Kapanadze Cousin - DALLY FREE ENERGY

[d3x0r]

I JUST DO NOT UNDERSTAND WHAT DO WE NEED RECTIFICATION FOR IN DALY?Wesley

Well that question, I understand; probably nothing?
The frequency may be higher than the internal rectifier can handle, so an external rectifier with higher response diodes can filter the high frequency to DC that the PSU can deal with....

[stivep]

Hello Wesley,

can you tell me, if this topic is worth translating ?
I can not find any translation in the net:

What is this device in the middle of the two Hendershot-Coils ? It seems that he is showing some important
principle:

http://www.youtube.com/watch?v=NjzZohyWs3g&list=PLC7684829E98CAD74

Regards Kator01

Well,  the guy is Ham Radio  Operator. RADIOLUBITIEL   радиолюбител


He fallows Hendershot concept of mechanical  motor- generator creating  electrical energy.


He does not yet show his device working by itself but he described  very accurately his vision on how it should be done.
The man is  very open and has no secrets.


The device till now is powered from outside source.
However he shows that mechanical movement of magnetic field or  closing and opening magnet with  soft iron  creates current in the coils and  6V 0.6A
light bulb adjusting frequency of mechanical oscillation upon the load ( when light-bulb
is exchanged for the  "stronger load" one)




It is interesting from point of view of coil.( shorted coils)
Well it goes to the same brackets as shorted coaxial cable.
There is no much difference  between shorted coil, bifilar coil shorted at the end, coaxial cable shorted at  the end, caduceus and so on.
As strange as it sounds






THERE IS THE SAME MECHANISM THERE.


but to avoid confusion I have in mind just say bifilar shorted at one end or caduceus  or coil that is connected to generator it by itself is shorted piece of wire.

so what is difference?



At certain  frequency ordinary wire that has mili-ohms of resistance for  DC can represent mega-ohms of impedance to AC of that given frequency.
At resonance inductive and capacitive reactance is equal zero so,  at that point it will be  short "DEAD SHORT" to frequency of resonance.
However there is still  present its own pure resistive component  that remains unchanged (such as DC resistance in ohms.)
And there is also dissipation of energy   in resonant circuit due to that   pure resistance (pure resistive component)




Let me think?
  Ideal 50 Ohm resistor made of  Volfram ( tungsten) material  that has very high quality parameters no induction  no capacitance ( components)
in theory should always be 50 Ohm no matter what.








Ok.


There is no ideal world.
but you have got the picture.




So the shorter the wire  we have on the coil  the higher is the resonance frequency of that coil.
We may help   by adding capacitor in series or parallel to play with  capacitive reactance of  the circuit than - not only  coil at that point.
Usually we do that to have less winds on the coil.




So summary:
word later means that I'm not going to that  part  of explanation now.


- coil with          two ends connected to generator  has different impedance  at different frequencies.
- coil bifilar        two ends connected to generator  has different impedance  at different frequencies.However it does have field cancelling effect.( later)
- coil caudeceus  two ends connected to generator  has different impedance  at different frequencies.However it does have field cancelling effect.( later)
=================================================================================================








- coil that is shorted and not connected by itself ( like one in Daly or Ruslan device) it represents series or parallel resonance circuit  or mix of them.
Depends physically where at  what point of it we couple with other coils.
also depends from frequency  of resonance ( series , parallel or mix)
Well I'm not sure if I  wrote it perfectly right.
I just envisioned physical LC circuit and its interaction.








==============================================================================================

Coaxial cable will have parameters of impedance unchanged but response of coax can be expected only if transmitter (TX) or generator will represent 50 Ohm matching impedance   supplied into  that coax.


But if NOT?
-there is no brainier that interaction of shorted coaxial cable with outside world can  be very extensive at that point.


==============================================================================================











The little disappointing is for me that when it comes to basics  or theory   I have no readers.
I'm writing to the thin air.It is like spending time  yelling into the forest.






Wesley

[Utopia Now]

Wesley asked why does Dally need rectification .

I think de diodes and Capacitors are used as a filter like in a radio like 00 says,   to filter out the High Frequency component and to remain the LF 50 Hz component

in the Prezi doc it is better picture quality
  http://prezi.com/fiwgtl78it85/donz-device/

[dllabarre]

The little disappointing is for me that when it comes to basics  or theory   I have no readers.
I'm writing to the thin air.It is like spending time  yelling into the forest.

Wesley

I for one always read your theory postings.


DonL

[NickZ]

  quote:
   "The little disappointing is for me that when it comes to basics  or theory   I have no readers.
I'm writing to the thin air.It is like spending time  yelling into the forest."
                                                                                                          end quote.

  You are being heard my friend, and are not alone in the forest, but, theory without hands-on practice is not very convincing, even for oneself.

  What we need to do is test these theories, by making the different coils, circuits, rectifiers, etz... only then will we KNOW for sure. At least someone has to do this.
  Sometimes it takes many words to convey a simple construct, like when a picture is worth a thousand words. How many months, or years, of hard work has it taken for the inventors of the self running devices to obtain these results?  Maybe they also had some help along the way, as well. But, they don't easily give their efforts away, for someone else to benefit economically from it. Can you really blame them...?
  But, we can learn from their efforts, without wasting time going through the same experiments. In order to do this we need real advice, real schematics, and the proper gear for the job.  And this we still don't have,
  I know that we've heard this all before.  Sorry, to bore you...
I'll try to do better... as best as I can, with a little help from my friends.