A mechanical amplifier by Veljko Milković : EASY !

[Sebastien FERRAND]

I realy LOVE this guy !!!

[Moshe Daniel]

Sebastien FERRAND wrote:

quote :

I realy LOVE this guy !!!

I love this guy too Sebastien.
What a brilliant concept.
Thank you so much for sharing.
I know some of my friends here in Nutopia
will love this video.
so simple and so effective!

[Sebastien FERRAND]

In fact ! if you take the patience to understand the SSG Bedini too…
Then you gona understand what in fact a dis-connection of a coil when a magnet come around it : it can for a little time make the coil becoming a cell ! it is exactly the same energy retrive in the dis-connection of the circuit in form of a spike of tension that the magnet induce when he leave the iron core… always same pole : then iron core = juste attracted and because of dis-connction of the coil from the circuit : the comming magnet generate magnetisme in coil the dis-rupture transforme the coil in cell and because iron is not a magnet : the collaps of magnet in the coil happen without back emf ! then no intensity current ! then no RI and no LdI/dT so praticaly no looses… that why a spike : no fem… so efficenty…
not a standard dynamo…

the dis-connection of the coil create the global disymetry whitch causes the ability to maintaine the electricity more effective !
it\’s use again what it have comed…
the henry of the kiking coil and the henry of the induced coil (power) does have to be differente ! and if fact the more working or the amplification is exactly a ratio of the (inductance in french) henry….
And the clock : the frequency of the mecanical oscillator have to be in resonance (aggree to share space in synergy)

to maintaine this state excited equilibrium in fact and in the manere describe above permit a real more effective work and exceed a larg what you give to him…

In fact few people understand bedini but this is easy and to know that the both is in fact the same if build the more optimal…

So put a magnet on the mecanical oscillator…
and let\’s play !
enjoy…

the key is the brain of the ship witch maintain the mecanical oscillation…
and i work on that…
the inventor too…

[Sebastien FERRAND]

now you realy understand why i love thoses guys ! (bedini too)

[Rob Eklund]

TY for sharing

[Moshe Daniel]

Bedini-Powered Milkovic Oscillator
http://www.youtube.com/watch?v=UVCvP53Au60&feature=related

Wow!!

Incredible.

[Sebastien FERRAND]

exactly what i saying ! a bedini ascillator !!
understand the oscillation between circuit ; circuit dis-rupted… and magnetime became dielectric in disrupture… without joule and back emf !!! where disrupt exactly whet hight velocity pendulum or hight inducted magnism in coil…exactly max power max dis-rupt then no big jool and back emf applie…

[Sebastien FERRAND]

the final key of the concept is the brain whitch control the motor witch assure to maintain the oscillation…
i want to use an arduino to make the possible !
wana help ? i work open source…

[Moshe Daniel]

Sebastien FERRAND wrote:

quote :

the final key of the concept is the brain whitch control the motor witch assure to maintain the oscillation…
i want to use an arduino to make the possible !
wana help ? i work open source…

My friend Dav told me about the arduino, but i have no experience with it. i would love to learn how to use it, as i am having some ideas for a special kind of pulsed DC which i think will require the arduino to experiment with.

[Sebastien FERRAND]

It existe some shield ! that you can add to the arduino main board : wifi shied ; µSD shield ; ethernet Shield ; LDC tuchpad TFT….
In fact : with one shield you have some lirary so very simplifed use ! in C for programming…

I use alos the USB connection with the PC to draw graphical chart with a pyton environnement in the PC…

here the official : http://www.arduino.cc/
here tuto : http://arduino.cc/en/Tutorial/HomePage
here : board and officil shiel : http://arduino.cc/en/Main/Hardware

exemple of a C programme witch blink a led…

//Initiation
void setup() {
pinMode(13, 1); //set output pin 13
}

//Main
void loop() {
digitalWrite(13, 1); //set 5V on pin 13
delay(1000);
digitalWrite(13, 0); //set 0V on pin 13
delay(1000);
}

[Moshe Daniel]

hi Sebastien,

Thank you so much for sharing this excellent resource.
The tutorials look great!

I don\’t know C language now, though, and don\’t plan on learning. But I am sure there are simple functions one can use to learn the arduino circuit, right?

Thank you again!