Donald Smith Devices too good to be true

[xilo]

Hello XILO,
Thank you for posting you Hacked stuff.

1. electromagnetics
2. electrogravitics
3. electrostatics

when two same fields interact they give rise to a third effect

2 magnetics- electricity
2 scalar- electricity
2 gravitational electricity

gravity is free and unlimited
ions are also unlimited

Don smith also uses electro gravitics to produce power but in a subtle way.

ether has 2 components
magnetic
gravitic
they cancel each other and they are perpendicular to each other.
and thats why its resultant is zero

gravity is a manifestation of ether which is transformed into gravity due to north and south poles of earth and since earth has an iron core it acts as a huge bar magnet or a huge solenoid.

other planets dont have poles or have weaker poles thats why gravitational field lesser or negligible example is moon.

Levitationsmaschine-Cetin BAL - GSM:+90* 05366063183 -Turkey/Denizli

g field of solenoid and toroid

[T-1000]

Simple to build isolation transformer that consumes less power than it gives out

Have fun!

[xee2]

Levitationsmaschine-Cetin BAL - GSM:+90* 05366063183 -Turkey/Denizli

Thanks for posting this link.

[Guruji]

Hi Guruji,
Sorry, I lost you there. Which circuit are you taking about ?

Regards,
HS

Hi Harishsingh I was talking on this schematic:

[Tdk]

1. electromagnetics
2. electrogravitics
3. electrostatics

when two same fields interact they give rise to a third effect

2 magnetics- electricity
2 scalar- electricity
2 gravitational electricity

gravity is free and unlimited
ions are also unlimited

Don smith also uses electro gravitics to produce power but in a subtle way.

ether has 2 components
magnetic
gravitic
they cancel each other and they are perpendicular to each other.
and thats why its resultant is zero

gravity is a manifestation of ether which is transformed into gravity due to north and south poles of earth and since earth has an iron core it acts as a huge bar magnet or a huge solenoid.

other planets dont have poles or have weaker poles thats why gravitational field lesser or negligible example is moon.

Levitationsmaschine-Cetin BAL - GSM:+90* 05366063183 -Turkey/Denizli

g field of solenoid and toroid

Xilo,
Your explanation of gravity and magnetic fields are similar to Nuclear Engineer “M.T Kesher” explanation. Do you have any practical instructions to implement your ideas, Patens, diagrams etc.

[xilo]

schema

[harishsingh]

Hi Harishsingh I was talking on this schematic:

Hi Guruji,
The bridge rectifier is used after the voltage divider. Depending on the capacitor values in the voltage divider cap bank, the current draw can be engineered to desired values. Diodes can also be in parallel-series to handle desired wattage.

There is another more significant advantage with this scheme.

Current Isolators

Regardless of the mode (up or down), the input plates in a C-stack are electrically isolated from the output plates. This makes a degree of current limitation possible without adding appreciable resistance. In fact, one of Tom Bearden's requirements ("THE FINAL SECRET OF FREE ENERGY", A.D.A.S. 1993) is that the voltage potential be decoupled from the current source, such that the voltage, only, is supplied by the device, and the current is drawn from elsewhere, presumably from the environment.

The C-Stack by Cris Paltenghe


Apparently, there is another thread that is discussing the capacitive transformer.

Capacitive Battery Charger & Capacitive Transformer

Regards,
HS

[GSM]

schema

Okay Xilo,

I look at that circuit and can imagine a spark gap impulsed primary generating a wave passing through the metglass from bottom to top. That wave also reactively tuned by C2 and the CCW winding, thus enabling resonance and transducible output.

But the primary and CCW are field coupled, each is also circuit connected, and thus any Metglass resonance is closed loop electromagnetically controlled, so where could any possible 'electrical' advantage come from due to this particular arrangement ?
What about component values and frequencies; and is the core a rod or closed toroid ?

Have you tested and videoed this arrangement in order to establish proof of advantage such that your publication here might be validated ?

Cheers ............ Graham.

[GSM]

Hi Harishsingh I was talking on this schematic:

Hi Guruji.

I wonder if I might here make an orbservation.

