• Important: Delayed Conduction in Bucking Coils

Important: Delayed Conduction in Bucking Coils

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Chris posted this 11 March 2019

My Friends,

The Effects of Delayed Conduction in Bucking Coils is important. What is Delayed Conduction? What is the point of this?

Delayed Conduction is specifically to get the Voltage on the Terminals of your Partnered Output Coils as high as possible in reason! Its the change in Magnetic Field that Creates Voltage, its the Opposition of Magnetic Fields that Pumps Current! 

Circuitry can also be employed to delay Conduction on the second Partnered Output Coil.

Ref: How to build your own Above Unity Machine

 

I gave an example of Delayed Conduction here.

As you can see, the Mosfets will only conduct when the Zener Diodes Conduct, this is rated to 18 Volts.

This means, the ends of the Partnered Output Coils must be at least 18 Volts, before the Coils can power any load!

We have seen this before! This is not new to those that have done the Study!

 

 

The MEG Demo Circuit

Where D2 represents a Bi-Directional TVS.

 

Ref: JLN MEG Replication

 

Ref: The MEG Team Data.

Where the Top Trace represents the Input Channels, and the bottom Trace Magnetic Resonance in the Output Coils, seen as Asymmetrical Regauging.

 

NOTE: JLN used a MOV in his MEG Replication. A MOV has similar Voltage to Current Characteristics! 

 

Ref: JonRB

 

 

Ref: Renesas Datasheet

 

 
Ref: The MOV or Varistor V I Characteristics

 

 

 

I want to stress the point of getting the Voltage on the Terminals of your Partnered Output Coils to a maximum without being disturbed. Input Creates a Voltage on your Terminals, then the Input is switched off. Then your Partnered Output Coils Conduct and we Pump Current.

Remember: Some of these Circuits may require an Earth Ground.

   Chris

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Chris posted this 11 March 2019

My Friends,

What I am sharing is critical, extremely important Information!

Magnetic Resonance is seen at a specific Frequency and a specific Duty Cycle. This is a specific characteristic of the Coils, Induction and so on. Lots of turns means low Frequency, few turns means higher Frequency.

When you catch the Wave, you will know, trust me!

Monitor your Currents, you will see, equal and opposite. You will see the Sawtooth Wave form also, seen above and shown many times on this forum!

Bucking Coils, Pumping Current, the effects of Magnetic Resonance are truly amazing. Brute Force for free, a little tickle under the chin and the Machine does the rest for you, a Pump, like the Hydraulic Ram Pump, shown many times also!

Simple Starting Circuit - Some parts upside down to make you think backwards.

Where: D1 is a Delayed Conduction Device, Zener Diode and a Mosfet or a MOV or a TVS or similar device.

 

I really want to encourage all here to share your work, this works!

This is very important! A critical point has been reached and I need all members here to direct their attention to this topic for a little while?

Please?

We truly are Light Years ahead of the other forums!

   Chris

Wistiti posted this 12 March 2019

I will build something base on this concept you share my freind and will share it with all on the forum.

For now my spare time is limited but as soon as I can, I will prioritize this one.

Thank you for sharing!

Chris posted this 12 March 2019

My Friends,

@Wistiti - Thank you my Friend.

What to look for is, at the time of Delayed Conduction, is a Standing Wave of much Greater Potential:

Ref: https://youtu.be /cQWLP6k-c7I

 

A Naturally Simulated Effect, one in which we need to simulate in our Electromagnetic Waves! This causes the increase in Magnetic Resonance, it can be much greater than the original Wave input! Then of Course, we hold Conduction, the Wave dissipates and we have much greater Energy Output than we input!

This is the: Waves Slapping Together.

 

 

We saw an example of how this can work here.

   Chris 

Chris posted this 12 March 2019

My Friends,

On the: 30 July 2017, I placed the thread: Timing, here for a reason. I made specific focus on the interactions of the Coils and how the Coils were used in specific ways, to reduce Transients, in the form of Common Mode Noise, almost entirely!

I asked you to think about ways to reverse the situation, saying: "You need to let the System Breath, bring it to life!", now, today, I have shown you how important timing is! What is possible with timed Electromagnetic Wave Interactions!

