Lords of the Ring

[EMdevices]

Well said Mannix,Ã,  all should try for the pure sine waves to create resonance.Ã,   Square waves are useful however, and should help us see the ringing (right after the sharp transitions), measure it and find it's frequency, then switch to pure sinewave and ring that puppy.Ã, 

EM

[innovation_station]

grumpy when you say your last few sentances you make me think of my magnet gk4 ring spark gap

so what if i put the magnet aginst the steel ring and discharge it through a spark gap into the controls hehehehe!

it is doing the same thing but im not zaping the magnet anymore cuze the iron is the magnet hummmmm.......


is

nice link grumpy  but when i had my cap and my diode to the mag spark gap it in a bout 8 seconds it put the cap up over 200v i then discharged it to the bulb and it lit it if this ran 3 of thesae units constantly filling the cap we could run a blub  no problem  i know this but is it the same as the tpu hummm i dont think so

[Grumpy]

for the "spark gap enthusiast":

http://www.intalek.com/Index/Projects/SparkGapExp/SparkGapExp.htm

[bolt]

forget square triangle and spiky waves i been saying this for 2 weeks now they have no place in this circuit. Do you know how to make a third frequency from 2 frequencies? I let you think about this for a second. Think about a pocket AM radio. Does it use square waves any where?

[turbo]

When you enter the world of "harmonics", the resultant wave is no longer a sine wave and I agree that sine waves can produce the desired effects.  A single sine wave can not produce these effects.  If anyone has proof that contradicts this, I'd love to see it.  Just because you put a sine wave in to something does not mean you get a sine wave out. 

i do not know what everybody is thinking about the Schumann resonance's being sine waves....
they are generated random by lightning, so personally i believe it would come closesd to random magnetic noise..

from my experiments, i also believe it is actually constantly expanding and being compressed between two frequency's in close range.

i have driven motors with one 7,8 hertz sine wave only, and the strange part is that they keep rotating at this specific frequency, while these are 3 phase motors.
it only keeps rotating at this frequency, if i adjust the dial a tiny bit it will stop.
it's a verry sharp tunning point and it takes about ten minutes to get it going.
when it is rotating i can switch it to pulsed DC and the motor starts to make a variable noise exactly like the sound we hear in the vid when Steven start's up the smallest device.
it just comes and goes.

pherhaps the motor resonates with the magnetic wave similair as the magnets did in my previous experiments, it certaily looks and sounds like it.

i am building a driver circuit to see if i can do "magnetic hetrodyning" similair to what happens in a radio, but in a radio it happens electrically, and i want to see if it can be done magnetically.
so that would make it some sort of magnetic reciever, rather then to electrical fields only.

there are certain clues Steven gave us from which we can make some exclusions regarding operating priciple, but we didn't discuss them yet.

Marco.