Nathan Stubblefield Earth battery/Self Generating Induction Coil Replications

[Master_T]

@Bruce

No I meant how to direct a lot of telluric currents in to the coil, if it's even possible. Sorry I was pretty vague.

Ignoring the crudeness of the picture, do you think this configuration of your feedback idea will work?

@All I apologize for posting so many picutures.

Master T

[alchemist123]

@Bruce
I dont think it will work.   The output of the primary is dc. The output of the secondary is ac.  To connect the ends of the secondary to the primary the current would have to be converted to dc first, causing power loss.  Not to mention just normal copper losses eddy current losses and hysteresis losses associated with ac and a single solid core. 

[Bruce_TPU]

@Bruce
I dont think it will work.   The output of the primary is dc. The output of the secondary is ac.  To connect the ends of the secondary to the primary the current would have to be converted to dc first, causing power loss.  Not to mention just normal copper losses eddy current losses and hysteresis losses associated with ac and a single solid core.

I thought about this, and even if only say 10% reached the Primary, and added to it.  And say that 10% only added 1% increase in the secondary.... Now, multiply that out by every microsecond and the result is still the same!!  Amplification.

AS long as there is even the smallest increase in the flux field imposed onto the secondary, at every pass, it will indeed work!  Because of the speeds involved, a tiny increase will become very large, very quickly and is worth while for the experimenter to attempt! 

IF successful... in increasing the flux onto the secondary, even by 1/100 of a percentage, on every pass, then STILL the resultant power amplification would be achieved, it would just take a few extra seconds to build!

EDIT:
Also, don't forget, that also added into this feedback, could indeed be the additional power gained by having TWO coils in the ground, each acting as an individual electrode, like our early attempts.  Take this, add it to the rectified secondary and feed it back to the primary, this in turn increases the flux field imposed onto the secondary, which is then fed back to the primary, etc.  We don't need a lot to make it...Just any increase in the flux field at all and it works!!!


Cheers,

Bruce

[alchemist123]

I thought about this, and even if only say 10% reached the Primary, and added to it.  And say that 10% only added 1% increase in the secondary.... Now, multiply that out by every microsecond and the result is still the same!!  Amplification.

AS long as there is even the smallest increase in the flux field imposed onto the secondary, at every pass, it will indeed work!  Because of the speeds involved, a tiny increase will become very large, very quickly and is worth while for the experimenter to attempt! 

IF successful... in increasing the flux onto the secondary, even by 1/100 of a percentage, on every pass, then STILL the resultant power amplification would be achieved, it would just take a few extra seconds to build!

Cheers,

Bruce

You missed what i was trying to say, you cant combine dc and ac power sources they are different kinds of electrical current.  And rectification drains power.   

You are discounting the natural losses that occur with each coupling,  namely heat losses.   This device is far from overunity.  Heat generated by a conductor is equal to square of the current if i remember right.   Its an induction coil, plain and simple.  The steady dc current is supplied by the  voltaic couple wrapped around the core body a means of switching produces pulsed dc inducing a current every make and break into the secondary of high frequency high voltage ac characteristics.

[IotaYodi]

This device is far from overunity.

It never was an over unity device.

Its an induction coil, plain and simple.

A plain induction coil is 2 copper wires. This is one iron and one copper. Both are induction but differ. The NS coil gave tesla the idea for his electrostatic generator. Very low voltages in the NS coil and the reason why they are large. Once in the ground and damp the heating factor diminishes.