I ask you, do you see a pattern? Do you see what I am doing? Do you see how much planning and work this has taken?

Aboveunity.com has changed the world! We are light years ahead of the other forums! They have been left in the dust! Redundant, effective immediately!

We have made the world a better place, and we don't plan to stop here! Support us, help us, this train ride has only just begun!

   Chris

Jagau posted this 12 March 2019

Hi Chris

I noted that there was in addition to frequency and duty cycle a third extremely critical adjustment,

the power level of the mosfet gate,  for my circuit this has completely change the results.


I do not know if for others you have noted the same results ??

Jagau

Chris posted this 12 March 2019

Hi Jagau,

My Friend, yes, there is a little fiddling. Once found the results are very prominent. Its not hard to miss once one knows what to look for! Problem is, very few know what to look for!

Yes you're right, slowly turning up the input power and one will soon find the Conduction Power required. wink

Fantastic work my Friend!

   Chris

Chris posted this 13 March 2019

My Friends,

I want to share again:

 

The same rules apply as I have shared in the thread: Parallel Wire or Bifilar Coil Experiment which was a very important introductory thread!

If you learn and understand what I am trying to share in the video, then catching the wave will be the only thing that takes a little fiddling!

   Chris

 

P.S: This content I am sharing with you, you will not find anywhere else in such detail. I ask you, save and share this information. It is very important!

Jagau posted this 14 March 2019

 Its the change in Magnetic Field that Creates Voltage,

its the Opposition of Magnetic Fields that Pumps Current! 

Hi Chris 

This is words of wisdom too

Jagau

Chris posted this 14 March 2019

My Friends,

This thread is so important!

I would like to emphasize the necessity of catching the wave. We have seen four examples of this:

I have shared one of my experiments also: Here

My Friends, I really want to stress the importance of patterns!

  • All of the above have one thing in common, the threads have the tag: Above Unity
  • All of then showed the Sawtooth Waveform!
  • All of them had very clear Energy Gains using Magnetic Resonance.

 

The Sawtooth Waveform

We all should be very familiar with the Sawtooth Wave form! I have been showing it for months now. It is very important that the understanding of how this waveform is achieved! Like I have tried to explain, this is where the Waves Slap Together, the Electromagnetic Fields of each Partnered Output Coil.

 

The Partnered Output Coils react together to Generate Energy. Using Delayed Conduction to achieve a Resonance in the Coils, called Magnetic Resonance!

 

Don Smith:

 

The MEG Team:

 

 

Tinman (Bradley Richard Atherton):

 

 

 

Graham Gunderson:

 

 

The Sharp Spike is Delayed Conduction, it is where the Two Partnered Output Coils have Magnetic Interactions that slap together very fast!

It causes a high Voltage, we hold the Conduction and the Magnetic Fields decrease linearly:

 

The Magnetic Fields slowly decrease to Zero, Equilibrium.

 

 

If you do these experiments, and have the patience to work together with us to the end goal, then you truly will have a self running Energy Machine!

 

@Jagau - I am glad that helps!

The fundamental magnets have been broken free of their binding forces which constrained them to be steady-state single pole uniform magnetic flux devices. They are now able to simply support mass, as demonstrated with the transformer steel illustration. They can now easily be made to adopt a dynamic motional field by applying a tiny amount of excitation. Specifically, 10V @ 1 mA (10 mW) of excitation at 60 Hz. will enable the coils of the triode to receive from the Dirac Sea in excess of 5000 watts of usable negative energy; how much more can safely be removed has not yet been determined.

Ref: Nothing is Something

 

Jagau, the above quote is nothing about the Magnets! Its about the Magnetic Fields! It reads wrong, there is an effort there to deceive, to miss-lead others!

The dynamic Field is Magnetic Resonance between the two Coils, actually Floyd Sweet used two sets of two Coils. Yes it is excited by a small amount of Power, because at Magnetic Resonance, the Coils feed back Energy to the input.

How this should read:

The fundamental magnetic fields of the Coils have been broken free of their bound force which constrained them to be steady-state single pole uniform magnetic flux source. They are now able to simply support mass, as demonstrated with the supporting Current demonstration. They can now easily be made to adopt a dynamic motional field by applying a tiny amount of excitation. Specifically, 10V @ 1 mA (10 mW) of excitation at 60 Hz. will enable the coils of the triode to receive from the Dirac Sea in excess of 5000 watts of usable negative energy; how much more can safely be removed has not yet been determined.

