Kapanadze replication

[DELAMORTO]

The ground absorbs low frequency current and reflects high frequency current. If we say it takes or reflects kapanadze, then it takes, pulls, the pump! If you reflect the wave, then what you invested is what you got, minus losses.
When he pulls from one end of the circuit and releases charges from the other end, he saturates the space around the resonator with them, taking away this energy, the environment immediately compensates for it. How the electromotive force compensates for the loss of the magnetic field in the coil.
I think this is why he is waiting for a discharge in some of his designs, waiting for the field to be dense enough to take energy from it.

[sergh]

Hello!

Bifilar coils are not visible there.
The primary coil of the Tesla transformer is wound with 6 turns of double wire, half of the wire is connected in series. In total, we get 12 turns of an ordinary coil, as in an ordinary multilayer coil of a household transformer.

https://www.youtube.com/watch?v=quCpm2IDNEQ

[DELAMORTO]

  Well then, explain why you need to tie two wires together! And I see that the inductor was selected, so winding the length of the resonator to tune and create excess. But you can draw blue and red lines in another way. Do you have anything to answer?
That in all of Turkey there was not a couple of meters of wire of the required thickness? 

[sergh]

Now compare how a resonator works with a conventional inductor and a bifilar one!

I don't see any fundamental difference between the two graphs.
In the right graph, the oscilloscope input is biased relative to zero by a constant voltage. But this is not relevant to the topic.

In general, to analyze the efficiency, you need to attach real graphs of voltage, current and power at the active load.
The voltage at resonance increases along with the current, because of this, a lot of energy is spent on useless heating of capacitors and conductors in coils. Therefore, resonant circuits are not currently used in power electronics.

Well then, explain why you need to tie two wires together! And I see that the inductor was selected, so winding the length of the resonator to tune and create excess. But you can draw blue and red lines in another way. Do you have anything to answer?

It might be necessary to tie two wires together for many reasons. For example, Kapanadze had a piece of double ABC type cable.
Or Kapanadze wanted the primary coil to be small in height, as in an ordinary iron transformer.

You can draw it any way you like, but otherwise it won't work like an induction coil.
Aerial bundled cable

[DELAMORTO]

I don't see any fundamental difference between the two graphs.
In the right graph, the oscilloscope input is biased relative to zero by a constant voltage. But this is not relevant to the topic.

This specifically relates to my topic. Charge pump theme. But you didn't explain why the resonator needs to wind an inductor in 2 wires. Let's be specific - for what?! Otherwise it looks like BLAH BLAH BLAH

[sergh]

Take an iron transformer and unwind the primary or secondary. How many layers will there be? 2 - 3- 4- ...10?
These winding layers can be considered as winding in 2 - 3 -4- 5- 6- ..10 wires and then switching them in series.

Why are multilayer coils wound? So that the wire fits into the required dimensions.

[DELAMORTO]

Rave...

[DELAMORTO]

An example of the effectiveness of a conventional inductor and a bifilar one in a mass accelerator.In a conventional inductor, only 1 pulse is used, the remaining oscillations are suppressed and used for heating. In a bifilar inductor, all vibrations are used and all the energy is used to create a unidirectional magnetic field.

[maxmalone]

An example of the effectiveness of a conventional inductor and a bifilar one in a mass accelerator.In a conventional inductor, only 1 pulse is used, the remaining oscillations are suppressed and used for heating. In a bifilar inductor, all vibrations are used and all the energy is used to create a unidirectional magnetic field.

Where are you measuring to get such an oscillogram? on the coil? on a capacitor?

How can you get 5kW from resonance after 2 seconds? giving 9V ? or even 12V? This seems abnormal. I understand that this is how it's supposed to work, but it's just abstract.

[DELAMORTO]

Where are you measuring to get such an oscillogram? on the coil? on a capacitor?

How can you get 5kW from resonance after 2 seconds? giving 9V ? or even 12V? This seems abnormal. I understand that this is how it's supposed to work, but it's just abstract.

This does not fit into the minds of 99% of people.
Another 0.99% believe that this is possible.
And only 0.01% tries to repeat it correctly!
The reason is a unique method, not known to scientists, since they think in patterns.
https://www.youtube.com/watch?v=bRqNtHiF5PE

[maxmalone]

This does not fit into the minds of 99% of people.
Another 0.99% believe that this is possible.
And only 0.01% tries to repeat it correctly!
The reason is a unique method, not known to scientists, since they think in patterns.
https://www.youtube.com/watch?v=bRqNtHiF5PE

I know this experience from school. Is this how you catch electricity?   

[DELAMORTO]

Video with a bifilar inductor. I don't really like to post shots that aren't my own, but here it's described and shown in more detail than ever.
It is interesting that on small bends of such an inductor, the wire from which it is made begins to heat up.
The video is in Russian, but it seems like the captions should be in any language.... YouTube has advanced in translation technology)))
https://www.youtube.com/watch?v=XGLYKKYiCPU

[chief kolbacict]

https://youtu.be/Cs8bIzA7Ns0
It was caught by me today. Maybe it will be interesting anyone.

