Split Flux Transformer

[MenofFather]

https://www.youtube.com/watch?v=ddj85px00lM

[e2matrix]

Followed Alek's stuff for years and thought he had some good ideas and it even appeared he was selling products but the release date for those always got bumped into the future every few months.   Now those products don't even show up on his web site.   All he seems to be peddling is woowoo now.   Lost faith in anything he does since if he really had anything OU or worth a salt he'd be selling it.   

[SkyWatcher123]

I would also say that frequency has much do with the effect William is showing and the chosen load is important also.
Each transformer would be designed for a specific application.
I cannot alter the frequency much with this blocking oscillator and my flux coupling is not so good with this odd shaped ferrite TV yoke core.
I am going to try a ferrite tube core, so it will not have the flux diverting path, but it will have the bucking coils.
It will have far better flux coupling, then i will alter frequency by raising and lowering voltage input and base resistor.
I feel i will get close to the resonant frequency this way.
Watching the video, the primary coil is sending power back to the source, because the resonant secondary is inducing that condition in the primary, when normally, the secondary would cause the primary to draw current from the source.
peace love light

[kEhYo77]

It is easy to do this configuration using 8 square "C" type cores.
Mine hasn't been tested much yet



in
0,3 Ohm
0,355 mH
0,063 mH output shorted


out 2 in series bucking
0,2 Ohm
0,176 mH

[MenofFather]

In Alek video demonstration paramtes are that.
Primary 3.07 miliH 1.4 omh. 20 turns.
Secondary 120 turns. 1. 122 miliH 15 omh. 2. 120 miliH 17 omh.
Secondaries conected in not inductive way acording patent and video. Because primary have 20 turns, secondary 120 turns, but input is 10 V and output is 10 V, not 60 or 120 volts (because two secondaries) like in conventioal tranformer.


In power 10.02 V RMS, 0.24 A RMS. cos 72 degree. Ps= 0.743 W
Output power 10.56 V RMS, 0.427 A RMS, PL=4.53 W. Frenquency 3200 herc. Load resistor 25 omh.