) along with a full wave rectifier I made out of Germanium diodes and a large cap to store the output power. I noticed that when you connect one lead from the function generator onto the primary of the transformer, and connect the rectifier circuit to the ends of the secondary, that when tuned, the output voltage amplitude can be almost 4 times the amplitude of the input.

Unlike the first circuit, this one ran at a much lower frequency, from 500-600 KHz but the power output was much greater than before. With a voltage input of about 9V from the frequency generator, I was able to produce 37 volts DC from the bridge rectifier at about 11mA which equates to 0.41Watts DC. This power output was achieved with the ground of the function generator connected to the secondary coil of my transformer. I included circuit diagrams of the setup so you all can test and verify the results for yourself. I also took pictures of the actual transformer I used in the experiment if anyone wants to get the exact one I used. All the specs for it are printed on it so I took multiple images of the transformer from different angles to capture all the information written on it. I'm not sure where to get these from since I got mine from the tech guy at my college. As soon as I get a chance, I make another set of videos showing the transformer circuit charging a cap and running a small DC motor. As a note, I marked one connection of the circuit as Optional. The ground lead from the function generator does not need to be connected there but I found that the capacitor charged faster with it connected.

What do you think of having one lead of the function generator connected to each side of the transformer? Does current still flow from the function generator with it connected in this fashion or is it still considered an open circuit?

God Bless,
Jason O

[hartiberlin]

Stephan, this looks nothing like an AFEP to me. At least the diagrams are completely different than the ones on naudins site.

Well,
it is a shorted out Avramenko plug !
The upper 2 diodes is one leg
and the lower 4 LEDs are the other diodes leg
and it is shorted out at the right side, so
the LEDs just light.

Jason could just have used all LEDs for his diodes,
this would also work.
The coil or metal is used to get attract some
free electrons from the metal and air.
If you make this metal space area bigger,
then you can also get more power out.

Jason use large alufoil pieces and thus collect and catch
free electrons from the air around you.

Good luck.

Regards, Stefan.

[hartiberlin]

Hey Stefan,

I can't seem to upload my videos directly to the forum here. So if you can download them from me and post them here, that would be great.

In the mean time, here is some information about my second circuit:

I used a simple 1:1 toroidal transformer (encapsulated in ferrite) along with a full wave rectifier I made out of Germanium diodes and a large cap to store the output power. I noticed that when you connect one lead from the function generator onto the primary of the transformer, and connect the rectifier circuit to the ends of the secondary, that when tuned, the output voltage amplitude can be almost 4 times the amplitude of the input.

Unlike the first circuit, this one ran at a much lower frequency, from 500-600 KHz but the power output was much greater than before. With a voltage input of about 9V from the frequency generator, I was able to produce 37 volts DC from the bridge rectifier at about 11mA which equates to 0.41Watts DC. This power output was achieved with the ground of the function generator connected to the secondary coil of my transformer. I included circuit diagrams of the setup so you all can test and verify the results for yourself. I also took pictures of the actual transformer I used in the experiment if anyone wants to get the exact one I used. All the specs for it are printed on it so I took multiple images of the transformer from different angles to capture all the information written on it. I'm not sure where to get these from since I got mine from the tech guy at my college. As soon as I get a chance, I make another set of videos showing the transformer circuit charging a cap and running a small DC motor. As a note, I marked one connection of the circuit as Optional. The ground lead from the function generator does not need to be connected there but I found that the capacitor charged faster with it connected.

What do you think of having one lead of the function generator connected to each side of the transformer? Does current still flow from the function generator with it connected in this fashion or is it still considered an open circuit?

God Bless,
Jason O

Jason,
this way you have a capacitive coupling between
the primary and secondary coil of at least a few pico
to nanofarad.
At around 500 Khz square wave this is a low resistance ,
so the power comes almost all from your function generator.
See, how much light it will produce more,
if you connect bigger alufoils instead of the coil and
hang them high isolated into the air.

You can transfer the videos to my
FTP site at:

ftp://hartiupload:ftp@ftp.servage.net

or via an FTP Program like Smartftp.com

Server:
ftp.servage.net
user: hartiupload
password: ftp

Many thanks.

Regards, Stefan.

[hartiberlin]

Jason,
also have a look at this:
http://jnaudin.free.fr/html/fep01.htm
and this:
http://jnaudin.free.fr/html/fep02.htm

[Jdo300]

Hi Stefan,

I am uploading the videos now. As for the issue with the capacitive coupling, this can occur rather the ground is connected to the circuit or not? If so, how do I measure the power consumed by the circuit. I have a multimeter to measure the current but since the frequencies I am working with are too high > 20KHz, my meter is no good. I can monitor the input voltage with my scope though. What would you recommend?

God Bless,
Jason O