Don Smith A review...

[AetherScientist]

in my opinion the correct option is the first where L1 wire length must be 1/4 of the L2 wire length, this is because we are using electrostatic induction, the E-TBC secure this condition because the voltage in it depend on its length so we have to follow it in L2 coil to make the two coil L1/L2 talk to each other.


GOOD NIGHT to all

Apart of the 1/4 wire lenght... Do you look at any other parameters to make talk L1 to L2?

[AetherScientist]

It would be interesting to perform the Lenz's Law (coil + magnet + voltmeter) using a bucking coil configuration and check the behaviour. Also there are other configurations that would be interesting to test.

[med.3012]

What you mean with proportional length?
I have heard about different techniques and there are more that I don't know.

One technique I heard is that L1 wire lenght must be 1/4 of the L2 wire length.
Another technique is that the weight of L1 and the weight of L2 must be the same.

in my opinion the correct option is the first where L1 wire length must be 1/4 of the L2 wire length, this is because we are using electrostatic induction, the E-TBC secure this condition because the voltage in it depend on its length so we have to follow it in L2 coil to make the two coil L1/L2 talk to each other.


GOOD NIGHT to all

[AetherScientist]

----just a quick reply ---


superconductivity is achieved in room temperature using the capability of the induced rotating electric field to recharge the capacitor upon oscillation, so you have electrons in condensed quantum state, now you got a squared ( or amplified ) electromagnetic flux, you just need another L2 coil with proportional length to tune ( or talk ) with L1 coil.

when L2 is able to talk with L1 and L1 is able to talk with the ambient background energy the output from L2 will be a replicated active power thousand or million in time according your frequency ..

charging the capacitor bank isn't a problem even we could enhance this further more, at this stage we have to change the frequency and voltage to the desired level, here a lots of people will come and help ! don't worry .

What you mean with proportional length?
I have heard about different techniques and there are more that I don't know.

One technique I heard is that L1 wire lenght must be 1/4 of the L2 wire length.
Another technique is that the weight of L1 and the weight of L2 must be the same.

[med.3012]

What is the name of the E-TBC inventor?

it's me Mohamed.

[med.3012]

Thanks, it seems interesting and I am going to search a little bit information about the E-TBC.

Smith device has a lot of questions to ask, but the two more important are:
1. How to use the energy from those capacitors to perform work
2. How to charge that capacitor bank in less time.

Maybe a capacitor with superconductivity charges very fast, or not.

----just a quick reply ---


superconductivity is achieved in room temperature using the capability of the induced rotating electric field to recharge the capacitor upon oscillation, so you have electrons in condensed quantum state, now you got a squared ( or amplified ) electromagnetic flux, you just need another L2 coil with proportional length to tune ( or talk ) with L1 coil.

when L2 is able to talk with L1 and L1 is able to talk with the ambient background energy the output from L2 will be a replicated active power thousand or million in time according your frequency ..

charging the capacitor bank isn't a problem even we could enhance this further more, at this stage we have to change the frequency and voltage to the desired level, here a lots of people will come and help ! don't worry .

[AetherScientist]

What is the name of the E-TBC inventor?

[AetherScientist]

nice video, i had the same problem with my E-TBC when i was able to charge a capacitors bank to a high level but when connecting a light bulb i only see a spark in the connection of the bulb ! when short circuit the capacitor with a thin copper wire, the wire burn immediately... my explanation is : i only get voltage without real current.

I am reading part of your pdf files.

About the bulbs, I see the same sparks when I connect them to the capacitors.
I don't see any light or sparks inside the bulb, only sparks in the connection of the bulb. Well, I think it's needed to select a correct value. I think it's needed more capacitance but I think also that is the capacitance is small the capacitor should discharge on the bulb without sparks.

[AetherScientist]

Hi AetherScientist :-)


i am interested in OU device in general but specialized in the E-TBC technology as a promising device.. so i just give my point of view about how could Don Smith device look like.

Best regards.

Thanks, it seems interesting and I am going to search a little bit information about the E-TBC.

Smith device has a lot of questions to ask, but the two more important are:
1. How to use the energy from those capacitors to perform work
2. How to charge that capacitor bank in less time.

Maybe a capacitor with superconductivity charges very fast, or not.

[med.3012]

Hi AetherScientist :-)


i am interested in OU device in general but specialized in the E-TBC technology as a promising device.. so i just give my point of view about how could Don Smith device look like.

Best regards.

[AetherScientist]

I am looking for information about lighting an incasdescent light bulb with a capacitor at least for a second. Not using supercapacitors and using any kind of schematic.

Any information is welcome.

[AetherScientist]

med.3012
Do you know that you can achieve single wire transmission line using low frequency and low voltage AC?

[med.3012]

I am going to reply you with a short answer because I cannot write a long answer.

Search this in Google vector inversion generator
or
Spiral impulse generator
In the pictures, it seems very similar to yours.

than you,
a friend refer me to this previously also but the idea isn't the same, in the E-TBC we are treating the device as a single entity so you have both capacitor and coil oscillating together to produce an amplified electromagnetic flux , while vector inversion generator is used as voltage amplification device :

https://www.google.com/patents/US4507567

[med.3012]

Would a spark gap be one way of closing this junction?
Bob

Hi Bob,

in reality we don't need the spark gap in the E-TBC , but we may need it as voltage limitation device outside L1 coil , the reason for this is we have to make the coil and capacitor to oscillate as the same device, when we make the spark gap in CD position we achieve the resonance BUT we loose the connection of electric current so you have only voltage in L2 coil ..

is there a proof about this ? fortunately yes


there's another device called the mixed E-TBC, the idea about it came to my mind when a member asked me about the possibility to use an external coil with the E-TBC, in reality it's not possible because the E-TBC oscillate with itself so i tried to make something new and i made a mixed E-TBC like the following drawing and tested it in a simple transistor circuit :

1- this is how the mixed E-TBC is formed :




2 - this is the voltage graph in each side :




The mixed E-TBC is another derivative from the E-TBC, the two device work on the same principle... you form the coil while the capacitor is formed also, the two side of the mixed E-TBC are similar to the single E-TBC so each plate in the E-TBC = a coil in the mixed one... either the black or the red, now the two side in the mixed E-TBC produce active power only when you see the two together .. this mean the E-TBC is able to produce active power when CD is closed !

[AetherScientist]

I am going to reply you with a short answer because I cannot write a long answer.

Search this in Google vector inversion generator
or
Spiral impulse generator
In the pictures, it seems very similar to yours.