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  #271  
Old 11-10-2017, 06:24 PM
Bob Smith Bob Smith is offline
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Quote:
Originally Posted by evostars View Post
The difference:
the dielectric plane is in between the two coil layers. right between the north magnetic field component, and the south magnetic field component.
And it is much easier to roll.
That is amazing!
It seems to open up new possibilities for research into harnessing charge from the dielectric plane and using it for measurable work.
Bob
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  #272  
Old 11-28-2017, 01:57 PM
evostars evostars is offline
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Quote:
Originally Posted by Bob Smith View Post
That is amazing!
It seems to open up new possibilities for research into harnessing charge from the dielectric plane and using it for measurable work.
Bob
stacking the coils also is very interesting.
If you stack 3 biPHIlar coils then you also have 3 dielectric planes. As if there are capacitor plates.

if you pulse the top coil, with current, the middle coil will resonate with the first coil. But also the bottom coil will resonate. but... does the bottom coil, "see" the top coil?

in other words, if I connect a load to the bottom coil, does it reflect back to the top coil?

Other questions also rise. Since there are these dielectric fields, can we speak about dielectric induction?

As always, I have resonance in mind. In my last youtube video, I talked about a different non magnetic resonance. Its my intention to show this resonance, and the absence of the magnetic field.
And the possibilities this creates. the influence it has. and the interactions.

Im still designing a proper circuit to show this, based on back emf pulsing the resonant coil.
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  #273  
Old 11-28-2017, 04:01 PM
Allen Burgess Allen Burgess is offline
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Skycllection's inductance bifilar stacks.

Quote:
Originally Posted by evostars View Post
stacking the coils also is very interesting.
If you stack 3 biPHIlar coils then you also have 3 dielectric planes. As if there are capacitor plates.

if you pulse the top coil, with current, the middle coil will resonate with the first coil. But also the bottom coil will resonate. but... does the bottom coil, "see" the top coil?

in other words, if I connect a load to the bottom coil, does it reflect back to the top coil?

Other questions also rise. Since there are these dielectric fields, can we speak about dielectric induction?

As always, I have resonance in mind. In my last youtube video, I talked about a different non magnetic resonance. Its my intention to show this resonance, and the absence of the magnetic field.
And the possibilities this creates. the influence it has. and the interactions.

Im still designing a proper circuit to show this, based on back emf pulsing the resonant coil.
@evostars,

Skycollection's stacked bifilar's are not connected and pass power through inductance. Skycollection measured the output of a Hexafilar through a resistor under guidance from Conradelectro.

The results showed that voltage drops across the load coils from top to bottom while amperage remains unchanged. This is the opposite from an electrical connection where voltage remains constant and amperage drops across the load.

The practical advantage to this kind of transmission system is that the power plant can instantly tailor output to the load across the grid simple by increasing the voltage instead of generating amperage. The grid can't generate amperage instantly so it needs to run it's generators at maximum output all the time. This results in pumping water uphill with the excess power to store it and have the potential to divert to the grid when it's needed.

Tesla generated power by coal furnace at "Wardencliff", to charge a large bank of storage batteries. When power was drawn by a receiver station, Tesla could instantly transform his stored D.C. power to higher voltage to match the load. The inductance transfer of power relationship between the broadcast antenna and reciever in Tesla's wireless system is identical to the bifilar coil's stacked in close adjacency; The power transfer is still wireless! The measured voltage along the "Inductance Grid" remains constant. The voltage increases only to match the load, while the mainline voltage always remains unchanged.
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Last edited by Allen Burgess; 11-28-2017 at 04:10 PM.
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  #274  
Old 12-06-2017, 12:45 AM
evostars evostars is offline
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Question need help designing circuit

I found out I can pulse a bifilar pancake coil with back emf, and it produces resonance, without a magnetic field. I played around with this, and I have seen a drastic reduction in power consumption.

I have a pretty good idea of what to do, but the electronics is hard for me.

