Partnered Output Coils - Free Energy

[hyiq]

It is amazing, the human psyche Is a very interesting beast.

When faced with the hardest problems it seems that it is all to easy to give up. Some of the hardest problems turn out to be the most simple once they are tackled with the right frame of mind. That is if ones frame of mind is such that it chooses to tackle the problem at hand.

Common People, lets solve this problem - Why were GotoLuc's Coils not Opposing? It is actually very simple!!!

A Clue:

When the coefficient of coupling, k is equal to 1, (unity) such that all the lines of flux of one coil cuts all of the turns of the second coil, that is the two coils are tightly coupled together, the resulting mutual inductance will be equal to the geometric mean of the two individual inductances of the coils.

   Chris Sykes
       hyiq.org

[bitbo]

Common People, lets solve this problem - Why were GotoLuc's Coils not Opposing? It is actually very simple!!!
   Chris Sykes

Hey Chris, i take your challenge:


My answer is:
a) K (coupling) from PRIMARY to left SECONDARY if fine
b) K (coupling) from PRIMARY to right SECONDARY if fine
c) K (coupling) from left SECONDARY to right SECONDARY if bad
(field of left SECONDARY can not reach/influence the field of the right SECONDARY)


Also the over dimension ed core may play a role due to the fact that he is working in the very lower edges of the B/H curve


BTW:
Does someone here have the Video Link available which shows William(Bill) Alek comparing the regular and bucking transformer at some energy conference
I am replicating this right now and want to have a look on his winding direction but can not find it anymore - please help if you can


Thanks, bitbo

[hyiq]

Hey Chris, i take your challenge:


My answer is:
a) K (coupling) from PRIMARY to left SECONDARY if fine
b) K (coupling) from PRIMARY to right SECONDARY if fine
c) K (coupling) from left SECONDARY to right SECONDARY if bad
(field of left SECONDARY can not reach/influence the field of the right SECONDARY)


Also the over dimension ed core may play a role due to the fact that he is working in the very lower edges of the B/H curve


BTW:
Does someone here have the Video Link available which shows William(Bill) Alek comparing the regular and bucking transformer at some energy conference
I am replicating this right now and want to have a look on his winding direction but can not find it anymore - please help if you can


Thanks, bitbo

Hey BitBo - Yes Sir!!! Exactly: "field of left SECONDARY can not reach/influence the field of the right SECONDARY"

The dominating Flux is that of the Primary in Both Cases, Both Secondaries are being Driven by the Primary, and each Secondary is not able to Induce Current from each others Magnetic Fields. Exactly!!! So Coupling of Coefficient (k), is highest from the Primary to each Secondary, and not Secondary to Secondary, this is nearly Zero.

So, some fiddling is required here, I will let you sort out what's required to avoid this problem, because now you know this, the rest is easy, but here are some hints:

For the experimenters, the ones that dont spend all day on the Keyboard!

There is two ways to Power these Partnered Output Coils:
1: Brute Force - This way is not bennificial!!!
2: Sensitively - Use your Senses, Visual, Gut Feeling, Logic and Common Sense....

Why you may ask, well I will give you an example. My Load Light was not very bright in the videos. It was dim. When I connected/Shorted the partnered Output Coils, I saw a large Increase in Light on the Globe! I could see a bennificial advantage to shorting the Partnered Output Coils! My load was seeing more Power through it when I had the Partnered Output Coils Shorted at no extra cost on the Input!!!

Now, if I had the Light at full brightness, then shorting the Partnered Output Coils did not show the effects so much!It was hard to see.

There is a limit to what Partnered Output Coils can do! What does this mean? Well all Electrical Generators are rated to a particular output! 750 Watts, 1KW, 10KW... Electromagnetic Induction is simply the limit. Factors such as the Coil Size, Magnetic Field Strength, Time Rate of Change (aka Frequency), you see what I mean here.

Small cores cant carry much Flux! Coil turns are limited, so start small and start with low power! Dont over drive it, choke it off!!!

Again, look for the effects, follow your senses!

E.G; Loose Coupling is a requirement!

What is a surprise here, is who is here helping and who is not? Cifta, TK, PW, Verpies, you blokes up to this? Not in any order...

Nice Work BitBo!!!


   Chris Sykes
       hyiq.org

[bitbo]

Coming back to the Video link of William(Bill) Alek - does someone has this link?


BTW: Attached what i am building right now.....


(second image shows how i simplified the winding process)

[bitbo]

This setup will allow me to try several combinations:


a) Primary coil on the left (bifilar or parallel wired), bucking secondaries in the middle
b) Primary coil on the right (single wire, not yet wound), bucking secondaries in the middle[/size]
c) Primary coil on the left AND right (bifilar or parallel wired), bucking secondaries in the middle[/size]
d) Primary coil on the left (bifilar or parallel wired), bucking secondaries in the middle, tertiary on the right (bifilar or parallel or single)[/size]

[/size]
I do not have much time for this these days, but we will see what i get from it


I´ll keep you informed here....


bitbo