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

[dingbat]

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.

Interesting.  There was some discussion of the transistors possibly having "snubber" diodes in them.  I wonder if a diode around one or more of the transistors would cause anything similar?

If you notice, there really is not a complete conduction path for L2 to discharge to the capacitor (because of the transistor).  This caused some of the speculation about the snubber diodes in the transistors.

Maybe there is a creatively placed diode in Mike's circuit, or maybe a diode in the transistor will produce the same effect.  (I assume a snubber diode would go from emmiter to collector, and be reverse flow of the transistor?)

db

[dingbat]

Darren,

After trying to study your new diode location, I'm not sure your original model matches Mike's actual circuit.

I'm going to study it closer when I have more time, but look over how you have the full wave bridge and capacitor and ssr stuff connected.  I don't think it is per Mike's schematic.  If I'm right, it might explain some things.

In mike's schematic, L3 is directly connected to the fw bridge (ac inputs), and the capacitor is connected directly to the + and - points on the fw bridge.  I'm not sure I'm following your schematic correctly, but I don't think you have it connected this way.  There might also be issues with how you have the ssr and diode connected from L2 to the fw bridge.  Don't have time to study it close right now, but double check it if you have time.

I'm pretty convinced your 47000 uf cap is not connected properly - it doesn't appear to connect directly to the + side of the fw bridge, which Mike's does.

db

[Hoppy]

Dingbat wrote: -

By inverting L3? (maybe reversing the scope leads?

John Bedini's latest schematic on the GnOsis.com forum shows L3 connected in anti-phase to L1 and L2.

[hotspringstrading]

on the coil windings with out mike, we can only suspect. Did he center the trifiber method, or put it at one end with the longer coil wraped at one or the other end.

One would suspect he centered it for the most induction as in a transformer, reducing the copling problems, but this may not be so.

  It is going to be folks will have to wind a bunch of coils to get were he was at.

[hotspringstrading]

How he gets the longer spike time is he used the magnetic induction in relation to the colapsing magnetic feild induction. Timing on this item is going to be tight.