low frequency, high frequency, and DC potential in the middle ???

[fritznien]

but it would be nice,
if you entertained my idea's for a lengthy duration of time.

instead of dismissing things that you don't instantly understand.
because they are not described,
in a format which is widely regurgitated.

if i had any idea what your concept was i would be happy to consider it. electronics/electricity is an old and well established industry with a lot of people working in it. if you will not use the terms in the accepted manner how am i supposed to know what you are talking about.
fritznien

[11:11]

i cannot learn well,
by reading the words of others.

their thought forms are very painful and difficult,
for me to absorb.

and i think that most of the time,
other people are focusing on something,
which is away from the most important parts of the concept.

AKA an inefficient use of their time.



i learn new things,
by figuring out how they work,
in my own way.

which is both convenient and inconvenient,
at the same time.



i will try explaining my original post in a different way, in my next post.

[11:11]

let us say that you have a capacitor.

one half of the capacitor has 4 watts,
at 20 hertz, in it.

the other half of the capacitor has 4 watts,
at 2,000 hertz, in it.


20 hertz is a lower frequency.
lower frequencies of electricity,
create more electrical resistance,
for some reason.

(this might be related to how heat causes higher electrical resistance,
and higher electrical resistance causes heat.)



2000 hertz is a higher frequency.
higher frequencies of electricity,
create less electrical resistance,
for some reason.



electrons are lazy.

if you have higher electrical resistance at point A,
and lower electrical resistance at point B,
than electrons will try to move towards point A,
and away from point B.

my theory is that the above,
would create an electrical charge,
in the capacitor.



the 20 hertz half of the capacitor,
would have fewer electrons in it.

creating positive ionization in the 20 hertz half.
AKA atoms that are missing electrons.

because the 20 hertz half,
is like the bad side of town.
that everyone wants to move away from.



the 2,000 hertz half of the capacitor,
would have more electrons in it.

creating negative ionization in the 2,000 hertz half.
AKA atoms that are carrying extra electrons.

because the 2,000 hertz half,
is like the wealthy side of town.
that everyone wants to move to.



the electrons REALLY want to move off of the 20 hertz side of the capacitor,
and onto the 2,000 hertz side of the capacitor.

but the electrons cannot move to the other side,
because of the electrical resistance of the insulator,
between the 2 capacitor plates.



let us say that a computer fan is attached to the capacitor.
the computer fan is the load.

the computer fan only requires 6 volts at 0.14 amps to run.
which is a small amount of RESISTANCE,
for the electrons to overcome.



the electrons want to get off of the 20 herts side,
and over to the 2,000 hertz side,
MUCH MORE,
than the electrons want to "not do work",
to pass through the computer fan !



so the electrons are given 3 options.

1:
they can pass through the capacitors insulator,
to get to the other side.

2:
they can pass the fan, powering the fan as electricity.

3:
they can continue sitting where they are now.
miserable and unhappy, that they cannot get to the other side.



the electrons choose option number 2 !
to power the fan !!!

because the electrons had 10 units of "wanting to move to the other side",
there was 100 units of "moving through the insulator, to the other side",
but there was only 2 units of "moving through the computer fan, to the other side" !



leaving 8 units of "electrical potential",
with which to power an electronic device !



i think the above theory, is related to how TT's pyramid works.

but in addition to the above theory,
a vibrating magnet and wire coil,
are also acting like a generator,
that vibrates instead of spins.



i understand the contents of this post,
in much simpler terms.

it was a matter of fleshing the concept out,
in more details.

[fritznien]

I don't even know where to begin. resistance has nothing to do with frequency.
Xc goes down with increase in frequency.
Xl goes up with frequency.
impedance(Z) is the combination of the three. added with vectors.
i have no concept of charging half a capacitor.
to have a given wattage in a cap at a given frequency is pretty strange to me, in an AC cct power is absorbed by the cap and then returned to the cct.so at one instant it has power stored and at another none.
dc currant will not go through a cap. computer fans are dc. caps store charge in the plates and energy in the insulator in between.
yes a changing magnetic field will induce a voltage in a coil but that's not news. your vibrating magnet and coil is no differant than any intercom speaker/mic. whats special here?