ENERGY AMPLIFICATION

[Tito L. Oracion]

everyday hi


just want to add that third field can also be called as longitudinal wave


And this is economy  : http://www.youtube.com/watch?v=x--8rAlaQKw
                                         http://www.youtube.com/watch?v=eeSyHgO5fmQ
                                         http://www.youtube.com/watch?v=1umwvQ_hMHQ


offf otit

[Magluvin]

Hey Tito n Toto.   Totito brothers.

Ok, lets say I have my Ecore plastic bobbin, and I wind 1 layer bifi(2 wires wound together), then I end up with 4 leads for that layer.

Then I wind a second layer bifi which leaves me with 4 more leads. We now have 8 leads, 2 separate primary windings, each consuming 1 layer of the bobbin.. The 1 layer each is just for simplicity of understanding, naturally we can have as many layers as we can fit, with room for secondaries on the outer legs of the core.

So I would imagine that we would want each bifilar primary to  have equal values of capacitance, resistance, neutralized inductance, so do we premeasure the length of each bifi primary wires before winding, or would the second layer just be wound with the same number of turns for a full layer. Why I ask is if we do just wind say 50 turns for the first layer bifi primary, then wind 50 turns bifi for the second primary, second layer, the outer primary will have more capacitance and more resistance, etc. because more wire was needed to go a further distance because the winding circumference was larger for the second layer.  Or do we want an off balance between the 2 primaries? Or doesnt matter?

Im not worried about the connections for now, just the correct orientation of the windings on the core bobbin.

Thanks

Mags

[totoalas]

Hey Tito n Toto.   Totito brothers.

Ok, lets say I have my Ecore plastic bobbin, and I wind 1 layer bifi(2 wires wound together), then I end up with 4 leads for that layer.

Then I wind a second layer bifi which leaves me with 4 more leads. We now have 8 leads, 2 separate primary windings, each consuming 1 layer of the bobbin.. The 1 layer each is just for simplicity of understanding, naturally we can have as many layers as we can fit, with room for secondaries on the outer legs of the core.

So I would imagine that we would want each bifilar primary to  have equal values of capacitance, resistance, neutralized inductance, so do we premeasure the length of each bifi primary wires before winding, or would the second layer just be wound with the same number of turns for a full layer. Why I ask is if we do just wind say 50 turns for the first layer bifi primary, then wind 50 turns bifi for the second primary, second layer, the outer primary will have more capacitance and more resistance, etc. because more wire was needed to go a further distance because the winding circumference was larger for the second layer.  Or do we want an off balance between the 2 primaries? Or doesnt matter?

Im not worried about the connections for now, just the correct orientation of the windings on the core bobbin.

Thanks
The windings  count  doesn't matter  i just estimate  that the windings will  fit  one half space between legs to fit   the secondary   on the middle single  as many turns   upper core   for   my r inches by 4 inches core  max   40 watts of lighting   ferries core easy to play with    so middle core bifi  4 ends    left and right  single wind   2 ends each    other half core bifi  center only   
Mags

[Magluvin]

Hey Toto

Thanks.   

Mags

[Magluvin]

Pulled a transformer from a power supply, and it was easy to disassemble. It is an Ecore with the E being most of it and just a top bar. When I pulled of the yellow tape, the top bar came off easily as they had a thin strip of plastic as a gap spacer, so it came off with little force.

It had several windings with most being multi strand (7). So Im using one of those as the bifi, where Ill separate the 7 strands into 2 groups of 3 and 1 lone strand that I wont connect yet. Will try some things with it later.  Having 3 strands for each plate of the bifi capacitance will increase the capacitance and will be equal to 2 larger bifi wires with greater capacitance.

I wrapped the bifi with teflon tape and the outer core bars so the sharp edges dont cut into the secondaries, which I havnt wound yet.

Mags