The Resonance Energy Device Explained

[Wistiti]

Do you still have a spark gap with your ETBC or the connection are close??

[med.3012]

Do you still have a spark gap with your ETBC or the connection are close??

hello,


sorry for the late reply, the connection are close (CD closed ) and there's no spark gap in that experiment, Mazilli driver work in low voltage 12 V, the high voltage in L2 can burn your finger instantly ... in some test i even can see the smoke of it when it's burning without any electric shock but this don't mean it's safe !!!

this result is very interesting because the driver eat around 20 W and push the power to light 20W light bulb , even though we could obtain more power when rectifying it using diode bridge ... it's easy to replicate this circuit and any question is welcome , we need some testers to see what's going on ..


it's obviously we could go further with this arrangement, we need help !!!
help us by replicating this design so i could go further with interesting info !

[Wistiti]

Hi med just let you know I will replicate your last experience.

[med.3012]

Hi med just let you know I will replicate your last experience.

this is good, what about the results ? this will be the start location toward working in a resonating high voltage environments, i expect to achieve a few KW of excess power BUT only when the ETBC resonate in HV, i expect there's a little secret about that but i am not sure .

[Wistiti]

this is good, what about the results ? this will be the start location toward working in a resonating high voltage environments, i expect to achieve a few KW of excess power BUT only when the ETBC resonate in HV, i expect there's a little secret about that but i am not sure .

Hi Med!
I have give it a try with no much result...
May give more time to it.. but have more than one project on the go...

[med.3012]

Hi Med!
I have give it a try with no much result...
May give more time to it.. but have more than one project on the go...

Hello Wistiti,


maybe you missed something in your experiment , this is another drawing to show more details , the number of turn in the ETBC is 6.3 turns, you have two transformer the first is L1/L2 which is the ETBC and the large coils L2 here we need a free oscillation , the air core help in this , the other side is a ferrite ring to transform the electrostatic induction into electromagnetic induction that can light the bulb effectively


L2 is well isolated using two layer of varnish the reason for this is to eliminate the loss since the air will be ionized around L2, according Tesla this can cause a significant loss !!
about the decayed battery that used as a kind of reflector you can eliminate using it .. but you need to move the ETBC along L2 to find the best position for optimum power .

[Wistiti]

Hello Wistiti,


maybe you missed something in your experiment , this is another drawing to show more details , the number of turn in the ETBC is 6.3 turns, you have two transformer the first is L1/L2 which is the ETBC and the large coils L2 here we need a free oscillation , the air core help in this , the other side is a ferrite ring to transform the electrostatic induction into electromagnetic induction that can light the bulb effectively


L2 is well isolated using two layer of varnish the reason for this is to eliminate the loss since the air will be ionized around L2, according Tesla this can cause a significant loss !!
about the decayed battery that used as a kind of reflector you can eliminate using it .. but you need to move the ETBC along L2 to find the best position for optimum power .

Ok Thank you Med! I will work on it.

[med.3012]

Ok Thank you Med! I will work on it.

welcome! soon i will provide the photo for each side, i find the result interesting because we could use the low voltage side with an inverter , but the most important now is to work with higher voltage to increase the output , i hope we could find an easy solution for this :-)

[med.3012]

this is the photos that show each side , the ferrite core has more than 80 turns .... you can count them, more inductance is better, welcome to any question .

[med.3012]

i think i missed something important here which is the length of foils it is 2.5 M each side, the following is a good book from V Utkin about electro radiant effect , he talk about Adjusting frequency of the sparks based on the principle “voltage – frequency” by using a dimmer, from Don Smith.

i have the same idea but i guess it's better to work with a voltage multiplication using diodes and capacitors, a dimmer will make tuning relatively easy if we could synchronize the oscillation of ETBC with spark gap frequency , in this case the SG will add more power instead of perturbing the oscillation of ETBC ... this is the idea which can open the door ...


book address :

http://www.overunityresearch.com/ind...0;attach=17998

[Wistiti]

Thanks r the pics and explanation.
It is appreciate!

[med.3012]

just to add some thoughts about the recent discussed arrangement, the first suggestion consist of using several output coils as the following drawing :





as example 7 output coil encircled by an ETBC, the next step is to connect them in serial so we have an increase in voltage seven time, voltage , frequency are the two critical parameter that affect the gained power .

[Pidja105]

Hello,
My account is activated, and I saw in upper picture earth connection. How can earth connection be avoided, I am looking to be portable 100%?

[med.3012]

Hello,
My account is activated, and I saw in upper picture earth connection. How can earth connection be avoided, I am looking to be portable 100%?

hello and welcome to the forum


to avoid earth connection you have to be success in earth connection at first ! earthing in these systems increase the amount of power , in other hand we must find a way to achieve electrical resonance in high voltage to move to high energetic system above 1 KW of excess power ...

the easy way is to use a high voltage module when the spark gap discharge don't eliminate the charging process of the capacitor that discharge directly in your ETBC... voltage multiplication using diodes and capacitors can do that but you have to be good in tuning, i have an idea but it's not guaranteed ..

[Pidja105]

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?