Color's Kapanadze forum, FE builds circuits and comments

[color]

Срочно Вечные Двигатели на 15кВт и на 8кВт началось производство во Флориде
https://www.youtube.com/watch?v=YRK9lmzL3D8&t=0s

https://www.paar-energy.com/
https://www.paar-energy.com/solutions

It's a conspiracy for this generator inventor to sell generators in the United States and not use his personal YouTube channel, but rather a crappy Russian channel.
Again, the shadow of death may cast.

[Jeg]

I am very poor.
All of my children are children abandoned on the street when they were newborns.
My wife found the children and raised them.
We are not a couple, but the family members of 건달바성 call it that way.
We haven't even met each other according to the rules of 건달바성.
Our 건달바성 is based on singleness.
Only video conferencing over special channels from a distance.

I admire you my friend! I wish you the best!

My comment above about Joule thiefs was writen just for telling you that we don't know what you are really doing there. It could be nothing or it could be everything. Just use few words more so to understand each other.

Regards

[color]

Jeg :

I respect Jeg too.
And in the current situation, any circuit or ancillary advice seems practically useless.
It seems that each person has no choice but to take over the hill on their own.

Go back to the old days and make the generator the way you want.

Please understand that I will not be able to write comments for the time being.

Well then.

[color]

Hendershot generator reproduction 1930' model
https://www.youtube.com/watch?v=aV-h2lm-wmQ

30...40...50A ....
It's a pretty good question and I see it as a problem consciousness.
My dad also loves the Hendershot-generator.

The freedom of imagination and the prohibition of realistic imagination are old areas of motivation.
Freedom-Generator Probably not an ancient mystery.

[color]

Most anyone that has studied electronics for even a little while has heard the expression "Eli the Iceman".  And they have been taught that means that voltage leads current in an inductor and current leads voltage in a capacitor.  That adage of course is true if we are talking about CHARGING a coil or capacitor.  But that adage is wrong when we are talking about DISCHARGING a coil or capacitor.  A capacitor can only discharge if it has a voltage high enough to overcome whatever resistance is in the circuit.  So voltage leads current when discharging a capacitor.  And when voltage is removed from a coil the current in the coil tries to maintain itself so it will build a voltage high enough to overcome the resistance in the circuit and thus discharge the current in the coil.  So current LEADS voltage when a coil is discharging.



ᅢ ᅣ ᅤ ᅥ ᅦ ᅧ ᅨ ᅩ ᅪ ᅫ ᅬ ᅭ ᅮ ᅯ ᅰ ᅱ ᅲ ᅳ ᅴ ᅵ ᅶ ᅷ ᅸ ᅹ ᅺ ᅻ ᅼ ᅽ ᅾ ᅿ ᆀ ᆁ ᆂ ᆃ ᆄ ᆅ ᆆ ᆇ ᆈ ᆉ ᆊ ᆋ ᆌ ᆍ ᆎ ᆏ ᆐ ᆑ ᆒ ᆓ ᆔ ᆕ ᆖ ᆗ ᆘ ᆙ ᆚ ᆛ ᆜ ᆝ ᆞ ᆟ ᆠ ᆡ ᆢ ᆣ ᆤ ᆥ ᆦ ᆧ



Remembering the phase difference

The mnemonic "ELI the ICE man" can be helpful in keeping track of the phase between the voltage and current in an AC circuit.

In a circuit with only an inductor and an AC power source, there is a 90o phase difference between the current and voltage - the voltage leads the current by 90o. This is the ELI part...with an inductor (L), the emf (E) is ahead of the current (I).

In a circuit with only a capacitor and an AC power source, there is also a 90o phase difference between the current and voltage - the voltage lags the current in this case. This is the ICE part...with an capacitor (C), the voltage emf (E) is behind the current (I).


What the ammeter reacts before the voltmeter is,
This is because the capacitor reacts faster than the inductor.