Don Smith A review...

[med.3012]

@ AetherScientist


just a quick reply to your previous asked question about the power in one second, the problem is my understanding was totally wrong, yes i need to do some calculation to know the better value about voltage and capacitance, as you said it have to be a step up transformer, more voltage will produce more power but some skill will be needed.

by the way i wasn't able to light the bulb using no politicized capacitor! i have no idea why this happen, a small neon light bulb work nice in the output, i have to think about the wires from the L2 into the capacitor, maybe there's something there!

maybe ant man will help us !

[AetherScientist]

Part 1... I am writting part 2 and there will be more parts.

[Bob Smith]

Parallel vs Series Capacitors

I don't know if this will help further things. If not, please disregard.
Bob[

QUOTE]Series and Parallel Capacitors

Combining capacitors is just like combining resistors…only the opposite. As odd as that sounds, it’s absolutely true. Why would this be?

A capacitor is just two plates spaced very close together, and it’s basic function is to hold a whole bunch of electrons. The greater the value of capacitance, the more electrons it can hold. If the size of the plates is increased, the capacitance goes up because there’s physically more space for electrons to hang out. And if the plates are moved farther apart, the capacitance goes down, because the electric field strength between them goes down as the distance goes up.

Now let’s say we’ve got two 10µF capacitors wired together in series, and let’s say they’re both charged up and ready discharge into the friend sitting next to you.


Remember that in a series circuit there’s only one path for current to flow. It follows that the number of electrons that are discharging from the cap on the bottom is going to be the same number of electrons coming out of the cap on the top. So the capacitance hasn’t increased, has it?

In fact, it’s even worse than that. By placing the capacitors in series, we’ve effectively spaced the plates farther apart because the spacing between the plates of the two capacitors adds together. So we don’t have 20µF, or even 10µF. We’ve got 5µF. The upshot of this is that we add series capacitor values the same way we add parallel resistor values. Both the product-over-sum and reciprocal methods are valid for adding capacitors in series.


It may seem that there’s no point to adding capacitors in series. But it should be pointed out that one thing we did get is twice as much voltage (or voltage ratings). Just like batteries, when we put capacitors together in series the voltages add up.

Adding capacitors in parallel is like adding resistors in series: the values just add up, no tricks. Why is this? Putting them in parallel effectively increases the size of the plates without increasing the distance between them. More area equals more capacitance. Simple.


[/QUOTE]
Source: https://learn.sparkfun.com/tutorials...lel-capacitors

[AetherScientist]

Part 2. I'm writting part 3

[AetherScientist]

This one has took more time. It's bigger than the previous ones.



The circuit that I have just explained.

[med.3012]

Thanks Bob, every word is important, thanks AetherScientist for the nice explanation, this look like the old water pump :

we need both direction to have the water ! very simple but in electricity it can't be seen, adding more diode seem to make the water go to another direction but not in the capacitor, the next step is to measure the wire length in both side and make them equal the best possible, the length of diode connection is important too, sliding L1 coil inside L2 will help also in tuning process, it seem everything is very important !!

[AetherScientist]

@ AetherScientist


just a quick reply to your previous asked question about the power in one second, the problem is my understanding was totally wrong, yes i need to do some calculation to know the better value about voltage and capacitance, as you said it have to be a step up transformer, more voltage will produce more power but some skill will be needed.

by the way i wasn't able to light the bulb using no politicized capacitor! i have no idea why this happen, a small neon light bulb work nice in the output, i have to think about the wires from the L2 into the capacitor, maybe there's something there!

maybe ant man will help us !

In the experiments I told you about the av plug and the ignition coil + the negative from the input of the ignition coil, I was able to light a bulb using non-polarized capacitor.

[med.3012]

In the experiments I told you about the av plug and the ignition coil + the negative from the input of the ignition coil, I was able to light a bulb using non-polarized capacitor.

i remember this but we are working on different system, i just share my observation, ok it's too late here , see you tomorrow, good night to all :-)

[MorningStar]

Referring to some the recent posts by AetherScientist, I believe we have a variation of a dipole tesla coil.

See Dipole

Following the discourse on this thread with great interest, thanks med.3012 and AetherScientist for your constructive ideas.

[AetherScientist]

Referring to some the recent posts by AetherScientist, I believe we have a variation of a dipole tesla coil.

See Dipole

Following the discourse on this thread with great interest, thanks med.3012 and AetherScientist for your constructive ideas.

The first thing I thought when I saw your website is about the picture about the dipole antenna. I have seen some websites about very interesting experiments with the same antenna and I will post the links.

[AetherScientist]

An approximation to Smith's device

[med.3012]

An approximation to Smith's device

Yes this is very important if we take a look at this device from another angle, combining 3 wire to become just two has a lots of indications, in my point of view volts and ampere must be in equal state physically, L1 coil have to work as a kind of electrons divergence mechanism, in this stage a source of huge electromagnetic flux is produced ...


L2 coil must do the opposite things as previously stated, Volts and ampere must meet each other so the resistance R is introduced, this mean useful work !

the electrons divergence ( serial ) in L1 coil have to come after the electrons convergence (parallel)

this is a photo of Don device where it's clear the presence of two parallel diode just to make L2 in equilibrium state.

[AetherScientist]

Yes this is very important if we take a look at this device from another angle, combining 3 wire to become just two has a lots of indications, in my point of view volts and ampere must be in equal state physically, L1 coil have to work as a kind of electrons divergence mechanism, in this stage a source of huge electromagnetic flux is produced ...


L2 coil must do the opposite things as previously stated, Volts and ampere must meet each other so the resistance R is introduced, this mean useful work !

the electrons divergence ( serial ) in L1 coil have to come after the electrons convergence (parallel)

this is a photo of Don device where it's clear the presence of two parallel diode just to make L2 in equilibrium state.

I have read your post and I have some questions.
The first question is not related with this post, but with other information you said before.
Where did you read that Smith said about "separating electrons" and "assembling electrons"? I have read different materials of Smith, but never read that thing.
Do you know the source?

[med.3012]

I have read your post and I have some questions.
The first question is not related with this post, but with other information you said before.
Where did you read that Smith said about "separating electrons" and "assembling electrons"? I have read different materials of Smith, but never read that thing.
Do you know the source?

yes there's a video, please give me some time , i will reply you as soon as possible

[med.3012]

ok here you are the video :

https://www.youtube.com/watch?v=Mnoy2D4wuf8

please watch from 14 min :-)