It comes down to this:
- 2 stacked bifilar coils, A and B.
- coil A is pulsed with high current. It produces a strong back EMF that is captured via a fast diode, into a capacitor C.

Coil B is resonant, by the pulses of coil A.
Coil B is tuned down, by adding a parallel capacitor D.

Capacitor C and D are equal size.

So far its easy. now comes the tricky part:
the back emf is at the end of each pulse, and I want to discharge capacitor C into the resonant coil, at the start of each pulse.
This discharge, should be sharp and fast. just like a back emf spike.

this results in a doubling of the resonant voltage in coil B. but not only that. There happens more. But so far I haven't been able to create the circuit for this.

I think the trick is, to have a mosfet, pulsed by a back emf spike, so it quickly discharges the capacitor into the resonant coil B (it wont discharge completely, but it will give the coil a kick).

The capacitor C is charged, with negative voltage.

By discharging it at the start of the pulse of Coil A, into coil B,
It lines up with the resonant sine wave voltage of coil B being 0 volt. This means both resonances line up. (polarity can be reversed, by grounding the other side of the resonant coil).

I also have a third coil, that also resonates. I have rectified it into a large capacitor bank, and brought a 15W 230V light bulb to light up. from 16V pulses. But this was without the right timing of the back emf.
I can tell a lot more about this setup if any one is interested, but this post is already to long.

I really hope someone can help me out.
please

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Last edited by evostars; 12-06-2017 at 12:49 AM.
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  #275  
Old 12-06-2017, 12:56 AM
evostars evostars is offline
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I already have tried pulsing the back emf straight into the coil, and it does have some effect.
this is because the coil is a low impedance path for the back emf, so the voltage never gets really high.

But the voltage of the back emf is much higher (more energetic) if i first store it into a capacitor.
A capacitor, presets a high impedance load, once its charged up. This makes the back emf much higher in voltage.

by feeding the back emf into the capacitor, the capacitor gets a high voltage spike, and charges up very fast (i intend to use 10nF 1000V poly).
then the charged cap, is very shortly connected via the mosfet to the resonating coil.
The coil is connected to ground. So the cap discharges some of its voltage into the coil, giving it a big kick, since the voltage in the capacitor is several hundred volts negative, and the coil is at zero volts.

Then the back emf charges the capacitor back up, as it already was almost full.
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  #276  
Old 12-06-2017, 02:56 PM
evostars evostars is offline
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I made a LTspice simulation. and it seems to be doing what I want.
see attachment, and run in ltspice.
One note, in the simulation the L4 coil, isn't resonating, this is due to the capacitance and inductance values.
in real life I use a biPHIlar coils

The circuit is not perfect, So if anybody has some suggestions...
please do! there must be easier petter ways, to create 2 out of phase pulses, at 50% duty cycle.

This is based on a ne555n pulse generator.
it generates pulses at the resonant frequency of a coil. (in real life around 160khz)

a second 555 is used as an inverter.
Attached Files
File Type: zip 555-3.zip (1.7 KB, 5 views)
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Last edited by evostars; 12-06-2017 at 03:01 PM.
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  #277  
Old 12-06-2017, 10:13 PM
evostars evostars is offline
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there is one hickup with this design.
when the coil becomes resonant, it produces a voltage sine wave of positive and negative values.

since the coil is connected to the source of the mosfet, the relative voltage between the source and gate, changes.

the voltage swing thus changes the mosfet on/off state.
this is bad. it kills the resonance.
zvs switching comes to mind.
maybe its not a problem but can it be a solution?

my first thought is to connect the source to the gate via a resistor, so the voltage at the gate stays the same.
I tried this before but then the back emf spike that should switch the mosfet doesnt work any more.

pfff....

anyone got ideas?
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  #278  
Old 12-06-2017, 10:25 PM
evostars evostars is offline
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maybe a blocking diode between the resonant coil an the mosfet source, as only a half cycle (positive) is causing the mosfet to switch. the negative voltage from the capacitor can always pass the diode.
if im correct...
lets animate this
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