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Author Topic: Radiant power from Solid state Tesla hairpin circuit  (Read 88445 times)

evostars

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My radiant half bridge circuit design does not work as I intended it to work.
Luckily the PCB is still functional as it is able to switch 2 mosfets in series, to produce high voltage impulses (3500v).

In this video I explain what it wrong with the circuit using 3 simple experiments.
I also show how to modify the circuit for series mosfet switching.
  https://youtu.be/bl4xk8CMe8I 

arhitrade

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #136 on: July 07, 2021, 10:24:42 AM »
Oscillator on half-bridge driver with PLL and voltage protection
https://gorchilin.com/articles/scheme/generator_halfbridge_pll_1?lang=en

evostars

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The Coil Capacitor
« Reply #137 on: July 18, 2021, 04:47:53 PM »
To get a simultaneous discharge of both the dielectric and magnetic fields, I am making a coil capacitor,
to be used in the Tesla oscillator (april 2019 radiant power) circuit.

I also show some more unusual capacitors.
and a small test showing the current (magnetic field) discharge/implosion

on a side note, I modified the radiant half bridge PCB for c3m 1200V series mosfet switching, just tested it and it works, - 3000V impulses!

https://youtu.be/-8b8RDKpnSA 

evostars

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #138 on: August 22, 2021, 10:33:24 PM »
Nelson Rocha has disappeared from here:
Last Active:14 September 2020, 18:58:25
His Youtube channel also has vanished a while ago
Has anyone heard from him or knows what he is up to these days?

synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #139 on: August 23, 2021, 07:38:47 PM »
I am wondering how your "Coil Capacitor" is any different then simply discharging a coil connected to an ordinary Capacitor?

onepower

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #140 on: August 28, 2021, 05:31:34 PM »
synchro1
Quote
I am wondering how your "Coil Capacitor" is any different then simply discharging a coil connected to an ordinary Capacitor?
I am wondering how you could think something so completely absurd...

Evo
Last I heard Nelson Rocha was working for a big corporation trying to integrate his working FE technology into real products. Like most inventors he probably just got tired of all the paid shills and clueless people in the forums. I imagine Nelson has retired on a beach somewhere a wealthy man while most here continue to make zero progress.

Nelson is an intelligent man and he left out the working element schematic in his diagrams. So these circuits you and others are building are incomplete and cannot work as shown.

Regards
AC

synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #141 on: August 29, 2021, 02:31:23 PM »
@Onepower,

We can wire a capacitor in series or parallel to an inductor. We can discharge the resonant AC or interrupt the series connected LC from ground or power. How can the "Coil Capacitor" be discharged in some other way? I fail to see how the design can work any differently!

My CMOS thread has applied the circuit as a pulse magnetizer. Tesla's original patent for his bifilar spiral was specifically described as a tool to magnetize ferrite. This "Quantum" effect is Overunity by a factor of infinity!

Tinsel Koala insisted on measuring zero difference in the coil's self generated field from direct current. The coil only performs when charged on interruption.

Robert Murray Smith has a video of an Alnico core coil between two stators that switchs the magnet on and off with a pulse. Evostars circuit would be ideal for this kind of powerful magnet switch! This is more than a PMH effect. The same pulse will both magnetize and de magnetize with no pole reversal.

onepower

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #142 on: August 29, 2021, 06:44:47 PM »
Synchro1
Quote
We can wire a capacitor in series or parallel to an inductor. We can discharge the resonant AC or interrupt the series connected LC from ground or power. How can the "Coil Capacitor" be discharged in some other way? I fail to see how the design can work any differently!

In some sense we could say the whole field of science and invention relates directly to seeing or making something work differently. Logically this must be true otherwise no progress would be made and everything would remain the same.

The biggest mistake most make is being superficial where they only see 2D surfaces or objects. However in the real world, like nature, everything is fluid always acting within three dimensions.

Consider the fact that the surface of the planet is one (-) charged capacitor plate and the atmosphere a (+) charged capacitor plate. You, everyone and everything are within the electric field continually disturbing it. In fact I once built an entire circuit on the face of a parallel capacitor plate just to prove the whole circuit becomes biased like on Earth. Think about that, building a circuit on the surface of a capacitor plate, what do you think would happen?.

You see, as an Engineer/inventor my problem is the exact opposite of yours and I have literally thousands of options and concepts to choose from. There are literally thousands of ways I could make any LC circuit components act differently. So many that I have learned to become very selective in what kinds of experiments I want to do.

For example here is an experiment I did which is a real mind bender...
As we know the greatest charge density is always on the surface of an object because like charges repel. The charges always move to any extremity on the surface which is usually the edges. However if we take a plate charged on the surface and fold the plate edges upwards until they touch the outside is now the inside. As the charge inside a conductor is always zero where did the charges go?, well they moved outside through the conductor. Most cannot even imagine this but the next obvious step would be to build a pseudo/fluid plate continually folding in on itself forcing a constant radial current through itself. Here we can see the fluid itself is now the capacitor, the conductor and the induced/inducer.

The example above is why so many people living in a superficial 2D world will never understand what most inventors are thinking. There is so much going on, on so many levels, involving so many different concepts it just becomes impossible to wrap there mind around. So is my experiment above is the capacitance in series or parallel with the inductor?, lol.

The lesson here is that just because we cannot imagine something does not mean others cannot because we are obviously not them.

Regards
AC








synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #143 on: August 29, 2021, 08:33:01 PM »
Synchro1
In some sense we could say the whole field of science and invention relates directly to seeing or making something work differently. Logically this must be true otherwise no progress would be made and everything would remain the same.