 

By changing only a few words, its now got a hugely different meaning!

   Chris

Chris posted this 15 March 2019

Hey CD,

I agree, yes there is an element description!

I am not convinced Graham's MIT was in Saturation. I think maybe close, but the problem I see is, if he was in Saturation, the Voltage and Current Waveforms would not be 90 Degrees from each other:

 

Input Voltage ( Yellow ) and Input Current ( Blue ) would be almost in phase, not a quarter Cycle later. A Quarter Cycle is 90 Degrees and indicated the Core is not Saturated.

 

So, at Saturation, Inductance is lost, and an LC Resonance Tank Circuit can not be 90 degrees out of phase. The Inductor becomes a Resistive Element, because it has lost all its Inductance L.

Sorry, long winded, but my analysis, is that he is not in Saturation, but is close. I may be wrong and over looked something?

Graham has an interesting machine, yes it is directly related to this topic! But it is done in a slightly different way.

Grahams Partnered Output Coils, should be thought of as two Parallel Wires! Connected in Parallel Series! The Wires have a direct relationship to each other! At anytime the Relationship to each other were to change, so would the Magnetic Fields between them.

Remember, Current is the Magnetic Field!

If the Current between the two Parallel Wires, were to be aloud to change, then there would be a full reversal, which we have seen already. Why a full reversal in Current? Because it must be Equal and Opposite, Faradays Law of Induction with Lenz's Law states this!

This Change, only requires a change is the flow of Current, which is a Conduction related issue!

Break up all the parts of the Cycles seen:

 

The Area marked in Red is standard Transformer Induction, there is no indication of any overly unusual activity in this region. This region is the Half Cycle, it could be thought of as a negative DC half of the AC Cycle. Power here from Input to Output is Transformer Induction, with losses. The power would look like this:

 

Marked in Yellow.

Now, marked in Green, the active part of the Action comes:

 

The power would normally look like this:

 

 

Marked in Green. Now we must carefully analyze this, because we only have half of the Power expected, we have a specifically arranged interruption in Conduction at Peak Current, or very close to it.

 

The Switch:

Important: The Green Trace is the Output Current shown on only One wire:

 

At the point of the switch:

 

Marked in Red, the point of the Switch! Also seen, and should be noted, the only kick in the waves seen:

 

Marked in White, the only kick in the waves seen. Its a negative Kick, a kick that shows a negative pressure on the Input Current ( Blue ). Also important: The Input Current, after the Switch, the amplitude increases over time!

 

So, what's going on?

  1. Parallel Output Wires are building in Voltage and Current, the are fully loaded up until the Switch!
  2. At or close to Peak Current, the Parallel Series Connected Coils are Interrupted, the Conduction on One Coil is Broken...
  3. What happens now? How can the Current Flip so quickly?

 

 

The Green Trace above, shown above to indicate the Positive ( Red ) and Negative ( Black ) swings in the Output Current Trace.

Seen in the middle, is the very sharp change from Positive ( Red ) to Negative ( Black ). This happens in a very short time!

The Coils have a Tension, then the Tension in one Coil is broken, via a switch. One Coil still has a tension, but the other has no current, but the other coil wants to change. The Tension in this coil can not stay where it is.

The Coil that has a broken tension, is conductive via the Mosfet's Internal Diode, but only in reverse. We know that Equal and Opposite Currents must start to flow if there is a Conduction Path! 

Question, does the Switch need to be turned back on? If so why?

Graham is using the Tension ( Voltage and Current ) on one Output Coil, to Flip the other Output Coils Polarity, to create equal and opposite Tension ( Voltage and Current ). Bucking Coils! He is using Partnered Output Coils!

Well, we have a reasonable post, nearly out of words...

   Chris

 

P.S: Bad images, sorry, I tried to find the best I could but they are not very good for what I am trying to show.

Jagau posted this 16 March 2019

Very good analysis Chris

As can be seen everything happens when the little kick occurs, the output current (green) is then ahead of the input.

