Just another Don Smith thread

[Vortex 22]

Let's say we can drow electrons.... In order to charge a capacitor?
Input....cap ...water

By applying positive charges from the input on one side of the Cap...we can attract negative charges from the ground in the other side of the Cap ?
But here one problem
In time
Positive charges will develop on the ground and negative charges will develop on the input
How can we solve this?

That's why it's very simple to charge a polar cap by this method
And it's very difficult to charge ac Capacitor

[pix]

Notice how pix never replied to me, some people are butthurt when corrected
and every single statement in his 'theory' is diametrically opposite to reality.

I try to minimise unnecessary ambitional disputes.
Once I will put my theory to the test, then I will respond to you.


Cheers,
pix

[nix85]

I try to minimise unnecessary ambitional disputes.
Once I will put my theory to the test, then I will respond to you.


Cheers,
pix

It's not a matter of dispute. Fact is B fields are not canceled and
capacitance lowers Q of RLC tank.

B fields cancel in bucking configuration which this is not.

[pix]

It's not a matter of dispute. Fact is B fields are not canceled and
capacitance lowers Q of RLC tank.

B fields cancel in bucking configuration which this is not.

I was refering to Don Smith concept with a bucking coils at secondary. And one coil has capacitor . Tuned to primary frequency.
Anyway, going to test this setup once find a time.
Cheers,
Pix

[nix85]

I was refering to Don Smith concept with a bucking coils at secondary. And one coil has capacitor . Tuned to primary frequency.
Anyway, going to test this setup once find a time.
Cheers,
Pix

You still don't get it, bucking coil is a non-inductive coil, here we got CW and CCW
winding but current in them is also in opposite directions (looking from the center)
two negatives give positive, magnetic fields do not cancel.

Also, it is ridiculous to say one coil has a cap. Cap is in parallel with both coils.
Another way to draw this circuit is with two inductors wound in same direction
in parallel in parallel with a cap, electrically, they are equivalent, only difference
is here one coil is flipped in space relative to the other, but so are the electrical
connections. It makes sense only if you are using diodes to block the bottom coil
from the cap. Again, mag fields do not cancel.