Split Flux Transformer

[MenofFather]

Power factor in Alek divice is low, because primary and secondary coil has low magnetic coupling. In conventional transformer secondary always wound on top primary or near primary, so they have hight magnetic coupling and because very hight power factor under load (almost no reactive power). Alek divice like and T. Heine divice have low magnetic coupling (betwen primary and secondary), so and low powerfactor with load. To corect power factor and make it 1 needs add parallel to primary phase corection capasitor or in other words primary must work on parralel resonance, then power factor be 1 and then possible use simply transistors to feed primary, because then no energy going to source. If not put that capasitor, then some energy trys go to source (Back EMF), but it can not go to source, then on primary is meandr from transistors, and so Back EMF is radiatet to space if transistors rated on hight voltage. If transistors low voltage, then back EMF heats transistors. And back EMF little demagnetizise core.

[Acca]

Just read the new patent and on page six he describes this  statement ...


" inventive energy management system produced more energy than it consumed so that it can be attached to rechargeable batteries which are thereby constantly recharged "...


this one just got by the patent examiner ...


1200 % is the gain.. of this device...


It seems to me that the only "real" device is not shown except figure 3 and the rest has the round cores..


Bifilar coil is a must here for the secondaries..


Acca..

[MenofFather]

Just read the new patent and on page six he describes this  statement ...


" inventive energy management system produced more energy than it consumed so that it can be attached to rechargeable batteries which are thereby constantly recharged "...


this one just got by the patent examiner ...


1200 % is the gain.. of this device...


It seems to me that the only "real" device is not shown except figure 3 and the rest has the round cores..


Bifilar coil is a must here for the secondaries..


Acca..

About that patent you writing?

[MasterPlaster]

Some relevant info here: http://www.free-energy-info.tuks.nl/Chapt3.html

[MenofFather]

I try with http://www.ekits.ru/published/publicdata/SHOPEKITEKITS/attachments/SC/products_pictures/ir2153-1.gif for primary
I use ferites small. Primary 8 turns 50 cm. Secondarys 1. 4 meters 57 turns  0.7 omh, 12 milihernies. 2. 4 meters, 56 turns 0.7 omh, 9.54 miliH.
On output  diod bridge, then capasitor and resistor 1 K (very hot about 3-5 W). Voltage on output 71.7 V. On input 26.6 V 0.25 A.
So on output 5,14089 W and on input 6,65 W.
Works like regular transformer. Secondaries conected in sieries. If I conect in not inductive way secondaries, then I get on output wery small voltage and that resistor ofcors not disipate any almost power, but and input curent then drops to 0,04 A.
So I not get overunity. I changed frenquencies diferents, thats not make big diference. Frenquencies I use about 20-100 kiloherc. Only higher frenquency, lower output power and lover consumption.
Electronics to control mosfets is cunsuming power from 15 volts, from other source.
Diodes are Her308 (1000 V).