The biggest mistake most make is being superficial where they only see 2D surfaces or objects. However in the real world, like nature, everything is fluid always acting within three dimensions.

Consider the fact that the surface of the planet is one (-) charged capacitor plate and the atmosphere a (+) charged capacitor plate. You, everyone and everything are within the electric field continually disturbing it. In fact I once built an entire circuit on the face of a parallel capacitor plate just to prove the whole circuit becomes biased like on Earth. Think about that, building a circuit on the surface of a capacitor plate, what do you think would happen?.

You see, as an Engineer/inventor my problem is the exact opposite of yours and I have literally thousands of options and concepts to choose from. There are literally thousands of ways I could make any LC circuit components act differently. So many that I have learned to become very selective in what kinds of experiments I want to do.

For example here is an experiment I did which is a real mind bender...
As we know the greatest charge density is always on the surface of an object because like charges repel. The charges always move to any extremity on the surface which is usually the edges. However if we take a plate charged on the surface and fold the plate edges upwards until they touch the outside is now the inside. As the charge inside a conductor is always zero where did the charges go?, well they moved outside through the conductor. Most cannot even imagine this but the next obvious step would be to build a pseudo/fluid plate continually folding in on itself forcing a constant radial current through itself. Here we can see the fluid itself is now the capacitor, the conductor and the induced/inducer.

The example above is why so many people living in a superficial 2D world will never understand what most inventors are thinking. There is so much going on, on so many levels, involving so many different concepts it just becomes impossible to wrap there mind around. So is my experiment above is the capacitance in series or parallel with the inductor?, lol.

The lesson here is that just because we cannot imagine something does not mean others cannot because we are obviously not them.

Regards
AC

Suppose I have an LC circuit in resonance and so do you and when we interrupt the current and discharge them we wind up staring at a nearly identical standing longitudinal wave ring signature on our oscilloscopes? All the differences you allude to vanish in the violence of the collapse along with mine!

You act as a Svengali with your seductive surrealism. A capacitor designed with additional plates would do nothing to add any advantage to the one with the existing two. That proves to be a waste of time.

synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #144 on: August 30, 2021, 02:02:27 AM »
Testing has confirmed an Alnico switch superior to an electromagnetic coil.  The strength of the Alnico needs to match the power of the neo backing magnet.
« Last Edit: August 30, 2021, 11:00:37 AM by synchro1 »

onepower

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #145 on: August 30, 2021, 08:27:46 AM »
synchro1
Quote
You act as a Svengali with your seductive surrealism. A capacitor designed with additional plates would do nothing to add any advantage to the one with the existing two. That proves to be a waste of time.

If we simply added an extra plate in between the two existing capacitor plates then yes it's probably a waste of time.

However you cannot just cherry pick one simple example and imply all other different or more complex scenario's would act the same way because you don't know. This is called a false analogy or logical fallacy assuming the simplest example of something explains all other possible examples.

Regards
AC

synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #146 on: August 30, 2021, 11:14:38 AM »
The Alnico Neodymium combination switch can easily double it's strength for the same input power by inserting it's stators to bridge a larger pair of stators with a neo backing magnet of twice the strength of the trigger pair. It would look like an L.  It would only stop half of the flux. It can double but only shut half off. It would need a third electro magnet coil to neutralize it It would latch on power free. 2 small switches would be needed. Only one would need two switches bridgeing the stators, the remainder of the concentric boxes could dovetail. They can nest if the first switch has 5 magnets. 2 switch between the first two stator legs.

The first switch can have a matching electro magnet equal in strength with a current reversing switch. The stators could bridge larger stators with a neo of double strength. So the masking power is cut in half. A third switch would only need the power from the first switch to neutralize 8 times the force. We need to combine two switchable Alnicos in the first switch. It not only needs to neutralize but it also needs to reverse polarity to shunt the nested array.

Bridgeing the stators with two switchable Alnico magnets would allow the horse shoe to not only neutralize but reverse polarity and neutralize the opposite direction.

The neo Alnico can only neutralize in one direction. It can't switch the stator leg poles. A twin Alnico could both reverse stator leg polarity and neutralize either way. This versatility of one key stone twin Alnico may make a ladder possible!

This idea has lossened like a slip knot on me already. I can't connect with the solution. It's a real brain teaser! The advantage evaporates like a mist. Log rolling!
« Last Edit: August 30, 2021, 03:18:07 PM by synchro1 »

synchro1

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #147 on: August 30, 2021, 03:56:35 PM »
There is no free lunch here. We have to match the magnet power with an equal masking field in the end however we choose to do it. No dividends in the ladder we can't get from the first rung.

AlienGrey

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #148 on: August 30, 2021, 04:45:03 PM »
G Guy from 'Shag harbour' still watching the UFO's diving in and out of the water ?, Any way have you a device you can share ?  as you appear to boast or perhaps exaggerate your knowledge of things with your speculation how about showing us a thing or too(with out being rude) ?

Regards Sil

PS Last communication I had with Nelson didn't he mention a Covid illness in the family, I do hope he is ok and wish him so.

evostars

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Re: Radiant power from Solid state Tesla hairpin circuit
« Reply #149 on: July 29, 2022, 10:02:09 PM »
Right now working with the extra coil I see the possibilities of series parallel resonance. of parametric excitation.
and the ground currents that rise from the displacement currents.
I'll keep working until I can explain it in a thousand ways.
until it works
until we all can benefit from this technology.
we all need it so hard.