 This happens when both current go through the most negative point.

Perhaps this is due to the timing of the 2 mosfets, there must be this special timing

that makes one of the two resumes the pendulum to project the ball further? An analogy of the swing?

as if it would be the capacitor who would take the lead

jagau

Chris posted this 16 March 2019

Thanks Jagau,

I posted another post also, a second one, but deleted it because I was not happy with it. Third party Circuit analysis is not my strong point, and I only want to post what I am pretty confident about.

Part of my post was about the "timing of the two mosfets" you point out. But I am confident my last approach will confuse others and make this harder to grasp.

One day, I believe, we will grasp so much more, Just Voltage and Just Current, the relationships of them, I believe is a small part of the Story.

 

Let me try again:

 

My Friends,

In the Terminals of the Left Partnered Output Coil:

 

 

Using the High Voltage Probe across the Left Partnered Output Coils Terminals, shown above, gives this Waveform:

 

 

Conduction is Broken for a very short time! Graham said around One Millionth of a second in the video? We have seen the Flip in Output Current on the Output from the Right side Partnered Output Coil:

 

 

The Same Time Base is used on the Scope. Note: M = 4μs

I guess, what I am trying to show here, is the Delay in Conduction of Graham Gunderson's Partnered Output Coils! His has done very much more like we saw here. The MEG, a  little different, I showed a slightly different way again here.

At the end of the day, its all a Delay in Conduction all achieving the same end result: Magnetic Resonance.

   Chris

Chris posted this 18 March 2019

My Friends,

Delayed Conduction is a very easy way to control the Partnered Output Coils, sensitive to Electric Fields at Time t.

You will notice, The Partnered Output Coils Delayed Conduction Stage is always at a single point:

 

 

In the Area of Power if Voltage and Current are 90 degrees out of Phase, Current Lagging, is a very important place to keep in mind! All machines I have studied have used this area in one fashion or another, Kapandze, the Spark fires at the peak of the Wave, same place. Through a short thick Copper Coil. This interruption in Conduction, Delayed Conduction, is critical.

This Thread shows some circuits, but there is a little fiddling with what actually works. Frequency, Amplitude, Timing, but, the most important thing is: You know now, what to look for!

   Chris

Chris posted this 18 March 2019

My Friends,

For the GOOD in the World!

I want to let you ponder something. Its an important ponderance! Especially in this situation! The Time Bases are all the same:

 

 

Graham Gunderson's Left Side Partnered Output Coil was connected permanently to the Load, Capacitors and Globe:

 

For the entire time, between the Red markers! The Red markers indicate Off Time! Thus the Voltage Spike! Almost 700 volts. The Bottom Purple Line between the Red markers, is 9 Volts on the Capacitors, Conduction, Connected to the Output!

Connection interruption also seen here:

 

A big pixelated mess, but it can ne seen!

@CD - You asked, I wanted to point out, some huge things there for the ones that can see the coming problems!

Question: How did Graham make the Right Side Partnered Output Coil always show the same polarity flip in Current? Why does the Current not Flip the other way sporadically?

   Chris

Chris posted this 18 March 2019

My Friends,

A little speculation with a little evidence:

I believe Graham Gunderson was using Step Switching on the Partnered Output Coils - What Do I Mean?

Two Output Coils, Two Mosfets on the Output. One Mosfet for Each Coil.

In the closeup I showed:

 

 

We see evidence for something which Graham did draw for Reiyuki, who kindly shared all his images. He was present at the conference and took lots of fantastic Images while there, he also asked Graham lots of questions. One Image is shown:

 

With another Image verifying this image:

 

 

My Question:

Question: How did Graham make the Right Side Partnered Output Coil always show the same polarity flip in Current? Why does the Current not Flip the other way sporadically?

 

This is achieved by Step Switching the Output Mosfets as I have just shown. You will only find this information here! Other forums have tied this timing to the Input.

   Chris

Jagau posted this 18 March 2019

Hello Chris
I was away the last 3 days.
I take the time to study where we are.
This is a very interesting subject.
Jagau

Chris posted this 18 March 2019

My Friends,

@Jagau - Hope you had a good time! It is an interesting subject!

