Partnered Output Coils - Free Energy

[a.king21]

Did you not notice that the (completely straight DC ) input power to the driver board went way down when the secondary output was shorted?Do you understand the significance of the "dots" that are usually shown on diagrams of multiple coil windings to indicate phase, direction or polarity of the windings?
Ah... I see. When woopy does it, it's magical OU. When I do it... it's no big deal. Where have I seen that kind of argument before, I wonder.

Yes, I bow down to your superior knowledge.


Just to clarify my lack of understanding could you let me know which dot represents CW winding and which dot represents CCW winding.
I appreciate your input.

[Qwert]

Yes, I bow down to your superior knowledge.


Just to clarify my lack of understanding could you let me know which dot represents CW winding and which dot represents CCW winding.
I appreciate your input.

I'm not specialized in this field, but in my opinion it matters only when in tandem: diagrams show clearly such case (mirrored winds). It does not matter when it's single.

[Pirate88179]

Bill - I call people like you, A Jelly Fish - Because you float up to people and stick to them with tentacles that are just out right annoying!

Grow a spine bill! Get a Mind that you can use, instead of being the follower that you display yourself to be! You will be so much better off for it!

My mind works just fine...thanks for asking.  I can admit when I am wrong, and have made a mistake.  This is what has allowed me to actually learn a lot of interesting skills over my life.  I can tell right away if someone knows more than I do about a subject, and when they do, I listen...and LEARN!

You Sir, are not knowledgeable enough to shine TK's, MileHigh's or MarkE's shoes much less try to school them on a subject that, as is obvious to all concerned, they know much more about than you do Sir.  Now you are arguing with Darren? (.99)  That fellow has forgotten more about electronics than you will ever learn in your lifetime.  Perhaps you should try bamboozling some 2nd grade science students instead?

I was not sure at first if you knew more than I...but...you made this pretty clear when you "took apart" your O.U. device and can not rebuild it because you "threw the parts away."  Right there, I realized I knew one hell of a lot more than you.  Then, you tried to school MH about winding coils CW or CCW as if it mattered.

You branded yourself an amateur right from the start.  Your childish reactions to those that obviously know more than you...who are actually trying to help you...pretty much says it all.

So, you call me a jelleyfish?  Funny, because it is you that have stung yourself Sir.

Change your attitude and you might actually do something worthwhile in this life.  You sure as hell ain't doing it now.

Bill

[synchro1]

Did you not notice that the (completely straight DC ) input power to the driver board went way down when the secondary output was shorted?Do you understand the significance of the "dots" that are usually shown on diagrams of multiple coil windings to indicate phase, direction or polarity of the windings?
Ah... I see. When woopy does it, it's magical OU. When I do it... it's no big deal. Where have I seen that kind of argument before, I wonder.

@TinselKoala,

Nowhere in any of your "Toroid Joule Thief" schematics do I see 4 mosfets like Woopyjumps. Connected (Emitter to Base); with one resistor between the pairs, would make for a very powerful, high switching speed, current amplifier. Perhaps this "Gang of Mosfets" has somthing to do with Woopyjump's apparent COP>1= 58.3?

I'm assuming Woppyjump's using two paired "Darlington Configurations" like the one pictured below:

[TinselKoala]

Yes, I bow down to your superior knowledge.


Just to clarify my lack of understanding could you let me know which dot represents CW winding and which dot represents CCW winding.
I appreciate your input.

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".