Your mirror image spark energised secondaries are high voltage rectified and thereafter DC charge an high voltage capacitor.

Whatever voltage that capacitor is loaded down to, either via a series resistor divider or any other load, will set the potential at which the high voltage diodes must shunt the tuned secondaries and *kill* resonance.

Has anyone ever tried inserting a choke between the junction of the high voltage rectifiers and the high voltage capacitor ?
I could imagine a 100 metre roll of 16 or 24 x 0.2mm cable being useful here as long as the centre of the roll former is card and not metal. (Or a 500m roll if the energising spark frequency is low.)

(Similar to arrangements in old fashioned thermionic power supply circuits.)

This arrangement will further decouple the spark gap from any final loading by phase shifting rectifier current conduction with respect to spark discharge induced resonant voltage, thus allowing the resonant induced waveform to remain more continuous, possibly even with wire coil advantage being 90 degree tunable via insertion and adjustment of a ferrite core, and possibly the spark to be quieter and more plasma like.

This would also reduce the voltage developed across the high voltage capacitor.

Cheers ............... Graham.

Cheers ......... Graham.

[Guruji]

Hi Guruji,
The bridge rectifier is used after the voltage divider. Depending on the capacitor values in the voltage divider cap bank, the current draw can be engineered to desired values. Diodes can also be in parallel-series to handle desired wattage.

There is another more significant advantage with this scheme.

Regards,
HS

Hi Harishsingh the bridge is after the bank in the schematic that was posted.
and says Low voltage diodes.

Hi Guruji.

I wonder if I might here make an orbservation.

Your mirror image spark energised secondaries are high voltage rectified and thereafter DC charge an high voltage capacitor.

Whatever voltage that capacitor is loaded down to, either via a series resistor divider or any other load, will set the potential at which the high voltage diodes must shunt the tuned secondaries and *kill* resonance.

Has anyone ever tried inserting a choke between the junction of the high voltage rectifiers and the high voltage capacitor ?
I could imagine a 100 metre roll of 16 or 24 x 0.2mm cable being useful here as long as the centre of the roll former is card and not metal. (Or a 500m roll if the energising spark frequency is low.)

(Similar to arrangements in old fashioned thermionic power supply circuits.)

This arrangement will further decouple the spark gap from any final loading by phase shifting rectifier current conduction with respect to spark discharge induced resonant voltage, thus allowing the resonant induced waveform to remain more continuous, possibly even with wire coil advantage being 90 degree tunable via insertion and adjustment of a ferrite core, and possibly the spark to be quieter and more plasma like.

This would also reduce the voltage developed across the high voltage capacitor.

Cheers ............... Graham.

Cheers ......... Graham.

Thanks GSM for your input. I'm using Bruce setup not that setup to charge the bank.
Thanks

[harishsingh]

Hi Harishsingh the bridge is after the bank in the schematic that was posted.
and says Low voltage diodes.



Thanks GSM for your input. I'm using Bruce setup not that setup to charge the bank.
Thanks

Hi Guruji,
"The bridge rectifier is used after the voltage divider"

The rest is all engineering.

Regards,
HS

[xilo]

Okay Xilo,

I look at that circuit and can imagine a spark gap impulsed primary generating a wave passing through the metglass from bottom to top. That wave also reactively tuned by C2 and the CCW winding, thus enabling resonance and transducible output.

But the primary and CCW are field coupled, each is also circuit connected, and thus any Metglass resonance is closed loop electromagnetically controlled, so where could any possible 'electrical' advantage come from due to this particular arrangement ?
What about component values and frequencies; and is the core a rod or closed toroid ?

Have you tested and videoed this arrangement in order to establish proof of advantage such that your publication here might be validated ?

Cheers ............ Graham.

do not imagine. try it

XILO

[Gedfire]

Capacitor Answers

Hi All,

Thanks Xee2,Harishsingh and boguslaw for the info and Capacitors,

Best regards,
Ged

[harishsingh]

Ya'll know what to do








Regards,
HS

[Guruji]

Hi Guruji,
"The bridge rectifier is used after the voltage divider"

The rest is all engineering.

Regards,
HS

Are we seeing same schematic???
I was talking on this one posted again.
Thanks