Re: Aw: Re: AW: Re: AW: Re: AW: Re: Re: Re: AW: Re: AW: Re: Re: [EVGRAY] Capacitive coupling of energy.

Body

So what is a good way to create said shadowing in an element or to 
prevent it?


On 12/30/2017 9:53 AM, [email protected] [EVGRAY] wrote:
>
> Any magnetic shadow within an element will create motion during an 
> inductive effect ..
>
> (H)
>
>
>
> ---In [email protected], <mkjekyll@...> wrote :
>
> Sven,
>
> I don't think you have components that would allow for higher 
> impedance on the resonance coil.  I don't understand that claim 
> concerning the high impedance other than if one looks at it from the 
> standpoint of antenna engineering and RF.  Suppose what he is trying 
> to say is the RV is translating EM to RF and during the translation is 
> where the extra energy is harvested. My own intuition says it is 
> harvested on the vacuum side, the sucking side, as a part of the phase 
> transform function or as you said when field collapses and is allowed 
> to be useful rather than quenched or fought against.
>
> It is interesting many switching supplies use a HF flyback pulse to 
> fill capacitors.  Hector said any of these supplies can run over unity 
> with slight modification.
>
> It would be a good exercise to build the TV using vacuum tube 
> electronics in the switching areas being damaged. Tubes are high 
> impedance but with a lower capacitance than FET's they also do not 
> allow for anything to block other primordial energies.
>
> I had a presentation from the 80's from the Tesla society and I forget 
> the presenter.  Anyhow he took some old tube shortwaves into a mine or 
> cave, somewhere underground along with solid state.  The tube 
> equipment could hear the Russian woodpecker and some other things 
> while the SS was just noise.  He claimed tubes could detect and 
> amplify the scalar field.
>
> You did not answer why you think the transformer jumped sideways, due 
> to what?
>
>
> On 12/30/2017 7:10 AM, 'Sven Friedrich' s.friedrich@... 
> <mailto:s.friedrich@...> [EVGRAY] wrote:
>
>>     Hello Mick,
>>
>>     that's all right, it works fine too. The resonance causes the
>>     saturation of the transformer and one hears it clearly how
>>     transformer works in resonance. Extraction is the problem.
>>     Hector always writes that you have to adjust the load, however he
>>     likes to do it. As I see it or understand it, there is a pros and
>>     cons for the resonance. I think that you can recharge your
>>     batteries so that they are permanently destroyed as he wrote it.
>>     The diode plug is the solution I think because we only work with
>>     capacitor charges.
>>
>>     I always wonder when Hector writes that radiant energy is always
>>     or most effectively seen in high impedance.
>>
>>     High impedance is for me the AC resistance in reactances.
>>
>>     Does that mean for me on the transverter applied that the
>>     inductance should be as high as possible in the resonance coil?!?
>>
>>     I can connect the windings so that I come well over 1000V but for
>>     the power is small and the capacity is small.
>>
>>     In my Magnetic Voltage Constant, the inductance of the resonance
>>     coil is almost 1 Henry and the reactive voltage is well over
>>     1000V. The resonant capacitors are connected in series to
>>     withstand the voltage.
>>
>>     The problem with high voltages are always the components that
>>     have to endure, such as insulation, capacitors, switches, etc.
>>
>>     regards
>>
>>     Sven
>>     *Gesendet:* Freitag, 29. Dezember 2017 um 19:11 Uhr
>>     *Von:* "Mick mkjekyll@... <mailto:mkjekyll@...> [EVGRAY]"
>>     <[email protected]> <mailto:[email protected]>
>>     *An:* [email protected] <mailto:[email protected]>
>>     *Betreff:* Re: AW: Re: AW: Re: AW: Re: Aw: Re: Re: AW: Re: AW:
>>     Re: Re: [EVGRAY] Capacitive coupling of energy.
>>
>>     Sven,
>>
>>     Why do you think the tranny jumped to the side?
>>
>>     Was this magnetostriction or something else like lorentz force?
>>
>>     A properly setup transverter is likely creating a  hyperbolic
>>     torsional field during collapse.
>>
>>     When creating the self sustained self amplified spinning vortex
>>     coupling to the earth magnetic spin is when crazy shit can happen.
>>
>>     Picture the similar spin of an RV's fields inside the transformer.
>>
>>     On 12/29/2017 11:47 AM, s.friedrich@... <mailto:s.friedrich@...>
>>     [EVGRAY] wrote:
>>
>>         So with adjustable impedance (Variac) in series from the
>>         powered Variac I could bring the BLDC in motion with the
>>         asynchronous motor and also reduce the power consumption to a
>>         minimum. The manual readings indicated a very low energy
>>         intake. The input power at the digital socket meter showed
>>         very high values. Very funny, I probably would not have fed
>>         any energy into the net. laughing.
>>
>>         You can not do everything and experiment all around.
>>         One should already fixate on a topic in this big topic.
>>
>>         So I praised the transverter, it's so nice and easy to bring
>>         it into resonance, the 50-60Hz technique allows you to use
>>         simple thyristors to discharge the diode plug capacitors.
>>
>>         Sometimes I think it's the impulse that comes from the diode
>>         plug, which releases the free energy in the subsequent
>>         transformer first.
>>
>>         The way I understood it all is the key. By bringing a
>>         transformer into saturation with a strong short energetic
>>         pulse and by collapsing the magnetic field, additional energy
>>         is drawn in from the environment into the collapsing field.
>>
>>         This impulse has to hit the transformer like a hammer blow.
>>         I've already connected a 40 kg transformer with a SCR to a
>>         5000 uF, the whole transformer has jumped to the side,
>>         unfortunately the SCR has not survived that, even though it
>>         should withstand more than 2500 A for μseconds.
>>
>>         Of course, the impulse should be as small as possible so that
>>         just the saturation is reached, a stronger impulse would be
>>         just waste.
>>
>>         Request for improvement of my understanding of the matter.
>>
>>         regards
>>
>>         Sven
>>
>
>