The Resonance Energy Device Explained

[Pidja105]

First, you said that we need to have SG in HV, now you said that SG is not here?

[med.3012]

First, you said that we need to have SG in HV, now you said that SG is not here?

if you read the previous post you understand ... the SG in CD as desribed in the PDF can't give the desired results.. so we need to make the SG outside , if you are good in electronic you could resonate the ETBC in HV using mosfet .

[Pidja105]

If I understand, if we have direct resonance we doare not need spark gap, and yes, I know how to oscillate with mosfets, but HV mosfets are not cheap. Is my first statement true?

[med.3012]

yes ... true

[Pidja105]

I dont understand l2 coil, is it one normal coil or some kind of receiver transmitter coil, if it is R T coil how to wound it?

[med.3012]

I dont understand l2 coil, is it one normal coil or some kind of receiver transmitter coil, if it is R T coil how to wound it?

according Tesla friction is always present even in electrostatic induction.. the art is to minimize them, this suggest to use two coil one as receiver the other as transmitter as you told, but if you have stable fixed standing wave you can eliminate using the T coil since the condition for bouncing waves exist the T coil isn't necessary .

[med.3012]

how to wound it?

i don't have a clear idea about this but i guess the R coil must have the highest voltage, the R coil can be made by trial ..

[Wistiti]

Maybe...

Hi Med!
I don't have the time to test it now but if you have, I think using the "JackNoskills" coil capacitor with open end as the primary and wind your ETBC over it, with open end either, as the secondary it might give interesting results...

Sincerely!

[med.3012]

Hi Med!
I don't have the time to test it now but if you have, I think using the "JackNoskills" coil capacitor with open end as the primary and wind your ETBC over it, with open end either, as the secondary it might give interesting results...

Sincerely!

thanks for your input, each experiments will teach us something, at the moment i am taking a long repose, i think i am tired and need a little rest, any advance will be published at real time !

[Wistiti]

Hi Med!
Just let you know today I have some spare time to test what I have suggest to you in my last post but have no good results with it...
I archive better results with multi layer bifilar coil open secondary.
Will let you know if I reach interesting results.

Sincerly !

[med.3012]

Hi Med!
Just let you know today I have some spare time to test what I have suggest to you in my last post but have no good results with it...
I archive better results with multi layer bifilar coil open secondary.
Will let you know if I reach interesting results.

Sincerly !

hi Wistiti !


thanks very much about your interest in this technology , the idea behind the ETBC is very simple.. how to convert voltage into current, more voltage is better especially in the primary side , this is why this experiment show something very important when we rise the voltage in the secondary side to see the effect of this amazing geometry ..

i attached some photo to see the simplicity of the experiment, the distance between the ETBC and L2 have to be small to see the effect ( the bulb will light ) the reason for this is the low voltage in L1 , 12 V is still very very small to see a significant power so a little amount of power is a proof, L2 have to be not in the center of L1 so you can take a good amount of radiant energy ..

[Pidja105]

Hi again,
Med, from which insulator you made ETBC, I wish to make it from wax paper?

[Pidja105]

And which lenght of plates?

[med.3012]

Hi again,
Med, from which insulator you made ETBC, I wish to make it from wax paper?

hello,


i already gave all the measure of ETBC, about the insulator i am using it's only good in low voltage but in HV i heard an internal spark inside the ETBC! so i have to change it when start again in HV read the previous posts , any question please ask :-)

[med.3012]

On the month of Ramadan,
I’m wishing you 4 weeks of blessings,
30 days of clemency,
and 720 hours of enlightenment.
Happy Ramadan!