Is this the first selfrunning overunity motor w/o batteries ? Mike?s motor

[acidbreaker]

Yes, dingbat 
That is the right way 

[dfink12]

Here are two diagrams (I am removing the diagrams effective 3/10 at John Bedini's request) courtesy of John Bedini and Tom Bearden from their new book, "Free Energy Generation." I am currently attempting to duplicate this so I will likely need some help. I won't hesitate to contact John since he seems willing to help those who purchase the book. I'll likely need some additional help so hopefully we can help each other. I am a chemist/biologist so although I had an EE course in my Eng. Sci. undergrad degree, I haven't had any graduate work in the area but I read Bearden's Energy from the Vacuum two years ago and was very impressed, and the area seems now to have larger acceptance.

[z_p_e]

Guys,

What I did was add a single Diode D7. With D2 now, this constitutes a half-wave rectifier, only it is backwards to what would normaly be done. Perhaps Mike was testing with rectification on both L2 and L3, and this is what he came up with.

I'm not saying there is a hidden diode D7 in his circuit, just that this seems to give similar results for the D2 scope shot.

The 10 Ohm resistors were added to "reduce the gain' of Q2, and Q3. I've gone with TIP33 and TIP34 as these are closer to what Mike used.

Darren

[gezgin]

Hi z_p_e,
which elec.simulation software ,circuitmaker,multisim..?

[hydrocontrol]

Dingbat wrote :

So far it doesn't look like anyone is producing the type of waveform that Naudin predicts with this kind of setup.

I believe Naudin used a nicely wound bifilar air coil and everyone trying to reproduce Mikes setup is just clumping the wire together in a jumbled mess. This will make a very BIG difference. Bifilar in Naudin's case is winding the coil from one direction to the other and then running the single wire back to the first winding position and starting again. I am wondering if this method was what Mike was refering to as bifilar instead of twisting the wire together which is what everyone seems to think. 

Later,
Tom