[maxmalone]

https://youtu.be/Cs8bIzA7Ns0
It was caught by me today. Maybe it will be interesting anyone.

The programs show miracles.

[DELAMORTO]

I was not the first to allow bifilar in the inductor 

[Jose Antonio]

Has anyone on this site achieved, at a minimum, Unity?

-JA

[maxmalone]

I was not the first to allow bifilar in the inductor 

A bifilar coil is still a coil, only with a magnetic field increased by the capacitance.
The pancake type is just another form of the same thing. Is the magnetic field larger in relation to the input current? NO. What else can you do with it? only its design gives it some possibilities, like an induction cooker, which is very good.

[DELAMORTO]

A biflar is an inductively compensated coil. Do you think it's so easy to compensate for it at 0?!
I have already developed a formula for calculating my coils, I use them to the fullest in my devices!
A simple example of how I use a bifilar coil not to generate energy.


https://www.youtube.com/watch?v=NKyqQOX9A-w

[maxmalone]

The system is powered, so the non-inductive coil still consumes current.

[Aking.21]

Does anyone know of a ready-made amplifier that can be easily bought, such as Aliexpress, eBay, etc., that can amplify a cheap frequency generator?
The frequency generator ranges from 0 to 150 kHz. and has sine, square, and triangle waveforms.
The amp has to be at least 5 watts, preferably more.

[maxmalone]

Does anyone know of a ready-made amplifier that can be easily bought, such as Aliexpress, eBay, etc., that can amplify a cheap frequency generator?
The frequency generator ranges from 0 to 150 kHz. and has sine, square, and triangle waveforms.
The amp has to be at least 5 watts, preferably more.

https://pl.aliexpress.com/w/wholesale-dds-signal-amplifier.html

[sergh]

Does anyone know of a ready-made amplifier that can be easily bought, such as Aliexpress, eBay, etc., that can amplify a cheap frequency generator?
The frequency generator ranges from 0 to 150 kHz. and has sine, square, and triangle waveforms.
The amp has to be at least 5 watts, preferably more.

Hello Aking.21!
Probably something like Feeltech FPA301 will do:

https://www.aliexpress.com/w/wholesale-FPA301.html

or this:

https://www.aliexpress.us/item/3256806655620461.html

But the description on aliexpress says some nonsense. Read here about:

https://www.eevblog.com/forum/testgear/whats-inside-a-feeltech-fpa-301-better-than-juntek-dpa-2698/

Feeltech FPA-301 power spec is clearly off. Even taking peak values of 1A and 14V peak one does not get 20 W.

.. but 10W will also be enough

[Centraflow]

Does anyone know of a ready-made amplifier that can be easily bought, such as Aliexpress, eBay, etc., that can amplify a cheap frequency generator?
The frequency generator ranges from 0 to 150 kHz. and has sine, square, and triangle waveforms.
The amp has to be at least 5 watts, preferably more.

Make your own with a choke,  N channel mosfet and a LC filter (coil and capacitor @ the frequency you want. Just drive the gate with what you have.

Class E amp.

You will not do it any cheaper.

Regards

Mike

[Aking.21]

Make your own with a choke,  N channel mosfet and a LC filter (coil and capacitor @ the frequency you want. Just drive the gate with what you have.

Class E amp.

You will not do it any cheaper.

Regards

Mike

Thanks, Mike,
The problem is that I will be searching for resonance in another coil system with a load attached, so I need a broadband amp.
Let us say I have an L2 coil with a 10-watt load attached. I want to use a frequency generator to search  L1, for resonance.
I am not sure how this can work without spending a lot of money on a high-power frequency generator.
If I were to limit my sweep from say 50Hz to 20 kHz, would an off-the-shelf mono audio amp do the job?

Regards, H

[Allcanadian]

Thanks, Mike,
The problem is that I will be searching for resonance in another coil system with a load attached, so I need a broadband amp.
Let us say I have an L2 coil with a 10-watt load attached. I want to use a frequency generator to search  L1, for resonance.
I am not sure how this can work without spending a lot of money on a high-power frequency generator.
If I were to limit my sweep from say 50Hz to 20 kHz, would an off-the-shelf mono audio amp do the job?

Regards, H

I use the "ping" method.

Think of a bell, if we hit the bell it will ring at whatever it's true resonant frequency is. The only requirement is that the duration of the "hit" be smaller than the resonant frequency.

So we attach our DSO across whatever it is we want to measure, send in a short duration single impulse and then listen for the oscillations. As well, we can use only one wire to send the impulse if the voltage is higher. We can also receive the oscillations with one wire on our DSO if the ground probe is attached to an Earth ground.

I seldom mess around with a DMM or DSO any more and use passive electrometer and magnetometer arrays. It follows the notion that better tools often yield better results. So I started building my own tools to do what I want them to do. For example, we could have a large magnetic field in a coil core however a coil is only influenced by the change in magnetic field. The total field could be large and used in something like a solenoid motor however we would never know this if were only measuring the field change involved in inducing a coil. So it's important to think outside the box when building and measuring things.

AC