The Resonance Energy Device Explained

[med.3012]

to make the things easy, earthing is the first place where we have to success ... it's way to learn.

[med.3012]

I don't understand how to move to 1kW+. What we need to achive to get that power level and how to wind l2 for double ETBC for active power output?

it's too late to reply your question, tomorrow we will discuss this , in previous posts you will find a great quantities of info , please take a look .

[Pidja105]

Yes,
I will use earth for time under high power outputs,
But, in your document, you said the equations for reaching power of 30kW. What keeps us out of that power level?

[Pidja105]

Do you have time for questions?

[Pidja105]

I think about using plasma as a source of electrons for receiver-emitter coil.

[med.3012]

Do you have time for questions?

yes i am here !

[Pidja105]

What keeps us out of high power level as you wrote in your document the equation of 30kW, what we need to achieve for high power level?

[Pidja105]

Are you here?

[med.3012]

Are you here?

you are new in the forum ... it take time to reply you .. i am already writing a reply , don't worry, if you have something important to do do it and after a while you can see the reply

[med.3012]

Yes,
I will use earth for time under high power outputs,
But, in your document, you said the equations for reaching power of 30kW. What keeps us out of that power level?

my documents is a theory and the objective is to solve the problem from where the excess energy came from ? and it's solved now even though there's some pieces of the puzzle still need a solution , everyday when i think about the ETBC i discover something new.. sometimes the picture is more clear .

What keeps us out of that power level is the misunderstanding of open energy devices, in this case i talk about the ETBC, take the following drawing as example :





our system depend on a resonating LC circuit as a kind of energy pump, in the first case the observer see two kind of element he is outside the system, these elements being a capacitor and inductor, there's an energy exchange between the two,

in an open system the observer is inside the capacitor .. the capacitor is no longer look like ordinary capacitor .. now it's a part from the inductor... the problem is when we take the power from the ETBC using only a secondary coil as a direct pick up element .., in this case we miss the capacitive side.

what i want to say is we have to understand the behavior of electrostatic induction so we could pick up the power effectively , the second requirement is the resonance under a relatively high voltage, around 4000 v is great !




about the power of 30kW discussed in my document it's only a theoretical calculation of electromagnetic flux, we really don't know what's electricity ? we are still learning ... being in state of curiosity we could learn more !

[Pidja105]

Can you send me schematics which powered lightbulb, and explanation of mixed ETBC(how to wind l2 for collecting such power)?

[Pidja105]

If I understand,
If we achieve resonance on a High Voltage we will get major power output, what is the problem?

[med.3012]

the resonance in high voltage isn't easy but with the state of art semiconductor it can be if you have a good hardware and this is not available all over the world, in the case of ETBC the resonance frequency is high keep in mind the double frequency behavior 2 x F we need a high voltage module look like what's inside the modern X ray machine , if i am correct they can give a hundreds of KHZ and this is the range we need, the common available can work in tens of KHZ.

[Pidja105]

the resonance in high voltage isn't easy but with the state of art semiconductor it can be if you have a good hardware and this is not available all over the world, in the case of ETBC the resonance frequency is high keep in mind the double frequency behavior 2 x F we need a high voltage module look like what's inside the modern X ray machine , if i am correct they can give a hundreds of KHZ and this is the range we need, the common available can work in tens of KHZ.

We need HV supply of ultra high frequency for that, am I right, when we make that we will be able to get high power?

[Pidja105]

We need HV supply of ultra high frequency for that, am I right, when we make that we will be able to get high power?

If we need it why we cannot make another Tesla coil(normal T. Coil) to supply HF to us?(AT MUCH HIGHER VOLTAGE, AND SAFE ELECTRICITY AT SAME TIME)?