Magnetic field of a bifilar pancake coil

[evostars]

Amplification of electric energy in a bifilar coil

The previous video was a proof of concept, showing 2 different methods of inducing resonance, into 2 separated bifilar coils.
1: by a square wave pulsed parallel bifilar coil
2: by a series connected capacitor discharge. (nanopulser)

In the next video, I combine both methods, into one bifilar coil.
This amplifies the resonant energy. This is based on an article shared by Nelson Rocha:
Doubles Magnetic Field

here is the video showing the amplification:
https://youtu.be/01tdMJBKa1I

[evostars]

building the third version.
the second version was becoming a mess...

this version uses negative back EMF.

[Allen Burgess]

Negative BEMF

building the third version.
the second version was becoming a mess...

this version uses negative back EMF.

@evostars,

Watch it now! That's the kind of language that set off a years long flame war between myself and the Titans of this web site.

[evostars]

series parallel increased resonance, including schematic

Finally! I've been working hard to reach results and I did it.
series parallel resonance. I did this before with positive inductive spikes, but now I made it work with negative inductive spikes, created by highside switching a bifilar coil.
The negative inductive spike seem to work better/different. when tuned properly you can see the voltage in the resonant coil suddenly jump!

This video shows the jump, and is including the basic schematic:
https://youtu.be/AoMJS9Kq4IY

And a video about the resonant bifilar coil:
https://www.youtube.com/watch?v=-9iLXs6HXWA

enjoy!

[Allen Burgess]

Coefficient of performance.

Finally! I've been working hard to reach results and I did it.
series parallel resonance. I did this before with positive inductive spikes, but now I made it work with negative inductive spikes, created by highside switching a bifilar coil.
The negative inductive spike seem to work better/different. when tuned properly you can see the voltage in the resonant coil suddenly jump!

This video shows the jump, and is including the basic schematic:
https://youtu.be/AoMJS9Kq4IY

And a video about the resonant bifilar coil:
https://www.youtube.com/watch?v=-9iLXs6HXWA

enjoy!

@evostars,

Can you calculate a COP?

[evostars]

@evostars,

Can you calculate a COP?

Not yet. It's to soon.

[evostars]

one switch, series parallel resonant circuit

I improved the series parallel resonance circuit. The previous version was again a proof of concept. But the series capacitor was not fully discharged into the resonant coil. And it took a lot of parts to achieve it.

The new circuit (posted in the video) is based on only one mosfet instead of 2. The mosfet is again high side switched, but now the negative inductive spike is not only charging the series parallel resonant system, this time, the same mosfet, also discharges the capacitor, giving a much higher voltage resonant sine then before.

https://youtu.be/xLzDCBCuiVk

[evostars]

radiant bifilar

Small update
I'm now looking into Tesla's radiant energy, in combination with the bifilar coil.

Tesla in his lectures, talks about disruptive discharging capacitors. So this is what I will explore.
The idea is to charge up a capacitor with negative inductive spikes and disruptive discharge the capacitor into a bifilar coil.

I almost see no other possibility than using a sparkgap. I really dont like sparkgaps, I always tried to avoid them. but maybe there still is another method.

Bottom line, is the radiant energy effects occur when a sudden voltage change occurs from negative to neutral (not positive) voltage.

Since the bifilar pancake coil has a strong capability to store dielectric fields, the abrupt change in voltage, and therefor the abrupt change in field strength of the dielectric field, should be very well suited for the radiant energy effects.

But first I need to finish relocating my laboratory. so stay tuned.

Edit: new lab is almost finished, made a new update video:
https://youtu.be/fytHsaCc8I0

[evostars]

Tesla's Radiant Energy Information

New video about Tesla's Radiant energy.

I will be conducting new bifilar coil experiments based on the information in Gerry Vassilatos book "secrets of cold war technology"
Since the book is so full of good info (mainly chapter one page 26 to 64), I decided to do a review. This is part one:

https://youtu.be/iDUZtnUMCo0

[mikrovolt]

New video about Tesla's Radiant energy.

I will be conducting new bifilar coil experiments based on the information in Gerry Vassilatos book "secrets of cold war technology"
Since the book is so full of good info (mainly chapter one page 26 to 64), I decided to do a review. This is part one:

https://youtu.be/iDUZtnUMCo0

Thanks for progress in understanding Gerry Vassilatos research.
The plate capacitor gap also contributes to velocity so the pulse
can reform the spike over time by compression and rarefaction restoring it's magnetic counterpart.

I made a simple circuit runs at 13.6 MHz produces a current depleted spike.
The scope also shows the sine wave with magnetic component attached.
Spike maker was developed to explore the transform from a spike the a sine.

spike maker.JPG.

[evostars]

Lecture about Nikola Tesla's Radiant Energy part 2

Radiant energy, what is it? what does it do? How do we produce it?
Part 2 of this lecture continues explaining:

https://youtu.be/hxd-Ym2uB9Q

[evostars]

Final part 3 Nikola Tesla's Radiant Energy

The final part in the three part series about Nikola Tesla's Radiant energy:

https://youtu.be/XaK49Am1yNk

I hope this will inspire many

[evostars]

Radiant energy experiment with 3 bifilar coils:

Radiant energy experiment with 3 bifilar coils:
https://youtu.be/lByUMEg0OHs

Why is the discharge BEFORE the pulse turns on?

[evostars]

Nelson Rocha new radiant oscillator circuit

Neslon Rocha has shared a new circuit, I'm working on it.
So far as I have seen,
C1 and C5 are DC decoupling capacitors. they can be made big (bigger than 10uF)
C2 is a balancing capacitor and must remain small (<1nF). For now I keep this one open.
C3 Dont know yet what this one does.

C4 is very important. This one tunes the series resonance of L2 and C4.
I have been playing mostly with this cap.

C6 (not on circuit) is a parallel tuning capacitor over L3

The ground at the source, is not earth ground, but a floating ground, like a copper mass, or long wire.

L1 L2 L3 are 3 bifilar pancake coils, stacked.

L1 is highside pulsed by the mosfet, producing negative inductive spikes (back EMF) into C2 C3 and C4.

L2 becomes series resonant with C4.
L2 also shows a disruptive discharge right before the mosfet is turned on again. This is also dependent on L3 (as shown in previous posted youtube video).
L3 captures this radiant energy pulse. and at the same time is resonant from L1 (and L2).

L3 is the output coil. (tuned by parallel cap C6)

Tuning is critical in this circuit.
First the L3 coil needs a resistive load, without parallel cap. The current is measured through the resistor.
The current through L3 is dependent on the frequency of the disruptive discharges of L2.

This is where I am at at this stage. The tuning of L2/C4 to get the most resistancein L3.

After this frequency is found, the L3 coil can be tuned by a parallel capacitor, to the frequncy found (max current).

then the radiant current, is combined with the resonant voltage, and power should be measured. but this all needs very careful tuning.

[vidbid]

Test

[VIDEO]https://www.youtube.com/watch?v=uhY27Zoor-Q[/VIDEO]

Tesla made a patent about the bifilar coil (512340) where in he states some interesting things about the added capacitance of the coil windings, and the abillity to counteract self inductance due to it.

I have build several bifilar coils, and since I could not find a lot of good info, I have decided to share some of my findings, in a video series.

In this first video, I talk about the magnetic field, with DC current, and when it is pulsed at its resonant frequency.
[VIDEO]https://youtu.be/uhY27Zoor-Q[/VIDEO] https://youtu.be/uhY27Zoor-Q

In other videos I want to talk about the dielectric field, the voltage rise, at its resonant frequency, and the special nature of this (radiant) energy.