New LaFonte Compensating Coil Motor/Generator

[broli]

Hi folks, Hi Butch, now that is a great idea. I hope it works out as intended. I gave it some thought and here is how i'm understanding it. I dont think just attracting ferromagnetic material would have any counter effects anyway, but it may help with the collapse side of it. So i think the idea is, if in a motor config. we input say 10 volts into the series coils and if the permanent magnet induces 5 volts counter emf into the series circuit then 5 volts is available from the
non-working coil to counter act 5 volts of counter emf, leaving us with 5 volts usable input. Which if that is the case is better than what Peter L. found in his tests that 80% of the input voltage was countered and that gave a motor prony brake efficiency in the 70 to 80 percent range and right off the bat makes your design very efficient. Now if you kept the rpm's lower, you could probably get that down to 20% counter emf, which would make the motor more efficient and the collapse recovery would make that even more efficient. Not sure if that is actually how it may work out since it may all depend on how much is induced in the working coil side and i may be misunderstanding what your intending, but i have hopes this works well.
peace love light
Tyson

I agree the lindemann attraction motor can be easily modified to include an external coil which resists current drop due to aligning of the rotor. But good luck getting someone who has one to try it, the "go do it yourself" attitude is popular. This makes sharing ideas to begin with useless on a forum that's oh so against patenting and closed source development.

[Butch LaFonte]

In the 1 foot loop you have 2 feet of wire with a magnetic field around it.
In the 50 mile loop of larger gauge wire you have a magnetic field of the same strength per foot of wire, but the wire length is 528,000 feet long. Thats 528,000 times more magnetic field, but the same wattage is being produced by both batteries.
See attached drawing.
Thanks,
Butch

[broli]

In the 1 foot loop you have 2 feet of wire with a magnetic field around it.
In the 50 mile loop of larger gauge wire you have a magnetic field of the same strength per foot of wire, but the wire length is 528,000 feet long. Thats 528,000 times more magnetic field, but the same wattage is being produced by both batteries.
See attached drawing.
Thanks,
Butch

This is true but you have to consider the rise time as well. The motor or so should probably rotate slowly if you are planning on using high inductance.

[Butch LaFonte]

This is true but you have to consider the rise time as well. The motor or so should probably rotate slowly if you are planning on using high inductance.

Yes, I have thought about the Coil Time Constant factor a lot. The work done by the motor would have to wait till the coils have stablized current it would seem.
Butch