@All:

It is worth noting, The MEG has this exact same Process, One Coil Conducts, then the other, Slapping Together. The setup I showed you also. This process is simply How Hard and How Fast the Waves can Slap Together:

 

 

 

Thus the title of this Thread: Delayed Conduction in Bucking Coils.

There is a pattern, and the pattern is always the same, the Partnered Output Coils must Buck, the Coils must be made to Buck, normally they would not as shown in the thread: Parallel Wire or Bifilar Coil Experiment, and the Currents are always equal and opposite! Methods to make this occur can vary as we have seen on this thread!

No other forum on the internet, as far as I am aware, shows you any of these techniques! This information is new, especially in such detail! Some, a select few, I believe, have known about this for a long time.

   Chris

Jagau posted this 18 March 2019

Just a Chris question before going any further.
Is this scheme provided by Gunderson?


If yes this schema on the right is an IGBT not a mosfet.
And again the reverse diode is when the voltage goes from + to - is to increase the closing speed of the IGBT (+20 to -20 volts)

i mean diode between gate and emitter of IGBT
Jagau

Chris posted this 18 March 2019

Hey Jagau,

Apparently drawn by Graham at the Conference for Reiyuki. 

Graham drew the same diagram here:

 

He used the term Mosfet in the video.

Hope this helps some.

   Chris

Jagau posted this 18 March 2019

Thank you Chris for the correction it is a mosfet no doubt.

It draws the intrinsic capacity of the mosfet so as to understand how the gate fires in relation to the source.
Moreover, he draws the intrinsic diode of the mosfet in a way that I did not know.

We learn every day.


And in addition it gives a little key design not heatink and when you listen well it's the key.


Jagau

Chris posted this 19 March 2019

Hey Jagau,

Isn't it silly how many symbols we have for the same thing:

 

MOSFET - Metal Oxide Semiconductor Field Effect Transistor

Ref: www.electronics-notes.com

 

I agree, if we don't learn something every day then perhaps the day has been wasted?

   Chris

Jagau posted this 19 March 2019

Certainly Chris, that's why there is so much confusion in terms of the interpretations,

but most of the time when we look at the manufacturer's dasasheet,

it's the first two on top of the other that we see in datasheet


In addition the IGBT symbol looks like this


Even more confusion with mosfet.


Jagau

Chris posted this 19 March 2019

My Friends,

To re-cap:

The Partnered Output Coils have three things all going on in time:

  1. A High Energy Field is created around the Coils: Shown as Power P.
  2. There is a timed Disconnect and Re-connect: Delayed Conduction.
  3. The Coils Fields ( Currents ) React in such a way to Slap Together very fast.

 

 

We have enough evidence above to say this is exactly how the Output was achieved! Don't forget the Wave:

 

This is what's going on between the Partnered Output Coils:

 

The Question is: Are all other devices working on the same principles?

The answer is: Yes, almost exactly the same!

   Chris

Jagau posted this 20 March 2019

It seems that the Synchronous rectification is very important for Mr Gunderson
This image is worth a thousand 

especially that of the center

Jagau

 

Chris posted this 21 March 2019

My Friends,

Don't forget, the waveforms seen have no Vin.

All this is done with the Partnered Output Coils Vout and Iout.

Vout is "Generated", pumped, or supporting Mass, is: Iout.

What you see, is entirely an effect of the Partnered Output Coils. Conduction, Magnetic Fields, Interactions.

This Thread is SO Important, those that have followed will fully understand this Action!

   Chris

 

P.S: The image can be found with the article: Synchronous Switching Regulators.

Jagau posted this 21 March 2019

This subject is very important as Chris says.


It helps me understand important effects to seize to reach the aboveunity
I think that '' Synchronous Switching Regulators '' is one of the means that Mr Gunderson has taken to achieve his goal but as he says in his video he uses it in another way and that is why he uses the mosfet without heatsink think about that

The most important is the following:

What you see, is entirely an effect of the Partnered Output Coils. Conduction, Magnetic Fields, Interactions.

 

Jagau

Chris posted this 21 March 2019

Hey CD,

Excellent Experiment!

One half of the AC Sine wave can be seen as a half DC Wave, we use linear rectification units to achieve this from an AC Sine Source. We saw this here.

