Partnered Output Coils - Free Energy

[a.king21]

The dots indicate not Cw/Ccw but rather current direction, or phase. Which is equivalent to winding direction, as even EMJ has been telling people.
That is why the DPDT switch works. If two coils are wound in the same direction, but the polarity of one is flipped by use of the DPDT switch, it switches from aiding to bucking. If the two coils are wound in opposite direction, the DPDT switch on one of them switches from bucking to aiding, in both cases because the current is reversed through one of the coils by the switch. This is the same thing as switching one of the dots on a coupled inductor diagram from top to bottom, or vice versa.
Google "inductor schematic dot convention".

EMJ tech in a nutshell is this:


COILS WOUND IN MAGNETIC BUCKING MODE BUT AT THE SAME TIME IN ELECTRICAL AIDING MODE.


SO COIL DIRECTION IS EVERYTHING.


But then you know much more than me

[EMJunkie]

@ALL,

EMJ tech in a nutshell is this:

COILS WOUND IN MAGNETIC BUCKING MODE BUT AT THE SAME TIME IN ELECTRICAL AIDING MODE.

SO COIL DIRECTION IS EVERYTHING.

But then you know much more than me

A.King21 - Yes Sir! You have it exactly Right! Very well done! Why though, Why is this important?

How many different configurations can 2 Coils have?

Perhaps this man, is the smartest man here!

Isn't it amazing how TK suddenly can read a scope shot? Gee he must be an amazing techy! WOW!

[TinselKoala]

EMJ tech in a nutshell is this:


COILS WOUND IN MAGNETIC BUCKING MODE BUT AT THE SAME TIME IN ELECTRICAL AIDING MODE.


SO COIL DIRECTION IS EVERYTHING.


But then you know much more than me

I know how to read. Go back to his thread on OUR and read it again. You will see such things as this:

For CW/CW Coils, One of the POC Coils normally needs to be Flipped over relative to the first

Current direction is everything, and determines "magnetic bucking mode" which is the same thing as "electrical bucking mode" since the magnetic field is determined by the current direction.  The "CCW-CW" coil is electrically and magnetically equivalent to having both coils wound in the same direction but with one "flipped over" or connected oppositely in the series connection, as EMJ himself states.

I'll be looking forward to seeing your overunity coils and full details of your measurements and circuitry that show "magnetic bucking and electrical aiding" at the same time. I'm sure you can do it. Can't you?

[TinselKoala]

@ALL,

A.King21 - Yes Sir! You have it exactly Right! Very well done! Why though, Why is this important?

How many different configurations can 2 Coils have?

Perhaps this man, is the smartest man here!

Isn't it amazing how TK suddenly can read a scope shot? Gee he must be an amazing techy! WOW!

I can "suddenly read" your scopeshot only because you have "suddenly" posted it.  And nothing you have shown indicates that a coil set can be "magnetically bucking" and "electrically aiding" at the same time. You have presented several ways of connecting coils and putting current through them and they __all__ show the same things: magnetically bucking is electrically bucking, determined by current direction NOT winding direction.  Oppositely wound coils in simple series produce magnetically and electrically bucking because the current reverses sense at the midpoint, that is its magnetic field is flipped in polarity by the opposite curling of the coil. CW and CW coils connected that way are magnetically and electrically aiding, and when you reverse one coil it becomes bucking both magnetically and electrically, again determined by the current direction in the coils. Your own statements and diagrams and whatever tests you post prove this.

[TinselKoala]

@TinselKoala,

You missed your calling as comedian. Really now; How do you think Woopyjump gets so much light for so Little power out of his setup?

Asked and answered already.

And also demonstrated by me, long ago.