Kapanadze Cousin - DALLY FREE ENERGY

[onepower]

In my opinion the video is little more than click bait because it has no context. As well it is well known that all these high frequency circuits interact with the ground plane. I could build a $3 joule thief and show that same kind of nonsense all day long.

The only variable that matters here is efficiency and COP or the relationship between the input and output. This is why I like input/output capacitors so we can easily track and measure the COP.

I connect opto-isolators to the input/output caps then track the voltage with a $10 dollar Arduino Uno. We now have a $15 power analyzer which can calculate and track the COP in real time. I also connected a red and green LED to two output pins to show the direction of the COP. Green means the COP is rising as I make adjustments to the circuit and red means a falling COP.

Here I simply measure the voltages on the caps and check the time using millis, store the values, measure the voltages and time again then calculate the difference between each of the two voltages and time values dV/dt. Eureka we now have a measure of the rate of change of the capacitor voltages indicating the COP and its direction.

Do you see how simple this is?. This is what happens when we start applying logic and reason to our experiments. The first step is determining what is happening and why then everything else proceeds from there.

Regards

[DavidWolff]

In my opinion the video is little more than click bait because it has no context. As well it is well known that all these high frequency circuits interact with the ground plane. I could build a $3 joule thief and show that same kind of nonsense all day long.

The only variable that matters here is efficiency and COP or the relationship between the input and output. This is why I like input/output capacitors so we can easily track and measure the COP.

I connect opto insulators to the input/output caps then track the voltage with a $10 dollar Arduino Uno. We now have a $15 power analyzer which can calculate and track the COP in real time. I also connected a red and green LED to two output pins to show the direction of the COP. Green means the COP is rising as I make adjustments to the circuit and red means a falling COP.

Here I simply measure the voltages on the caps and check the time using millis, store the values, measure the voltages and time again then calculate the difference between each of the two voltages and time values dV/dt. Eureka we now have a measure of the rate of change of the capacitor voltages indicating the COP and its direction.

Do you see how simple this is?. This is what happens when we start applying logic and reason to our experiments. The first step is determining what is happening and why then everything else proceeds from there.

Regards

So what if your opinion is wrong ? Have you got a device you can share that proves your hypostasis ?

[NickZ]

     Well, the thing is, that when you connect the scope to the output side, you just grounded out the HV pulses to ground. Therefore the measurements will be off. You'll see that for yourself, if you ever decide to build one of these contraptions.So, please show how easy and simple that is in real life. The only measurements that I need, is to see the device self run.

[onepower]

Nickz
That is a good point which is why I said I use optoisolators to isolate the caps from the ground plane and the measuring circuitry.

My reasoning is that a self runner is a mute point if we do not have the knowledge and understanding to build it or know what were seeing. The unfortunate truth is that the odds of someone just giving us the technology is basically zero. Thus like most things were going to have to do it ourselves.

Understand the first known working FE devices started showing up in the early 1900's. One hundred at twenty years later today it still has not gone mainstream. So I don't think I will be waiting for someone else to solve my problems.  What fun is that, lol?.

Regards

[Raycathode]

This is on Wesleys thread, have you read it no of course you havent is was in Russian. (Lucifer ain't my lord) 

Any cockups in the translation sorry   

Wireless Energy Transfer / Re: Wesley's Kapanadze and other FE discussion forum


From Mr Delmorto.

Hi Wesley and others!
I study the oscillatory circuit in resonance and the removal of reactive energy from it with the help of short and powerful pulses.
Remember SR193 - "Create a low-cost electromagnetic field, and then just move it."
Because his device is like a battery, and processing by the built-in computer
is not at all linked to energy production, it is too complicated!
I am sure that in the installation of free energy,
Kapanadze uses a swayed oscillating circuit as the basis for the accumulation of the electromagnetic field in the coil.
This field is affected by a short but powerful electromagnetic pulse, shifting the
field into the pickup coil.
As an example,  here is a diagram,
I'm not sure what it is, but it seems like !


Kapanadze in the video said- "this is the classic Tesla scheme, only no one could make it work!"

Watch the video with the can, all the wires that go to the can are low current, only the wires on the reel itself are thick! So the current is formed in this place. And what can heat the wires - the oscillatory circuit in resonance! But no one could remove energy from such a circuit (again we recall the words of Kapanadze)
Kapanadze was able to squeeze out energy from the circuit! This is his secret.



The principle is very simple - there is an oscillatory circuit, serial or parallel, which accumulates an electromagnetic field in itself. Everyone knows that a huge reactive current is walking there, but you cannot extract it - the resonance is collapsing.
But I think that using an inductor and a capacitor charged to a high voltage (Tesla's circuit), this field can be shifted towards the pickup coil, creating an EMF in it!
You know, I've been searching for a long time, but this option came to my mind just recently, for the new year, I will test this theory myself and suggest that everyone who is interested in doing this too!


Wesley, make an oscillating circuit, measure what current it walks in resonance, both the capacitor and wires are heated.
Nobody could use this energy without destroying the resonance in it.
Kapanadze apparently found a way according to Tesla.
In the photo I see capacitors and a coil - this is an oscillatory circuit!

r2fpl, yes, exactly as Kapanadze said- no one could get him to work.
Wesley, but what do you think consumes 60-100vat in the Bank video? This is the pumping of an oscillatory circuit!

Pay me $ 100 once, but per user! I discover the principle of Kapanadze!

Let's all laugh!


Wesley, I'll send a private video, it is only for your eyes, as a confirmation of this scheme
I knew that Wesley would put this video out a little, although he was asked not to do it.
The fact that, alas, there is no trust .... good luck, the paths diverge!
You comedian wesley