We must think of this DC half Sinusoidal wave as a pressure, or a Potential, or a bucket of water, the higher the Amplitude, the more the bucket is full!

The Partnered Output Coils require the same pressure, but this can not be achieved when there is no pressure to begin with!

Imagine: A Submarine, at the Surface its strong, sturdy, rigid! Go to 2000 meters, its ok, sturdy, go to 10,000 meters things start to creak and groan, and things get pretty scary especially if one hits rocks or something!

We must start from a positive pressure first, this is the Half AC, or DC sinusoidal wave form.

The more the bucket is full, the deeper a Diver can dive into the bucket. The more Pressure the Coils are exposed to, the Harder the Slap together they will have when the Linear Rectification Units time the Conductive Kick.

A Timed connection of the Partnered Output Coils is the Key! Grahams is shown above. Others, do not require this complexity, shown in the first post.

The Conductive Kick is the Waves Slapping together! Like this:

 

Above is the reason I said to go up close to saturation but not at saturation.

This Effect all happens as the Coils are suddenly connected ( Conduction ), at the right time, One Coil Conducts, then a split second later the other Coil Conducts. Delayed Conduction.

I hope this makes sense!

   Chris

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Vidura posted this 22 March 2019

Hi all, I would like to share some thoughts about the MIT in context with the thread. Please correct when I'm mistaken. I have been curious about the input signal shape, and concluded that the zero voltage section have a good reason, as it overlaps with the moment of interaction of the POC, the triangular output current waveform which is negative in this case. So the input voltage is switched to zero while the POC are inducing power, in order to not to load the input.IMO the input could be switched off earlier simultaneously with the interruption of the output coil, when the kick occurred. The input current will continue to flow during this part of the cycle, due to inductance or the primary(the resonant tank circuit?) which would be not of concern as no power is consumed at zero voltage. The input section is still not at all clear for me, at what points are the probes for Voltage and current.

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Chris posted this 22 March 2019

My Friends,

Some Insight:

 

I hope this helps some!

   Chris

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Chris posted this 22 March 2019

@Vidura,

I shared the images I received MIT - Graham Gunderson.

My Video above may answer some of your questions, if not please let me know.

Input Measurements:

 

Output Measurements:

 

 

I hope this helps!

   Chris

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Vidura posted this 22 March 2019

Hey Chris, I understood the critical points of operation, My question is more about a detail of design of the MIT: How we can mantain the input voltage in a resonant tank citcuit at zero volt during part of the periode without damping the oscillation? 

Vidura.

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Chris posted this 22 March 2019

Hey Vidura,

The Input is a measure of Load vs feed back.

For example, take a Transformer, measure with no load, then measure again with a load. Very different measurements! Phase angle especially will be very different depending how much one loads the transformer.

The Input is chopped DC, 50% duty cycle, from the H-Bridge: ( Top Waveform )

 

I like Cap Inductor in series, not so much in parallel. Not sure why, Parallel just feels wrong. The Input is assisted by the output, I have shown this before. Self Assisted Oscillation in a Shorted Coil - Bucking Magnetic Field Oscillation

 

That was way back in 2011. The Output assists the Input, one Coil works with the Input, remember we have three coils. There is no damping, there is an Assist.

See this video for a little more info: @ 4:05

 

A Positive Feed Back to the input.

So: 1 + -1 + 1 = 1 where as we would normally see: 1 + -1 = 0 nothing left over, all the Input Is consumed!

   Chris

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Vidura posted this 22 March 2019

So the input signal section at zero voltage is due to the feedback from the POC, I got it , at least I think so. And I remembered that when Graham was asked about the operating frequency he pointed out that it was not at 50%duty, but something like 33.3%positive, 33.3%negative and 33.3%off. Otherwise at 50% duty square input this special wave shape would not likely resonate.

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Chris posted this 22 March 2019

Hey Vidura,

Yes you're right. 33% is divided up like so:

 

So we see, 33% each:

  • Red
  • Orange
  • Blue

Of course, a normal H-Bridge is 50% to get an RLC Tank Circuit to resonate. Graham Gunderson's MIT is a special case requiring Off Time, this Off Time just happens to be 1/3rd of the Cycle.

