Could this be how a TPU works?

[innovation_station]

 

now how about that sure makes sence to me

is

sure proves why the phase invertor is required  eh!!  flip it and send it back through the same wire

[ForeverBlissed]

One of the theories that I've been thinking about after watching the Mehmet's video (see http://www.youtube.com/watch?v=LlOP2LD-IpI) is that 'kicks' may be coming from bouncing the magnetic wave energy of the coil off of the Earth's magnetic field.

Sort of like 'pushing' your finger into a bowl of water and after you pull your finger out the water snaps back up towards your finger and creates waves.

I don't know how one would prove or disprove this except to take the experiment into outer space but it is something that I've been thinking about lately.

The other thing that I've been thinking about is that when two wires are wrapped around a core and both ends are left free (not connected), the voltage at the resonant frequency of the wire pair increases dramatically (as is shown in this video http://www.youtube.com/watch?v=XpEYlmsMmyw )

What if a circuit was built using a phase locked loop device that 'looks' at the resonant frequency of the wire pair and locks to whatever that frequency happens to be and keeps it at that frequency.  That way it could 'track' whatever that frequency was and keep it optimum.

And what if those sum and difference frequencies of the multiple coils (similar to what is shown in this video http://www.youtube.com/watch?v=tPwQ6AzBSko ) were sent to some diodes that siphoned off the 'kicks' to the output to produce usable power.

I'm wondering if resonance is really the key here.  Both the resonance of the coil and wire combination and the resonance of the Earth's magnetic field.

Food for thought.

FB

[acerzw]

@ForeverBliss

I think resonance is the key here all of the parts of the device need to be in resonance, its a bit like impedance matching, very important.

Acerzw

[angryScientist]

If a coil can have a capacitance between the turns them selfs then how do you figure the dimensions of the coil and know it's resonant frequency?

I would also think that it would be easier to start with a larger coil so it would be easier to reach the resonant frequency.

[edo]

EMdevices,

a very nice and yet well-simplified overview of scalar and vector fields

thanks