@Chet and Gyula (if she wants to understand what is spoken): The russian video has already been translated by Cray, you can find it in this post 216:

http://www.overunity.com/index.php?topic=7679.msg189630#msg189630

QuoteBut its the little things
feed the coil [ignition]what and how much? pulse no pulse
And from that point Air coils? wind to feed frequency?
Suggestions from this point [feed side of ignition coil,what and how much]
Will definitely get a lot of Attempts at replication on this board
with all sincerity

If you wanna just mess with an ignition coil, check out the circuit that i have posted earlier for a start.

If you wanna build a tesla transformer like the guy in the video, just build one. There is many instructions on the web.
They usually run with pulsed MOSFET inverters, typical circuits for that there is plenty.

Regarding anything that is closer related to this thread, i think no-one except Mr. Smith or Kapanadze could tell you exactly what calculations to base your build upon.
1/4 wavelength is the only rule stated, then correct with small capacity HV caps until you hit resonance. And then experiment a lot with the tuning.
Then rob a bank and obtain huge HV caps,diodes and equipment that won´t fry during measurements and you are halfway there 

@all:
Could anyone with a profound background in electrotechnics please PM me, i have some questions concerning some complicated hi-voltage circuitry issue that i don´t want to spam this thread with.

just make imhoptep setup you will learn a lot as you acquire parts and experience try to make simple collector coils.  Use a car spark plug to start is much easier then solid state. There is MUCH more harmonic energy in a spark then SS devices. You need HF and HV.

Experiment with ground and small aerial connections to pull in ambient free electrons and it wont take long before you have lit up half a dozen 60 watt bulbs with only 10 watts driven the car ignition coil.

Quote from: ramset on July 18, 2009, 11:39:49 AM
@All
Can Any one suggest a course Of action for those of us less knowledgeable on punching/attracting the Magnetic flux

Small scale suggestions ,bolt has already said auto ignition imhoptep style
But its the little things
feed the coil [ignition]what and how much? pulse no pulse
And from that point Air coils? wind to feed frequency?
Suggestions from this point [feed side of ignition coil,what and how much]
Will definitely get a lot of Attempts at replication on this board
with all sincerity
Chet
PS
something simple to do this ,bolts vid

http://www.youtube.com/watch?v=qqiYDxMsayw

Does any one know what language?
In NYC its just a matter of knowing the language and then you go to the neighborhood ,which I will gladly do
Chet

Thanks again Bolt,
It helps to have you repeat the keep it simple part.
I was beginning to get discouraged with all the added "electronics parts" stuff.
I think it is a key element here, to paraphrase what you said, that the spark includes all the frequencies and voltages, not just the ones your brain thinks ought to be there.

Quote from: xenomorphlabs on July 18, 2009, 01:10:31 PM


If you wanna just mess with an ignition coil, check out the circuit that i have posted earlier for a start.


... no-one ...can tell you...exactly what calculations to base your build upon.
1/4 wavelength is the only rule stated, then correct with small capacity HV caps until you hit resonance. And then experiment a lot with the tuning.

Then rob a bank and obtain huge HV caps,

I guess Hi voltage caps were very expensive in Tesla's day too.
HE suggested the easier way to tune was to start with the cap and change the coil by cutting it until it tuned with the cap.

He also said that the sharpness of the spike (faster rate of change of the spark = sudden) was more important than the frequency and that if sharp enough, it would drive the voltage up.

I believe it is in that lecture that Tak22 so kindly posted for us last week.

P Lindemann said he solved his insulation problem later, but it was the loss of sharpness that he was addressing with the boiled out pot of oil.
Tesla's explanation was that even small amounts of air were enough to bleed off a little charge before the spark fully occurred, and this made the effect of the spike less sharp.

@  Yucca,
thank you. I may need a few more of those big letters defined before this is over!

jeanna

Thanx
XLab
I had not realized your girlfriend had done this one 

@bolts vid  http://www.youtube.com/watch?v=qqiYDxMsayw
      T  R  A  N  S  L  A  T  I  O  N        F  O  R       V  I  D 
  Here we have the analogy of a Tesla’s transformer (converter?)

    If we look at the construction of it, we will notice that it vaguely reminds of a transformer, because here there is pretty no inductive connection, repeated-primary winding, or how we call it, inductor, consists of only 3 turns (coils), but very thick, and here there are about 250-300 turns.

    However the circuit works and gives a very powerful discharge, we call it Ñ,,ЕТТОННЫЙ [Phetonniy] (the translation to this word I didn’t manage to find, maybe it’s really their special term).
    Also discharges happen all around us , if you look, here it is going. You also can notice that the discharge flows out of the screwdriver towards the coil.

    Now we will change the circuit. We will connect one more coil to this coil. See what’s happening.
    As a result, the second coil became a charge carrier too.

    And we see that it also takes charges out of screwdriver. The lamp isn’t connected to anything. Just a sheet of paper and lamp’s wire is lying on the floor.
    However the lamp is burning. It means that the space is excited to the state when the secondary current emission appears in surrounding metallic objects, it means that the object is not connected, but the emission appears.
    And this means that there’s a transfer, no, not a transfer of energy, but the information about energy to the surrounding space, it is in excited state here, cause if we touch any object, we see how does the system work (that weird sentence).

    This actually is electrostatic energy transfer. The capacity here is only about 15 Watt, but the effect can be observed. With the proper influence upon the surrounding space it provokes appearance of electromotive force like reaction in return.

    By analogy if we put any metallic object here or even hold it in the hand, the lamp will burn, because the electrons will be induced, also there’s pretty no isolation from this current, it pumps out pretty from everywhere. So this is Tesla’s transformer (converter).

    And if we look at the instrument, we see that it shows the presence of powerful field. The instrument isn’t connected, it reacts. We can observe where the intensity is the biggest, it is here near the receiver.
    If we move the instrument away, we see that the intensity is falling down. Here are some more phenomenons that are hard to be estimated like the influence of body, of everything on the registration of the instrument.

    It means that everything is so alive around, that it’s hard to imagine. So all the electrostatic transformers and generators originate in here.

    And the next continuation of electrostatic machines is so-called “The pipe” plan. Here is similar winding plus one more external pipe is put in. The high-voltage potential is supplied on the pipes and it is taken off from the coils. But as a result of uncontrolled growth, the pipe is punched out (пробиваÑ,ÑŒ â€" I don’t know the exact translation of this word here).
    This is more or less powerful version of Tesla’s transformer, that is closer to practical use.

bolts suggested read for beginners  [which would include me]
The Imhotep [I think that's how you spell it]thread

http://energeticforum.com/renewable-energy/2003-free-energy-last-step-step-must-see.html

Chet

PS
I will ask one of the experimenters to come and make suggestions
[So we can get up to date faster]
Just for us beginners