Where we see Off Time, we see an increase in Current amplitude:

 

 

Of course, this is a significant indicator that the Output Coils are feeding back Energy to the Input. Feed Back as Floyd Sweet told us.

There is so much information in these scope shots, much I have covered here that you will not find on other forums! We truly are Light Years Ahead of the other Forums!

   Chris

Chris posted this 23 March 2019

My Friends,

Some more information:

 

I hope this helps!

   Chris

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Chris posted this 23 March 2019

Looks like I just broke YouTube:

 

   Chris

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Chris posted this 24 March 2019

My Friends,

A little more Information on Delayed Conduction:

 

I hope this helps some!

   Chris

Jagau posted this 24 March 2019

Hey Chris


One of the best video that I saw on the site of Aboveunity.com
I would give 3 times I like it
We are close to the goal.


jagau

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Wistiti posted this 24 March 2019

Agree with Jagau. Excellent explanation my freind!

Thank you for your time and effort. 😊

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Chris posted this 24 March 2019

Thank You my Friends wink

I try, every day to add useful content, to make a real difference in the world!

Don't forget, this is not the only way! A simple Light Dimmer Circuit can also give you the same results:

 

 

 

Of course, this Circuit is Bi-Directional. Also, importantly, you can adjust the timing of Conduction in Time t.

I pointed this out here.

I hope, most of you will be able to see a greater pattern emerging, of what I am doing. Things will be falling into place. Things making much more sense now.

A small story for you:

In the beginning, I had problems with the Coils. Using Coils as I have shown, with a Circuit Diagram like this:

 

 

Ref: Aloha's Post

Also shown in fig 2 in the above diagram, connected to a static Load, static meaning Conduction. 

The Problem I had was the Coils would mostly always have Currents in the same Direction. Lenz's Law always resulted between Primary and the Two Secondary's and I did not want this! It took me a long time, and I had to force myself to think simple, to understand the simple Laws of Conduction, Magnetics, and Time!

Most of the time, in this configuration, the Coils must always have Currents in Parallel and in Phase! The Currents will never change! We have covered this in detail in the thread: Parallel Wire or Bifilar Coil Experiment.

Drop Conduction on ONE of the Secondary Coils, however, for a split second, things can change very quickly!

NOTE: Other ways exist to achieve this result!

Some very simple, very basic experiments showed me that this is the key to making the System Asymmetrical, Lenz's Law was not effective back on the Primary. 

Some of my early experiments showed me this, but expanding this idea was somewhat of a task to grasp in full. I can not explain why this was...

 

I hope all here find this useful, it is a story of progress, and a lesson of simplicity! Breaking things down to the most basic level!

   Chris

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Chris posted this 26 March 2019

My Friends,

Perhaps my last post was not as useful as the Videos. Another:

 

I hope this is useful!

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  • Wistiti
Jagau posted this 26 March 2019

Thank you Chris

this video is very informative and you add something new for me

about a zener between gate a drain of mosfet?

jagau

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Vidura posted this 26 March 2019

Hey Chris and all following,

Finally back at my workshop i made a test with the proposed delay circuit with the mosfets and zehner diode.

I built this with 18v zehner diode but it resulted in fast selfoscillations of the switch like this:

And the current (upper trace) kept trunked off instead of the desired delay. When thinking about it is due that the gate voltage colapses immediately when the mosfet becomes conductive and recovers at high frequency. With a NPN transistor it might perform better, I will do a try. For the mosfet a stable gatedrive supply will be needed.

Regards VIDURA.

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Chris posted this 26 March 2019

Hey Vidura,

Awesome work! The Classic Sawtooth Waveform, which we should see! Look what you have achieved:

 

Ref: The RT V3 - Above-Unity

 

Almost the exact same basic waveform! Well done!

   Chris

Chris posted this 26 March 2019

My Friends,

Two other examples of Magnetic Resonance are:

 

We must realise, at Magnetic Resonance the machine creates a much larger Reaction, compared to the Action. I realise the Circuits and Input to Output Measurements are completely different, Jim Murrays not showing any above unity gains as far as I can tell, but the point is to look at the Effects!

   Chris

Chris posted this 27 March 2019

Hey Chris and all following,

Finally back at my workshop i made a test with the proposed delay circuit with the mosfets and zehner diode.

