Motionless Switching Magnetosphere Electric Generator

[floodrod]

hi.  I am watching your updates with interest, thanks for sharing.

Did you snap a pic of the scope input and output phases?  If so can you share?  I am curious to see how the phases react in this setup

[Lunkster]

Hello,

I will do some more testing and get a photo of the input and output signal.

When I did testing with a switching DC signal, I only used one power supply.
I believe that I need to have two power supplies in the circuit in order to
make sure the core material transitions polarity in the circuit.

In the attached drawing shows some of the testing circuits I have used
or plan to use in testing this device.

I have destroyed 4 FET driver boards and 2 SSR devices so far
in my testing.  Because of shorted coils and connection errors I have made,


I was looking on-line for a reasonable price circuit board that could
drive my input coil efficiently between the plus and minus supplies.
It would be a solid state single pole dual throw device.  I have
not been able to find one.  Does any one know what I could use?

As you can see from my attached drawing,  The switching circuit
is not the best design when the drive coil needs to operate from the
negative supply.  Again, I could use input on a better drive circuit.

Thank you

Lunkster

[floodrod]

I was looking on-line for a reasonable price circuit board that could
drive my input coil efficiently between the plus and minus supplies.
It would be a solid state single pole dual throw device.  I have
not been able to find one.  Does any one know what I could use?

Lunkster

I use an ardiuno with one of those 43 amp H bridges found on amazon to switch polarities.  If you go that route and are unfamiliar with the programming, I can send you code and hookup pin diagram.

[Lunkster]

Hello All,

I performed a brain experiment today on this generator
and I have a humbling result from doing it.

When you reduce the complexity of the MSMEG through
reducing the parallel and series components of it, then
I come up with the simple circuit in the sketch I have here.

Now this simple circuit has been already worked on
by other FE researches.

Since other people are already using the simple design,
I will not be spending much more time with it.

I have other designs that I have put at this site that I may
build now to see if there is any potential in those.

Sorry if I troubled anyone with the MSMEG design!!!

Lunkster

[Lunkster]

Hello All,

I wanted to add some things that I learned about
this generator in the drawing are attached here.

I see this device using the diode similar to the MEG
and other motionless generators.  The diodes affect
the flux flow similar to the additional coils in the MEG
device is I see it.  By having the two devices as in the
drawing, I believe you can mimic the MEG device.

I see the the diode causing a 50% duty cycle in one device
with a 100% flux flow in the output coil of the function of the device.
Having the second device using a 50% duty cycle of the
input power will cause the system to draw current through
the full 100% of time from the input power.

Without looking at all of the circuit losses for a minute.
The 100% from device one and the 100% from device two
should add up to 200% in theory.

Now after you subtract all of the losses in the system
It will be much less than 200%.  How much depends
on many factors.

When I was testing my prototype, I got the best results
when using a 12 ohm inductive load at 600 Hz on the drive
coil.  The optimal frequency will be different with each different
build depending on the parameters of the individual components.

So I am leaving this design not because I do not believe
it is an over unity device, but because other people have been
working with this design with a lot better equipment than I have.

Lunkester