The Lee-Tseung Lead Out Theory

[teslaalset]

It is important to take the course.  You can share the expense with 14 others.  Otherwise, you might get into dead ends.
Hope the following diagram helps.

Thanks!
But what does "M" represent?

[ltseung888]

Thanks!
But what does "M" represent?

M is the multipurpose meter that can read voltage or current.

[markdansie]

After review the diagram provided and consulting with several of my associates we thought the M stood for MUG. Thank you for clarifying this.
Kind Regards
Mark

[teslaalset]

M is the multipurpose meter that can read voltage or current.

Lawrence, in that case I don't quite understand how power generated by the Lead Out Generator can be directly used as input power (via switch B).

The output power comes from coils that have different positions on the wheel than the driving coils.
Power becomes available at very specific time slots, when magnets pass the coils.
I wonder whether those time slots match with the time slots that driving coils need to drive the wheel.
This means that the timing of available power and required power does most likely not match in case the coils and magnets are evenly distributed over the circumference of the mounting rims.

Possible solution:
In this example the magnets need to be re-aligned in tangential direction of the wheel rim, like in example below figure:
Black radial lines represent the positions of the coils, assumed to have an equal distance to each other (22.5 degrees / 16 coils)
red radial lines represent the positions of magnets.
the 'even' coils are driving coils, 'uneven' coils are receiving coils in the given example.
The phase between the 'even' coil and 'even' magnets is adjustable to its required offset position.

By the way, this makes the proximity switch obsolete, because the receiving coils generate power pulses at the required time slots for powering the driver coils.

I wonder whether John Bedini also applies this method.
Anyway, if so, he never made that public.

[Pirate88179]

Bedini motors do not need proximity switches at all because of the bifilar windings of the coils.  When a magnet passes a coil it performs both the duties of the trigger and the power.  That is how we can get up to 300,00 rpms and the timing is always perfect for any given rpm.  Everyone I know has always made their Bedini motors this way.

Bill