Don Smith A review...

[AetherScientist]

You know that a step down/up inductive transformer can be done using more or less turns of wire.



But... what about capacitive step down/up transformer?

I mean using plates... how can I increase electrostatic energy?

[med.3012]

You know that a step down/up inductive transformer can be done using more or less turns of wire.



But... what about capacitive step down/up transformer?

I mean using plates... how can I increase electrostatic energy?

Ok just a quick reply as it's late here.., you are invited to take a look at this doc here :

www.free-energy-info.com/Mohamed.pdf it's a few page PDF but very compressed in information

if you like you can take a look at my thread :

http://www.energeticforum.com/renewa...explained.html


for your time i could reply your questions the best i can do, the idea in a few words is to combine both electricity side together and let them oscillate.., as Don stated you need to forget about the electricity we had learn at school.. this is new knowledge, we have to eliminate the displacement current inside our capacitor and use them as coil ... it's very simple any bifilar coil has a built in capacitor.. the extension is needed to make it oscillate lenz's law have to be avoided, so you have the key to unlimited power ... GOOD NIGHT

[AetherScientist]

see you the next time. good night.

[Bob Smith]

A representation about the circuit I made some days ago

AetherScientist
I have had some success with this configuration using a different resonant circuit. My problem is getting the charge out of the capacitor to do useful work.

In a slightly different example, YT user Nelson Rocha puts a gas discharge tube across his cap, and is able to withdraw charge from it to make an incandescent bulb glow. I am assuming this might also be possible by using a zener diode in the same way
https://www.youtube.com/watch?v=C9Ozeq61x1Y

Any suggestions on how to get past this point - to draw useful charge out of the cap to do work?
Bob

[AetherScientist]

There are multiple combination of different factor to experiment with.
Tesla,for example, used single line transmission line to run devices


There are even more different combination to experiment and observe with.

The idea is how to use resonance to absorb energy from the ambient. There would be one device to disturb ambient electrons and different devices to collec than energy.

[AetherScientist]

AetherScientist
I have had some success with this configuration using a different resonant circuit. My problem is getting the charge out of the capacitor to do useful work.

In a slightly different example, YT user Nelson Rocha puts a gas discharge tube across his cap, and is able to withdraw charge from it to make an incandescent bulb glow. I am assuming this might also be possible by using a zener diode in the same way
https://www.youtube.com/watch?v=C9Ozeq61x1Y

Any suggestions on how to get past this point - to draw useful charge out of the cap to do work?
Bob

Hello Bob Smith,
I am using a car's ignition coil to obtain the single wire HV HF line. I feed the ignition coil using a PWM circuit that I bought in eBay.

It would be ok to try the cap and the bulb that Nelson is using. I have used a 1 KiloVolt 22uF cap to try to light a 25 Watt 250 Volts incandescent light bulb, but I only get sparks in the connections and no light.

If you want pictures I can make some, but the schematic I use is very simple.
A AC to DC transformer: output 12 VDC 1.25 Amps.
PWM circuit to feed the input of the car's ignition coil
A car's ignition coil
2 plates of the same characteristics (material and shape)
An AV plug,

I get big sparks from the capacitor.

I can try Nelson's configuration to use a light bulb. But I have to change the capacitor and the light bulb with the same that Nelson is using.

[Bob Smith]

Hello Bob Smith,
I am using a car's ignition coil to obtain the single wire HV HF line. I feed the ignition coil using a PWM circuit that I bought in eBay.

It would be ok to try the cap and the bulb that Nelson is using. I have used a 1 KiloVolt 22uF cap to try to light a 25 Watt 250 Volts incandescent light bulb, but I only get sparks in the connections and no light.

If you want pictures I can make some, but the schematic I use is very simple.
A AC to DC transformer: output 12 VDC 1.25 Amps.
PWM circuit to feed the input of the car's ignition coil
A car's ignition coil
2 plates of the same characteristics (material and shape)
An AV plug,

I get big sparks from the capacitor.

I can try Nelson's configuration to use a light bulb. But I have to change the capacitor and the light bulb with the same that Nelson is using.

Thank you AetherSci
I am also able to get the sparks off my setup. My next step now is to try to get useable power from the capacitor. The power is there in great quantities when we begin to tap the dielectric/aether. For me, it is a question of making it available in an accessible form.
Thanks again for the quick reply.
Bob

[AetherScientist]

Thank you AetherSci
I am also able to get the sparks off my setup. My next step now is to try to get useable power from the capacitor. The power is there in great quantities when we begin to tap the dielectric/aether. For me, it is a question of making it available in an accessible form.
Thanks again for the quick reply.
Bob

I understood that you was not able to get the sparks from the capacitors.
I was recording some videos for you, but I don't upload them because they will teach you nothing new.

So we are at the same point: to get usable power from those capacitors.
I am also able to get sparks when I short the caps, but I cannot run any device on that energy. I am asking in other forums to light a bulb from those capacitors, but Nelson has shown a possible way to light a bulb for a small period of time(1 second or less). So the next step is to use the same light bulb and cap as he is using and expect to get the same results.

So we have some homework to do.

[AetherScientist]

Bob Smith,

You have also this video that shows a capacitor and how it can light a bulb for a second or less using a Kacher coil:
[VIDEO]https://www.youtube.com/watch?v=F9kHPVIIjZM[/VIDEO]

[med.3012]

Bob Smith,

You have also this video that shows a capacitor and how it can light a bulb for a second or less using a Kacher coil:
[VIDEO]https://www.youtube.com/watch?v=F9kHPVIIjZM[/VIDEO]

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.

Ok i just want to add something important about superconductivity, it's better to quote a small text focus about the discussed idea .. electrons attraction.




the full pdf is here :

http://www.cengage.com/resource_uplo...nductivity.pdf

[med.3012]

The idea is how to use resonance to absorb energy from the ambient. There would be one device to disturb ambient electrons and different devices to collect than energy.

the resonance can't produce the power but it replicate the power with radio frequency speed, this mean if you start with 10W you could replicate this as 1000 for example or more ...

the following drawing explain this device named the E-TBC :



this device form a parallel L/C but as you know any parallel L/C will produce reactive electric power which can't do real work.., for this device to produce real active power we must close the connection CD ( green section ) so both voltage and amperage will meet each other.

upon oscillation the induced rotating electric field will just charge the capacitor once again, so you give the power to this special capacitor coil and after that it replicate that power according the resonance frequency, the problem with ordinary parallel L/C is still the produced reactive power, this problem is solved in the E-TBC when we close the junction CD and achieve the resonance in this condition .

[Bob Smith]

... the problem with ordinary parallel L/C is still the produced reactive power, this problem is solved in the E-TBC when we close the junction CD and achieve the resonance in this condition .

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

[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.

[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 !

[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