Pierre's 170W in 1600W out Looped Very impressive Build continued & moderated

[dole]

Let's be serious.
Imagine four equal coils (solenoid) with core, connected in series so the last one, at the end, is connected to first.
Place them on steel ring or plate. Connect negative from a battery or whatever power source you have to the junction between coil one and four.
Connect capacitor positive to positive of the power source and negative to same junction of coil one and four.
Connect diode anode to junction between the coil two and three and cathode to positive of the capacitor, where the positive power source is connected.
Now connect one new wire to the junction of coil two/three/anode and touch with other end positive of the capacitor/power source junction.
If you find it interesting you can try to touch faster or slower and do some measurements, for each coil or some other places.
Compass or a small magnet can be used for the unfolding sense.

(I copied this, sometimes in the past, don't remember, with small fixes, do not forget diode)

"Suppose us charging capacitor. The slope of the voltage is constantly decreasing, so the current drawn is constantly decreasing in value. Eventually, the slope becomes 0, that is to say, the capacitor is fully charged, and is accepting no more current, at this value of voltage, the current value is zero. It is about to cross the X-axis, meaning the current is going negative. The only way for this to be true, is for the capacitor voltage to be higher than the source voltage, which is the case as the voltage sine wave begins to drop off (considering the cap was fully charged at V slope = 0, IE peak) Now the capacitor begins to return energy to the circuit or oppose the source voltage, in the very same way a resistor oppose voltage. This is why reactance is at a ninety degree phase shift and resistance is not. This is why a capacitors voltage and current are not in phase. And - it is also why we must add them as vectors. So, the patter continues, of source voltage being higher than cap voltage, charging, cap voltage being higher than source voltage, discharging, so energy is returned to the circuit every period, which is why capacitive (and inductive) reactance values are frequency dependent, and also, if you can imagine the periodicity in time of a sine wave, it explains the omega (angular velocity portion as well) multiplying frequency by two pi gives us total radians covered by the circuit in a second, multiplied by the capacitance, we have a total value for reactance."
(It will be too much to go in LC resonant frequency so we don't have to deal with all kind of harmonic spikes)
And then a current will go in the way we wish.

d.

[listener192]

An update on my re-build: https://youtu.be/IOf96febR60

Hi Gotoluc,
Impressive build once again.
Regards
L192

[cheors]

It's not a question of attitude or wanting to hide things. It's a question of protection and to follow a well though out plan.

The danger is always the same: too often the men and their inventions disappear suddenly ! Stan Meyer, Troy Reed, ....

FR:
Le danger est toujours le même:trop souvent les hommes et leurs inventions disparaissent subitement !
Stan Meyer, Troy Reed, ....

[r2fpl]

@r2fpl
I do not understand your attitude. Here is a forum to share, exchange ideas and finds, not to hide while hinting that you have understood something.
Pierre is silent to protect his invention, but you are not the author, you have nothing to lose by explaining your idea or showing your results.

fr: je ne comprends pas votre attitude. Ici c'est un forum pour partager,  échanger idées et trouvailles, pas pour cacher tout en laissant entendre que vous avez compris quelque chose.
Pierre se tait pour protéger son invention, mais vous vous n'êtes pas l'auteur, vous n'avez rien à perdre en expliquant votre idée ou en montrant vos résultats.

You started doing it. I and others invest their time and money, so have respect and show that you do it and do not wait for it. If you built it, maybe you would already know.
Do not worry, we're following in Pierre's footsteps so there's more of us.

[listener192]

Good job ! Everything is nicely done

I used diodes: stth12r06d

Hi r2fpl,
Re message 811... What is this scope shot monitoring?
RegardsL192