I built this with 18v zehner diode but it resulted in fast selfoscillations of the switch like this:

And the current (upper trace) kept trunked off instead of the desired delay. When thinking about it is due that the gate voltage colapses immediately when the mosfet becomes conductive and recovers at high frequency. With a NPN transistor it might perform better, I will do a try. For the mosfet a stable gatedrive supply will be needed.

Regards VIDURA.

 

@Vidura,

 

 

At all times the Voltage at the point of the Mosfet Drain, and the Cathode of the Zener Diode is greater than the rated Voltage, the Mosfet should be On. So the waveform may not be a true indication of Conductivity.

 

 

Some experiments with Inputs of a short pulse might be worth your while. Finding where the Zener is triggered and how long after the pulse the Ringing lasts.

Again, great work! This is a huge step forward! The Sawtooth wave is there, you have Nailed it! Nice!

   Chris

 

P.S: How many turns on your POCoils? I would look at increasing the Turns Increasing your Inductance and this should decrease your optimum Frequency and Input Voltage.

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Vidura posted this 27 March 2019

Chris

I used a 40 mm EE ferrite with 13turns  CW- CCW ot the outer legs, ten turns primary on the inner leg, the first triggering seems to be at 18 volts  as the zener diode, but the current of the positive halve wave fails to flow. the voltage was measured across the load(12v incandescent lamp) and the mosfet. I have made a test with a 13007  transistor instead of the mosfet, the effect of delay could be observed, but not always, only at higher powerlevels and certain frequency, and the transistor heats considerable, the voltage rise higher to around 30volts. Anyway the TVS, Varistors, GDT devices and also the sparkgap have considerable losses as well, but the gain of magnetic resonance should be far greater.

later ill make a test with another coilset with more inductance to compare results.

Vidura.

 

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Chris posted this 27 March 2019

Hey Vidura,

Cool, ok, yes I would increase Output turns to 20 or 30 turns if possible, input to 8 turns.

Drop the input voltage.

Add a Zener Diode for Gate Protection, with a slightly higher break over voltage: D2

 

I hope this helps some!

   Chris

 

Jagau posted this 27 March 2019

hi

In trying to protect a mosfet against a high energy transient coming from the drain such as from a large inductive load, we connect one or sometimes two zener diode between the gate and source in order not to exceed maximum ratings for Vgs (e.g. +/- 20V) .

We know a zener diode is already between drain and source du to structure of the mosfet.

What we meet very rarely is if we add a zener is between the drain and gate, it will turn the mosfet on so the majority of the energy pass from drain source .

During off time of mosfet,  Vz will keep mosfet on and no delay conduction occur i think? Because of low Vz

Am trying to understand?

Jagau

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Chris posted this 27 March 2019

Hey Jagau,

Apologies, today has been busy.

I have corrected my mistake above.

Yes there is a reverse diode between the Drain and Source. The internal Mosfet protection Diode:

 

 

 

We are putting a Zener as a delayed Trigger from Mosfet Drain to Mosfet Gate. The Zener Diode Cathode is connected to the Mosfet Source, sensing the Voltage if you like. Yes I agree, there is a good requirement for a Gate protection Zener Diode.

I agree, and yes, the Mosfet should be off during the reverse bias from the coil.

I agree and from my simple experiments, not including capacitance of the Mosfet itself, the possible ringing of the arrangement, at high frequency, so, I suggest, stay at a low frequency.

Another Video:

 

I hope this is useful!

   Chris

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Ere many generations pass, our machinery will be driven by a power obtainable at any point of the universe. This idea is not novel. Men have been led to it long ago by instinct or reason. It has been expressed in many ways, and in many places, in the history of old and new. We find it in the delightful myth of Antheus, who drives power from the earth; we find it among the subtle speculations of one of your splendid mathematicians, and in many hints and statements of thinkers of the present time. Throughout space there is energy. Is this energy static or kinetic? If static, our hopes are in vain; if kinetic - and this we know it is for certain - then it is a mere question of time when men will succeed in attaching their machinery to the very wheelwork of nature.

Experiments With Alternate Currents Of High Potential And High Frequency (February 1892).

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