(01-02-2024, 02:38 PM)Shylo Wrote: [ -> ]What about zener diodes?
I've been watching a guy who uses them
Apparently the diodes need to reach a certain voltage before they conduct
The only problem with that is all banks charge equally
I want them to dump in sequence one after the other
Need some kind of time delay between discharges
With enough banks you would have a steady flow
Not sure about zener diodes, but I think you want to use a SIDAC instead which may do exactly what you want
https://www.mouser.co.uk/c/semiconductor...rs/sidacs/
Ask chatgpt about sidac …
I was contemplating getting dome sidacs myself. I think standard relays would work fine. And if quick switching is required, high current mosfets would probably do it. Even n-channels. Disconnect the cap from the circuit ground with 1 mosfet, the connect to the dump ground with another.
If you don’t run at high frequency, sidac may be a better option as they provide negative resistance for as long as they are in conductive state increasing current, also use of 1 component instead of 2+ is less complication and less loss, not to mention the price difference … at least this would be my choice.
Anyways, everyone should follow their instinct, I may be wrong.
Like I said I'm not an electronic
Classic....... I looked at your link
Means nothing to me
I don't know how to navigate such sites
I appreciate the effort
I'm computer illerate as well
If there's a sequential discharge circuit that can have as many inputs as possible...... I would be interested in that
(01-02-2024, 08:49 PM)Shylo Wrote: [ -> ]Like I said I'm not an electronic
Classic....... I looked at your link
Means nothing to me
I don't know how to navigate such sites
I appreciate the effort
I'm computer illerate as well
If there's a sequential discharge circuit that can have as many inputs as possible...... I would be interested in that
I have a hard time with electronics also, but can navigate around basic mosfets and such.
If you get something like this
relays from amazon and a cheap off-brand arduino nano, + connection wires, I can help you write the code and the hookup diagram. If you do get an arduino, select one with the pins already soldered for ease. (unless you like tight soldering)
Anything more complicated I must step aside..
Cool thing is with the arduino, if that project doesn't work out well, the arduino can be sued for all sorts of pulse motors, circuits, etc. My figuera's all use Arduino's
What you cannot find in a patent (any patent, so far I looked for), is direct relation between capacitance, inductance and impedance with the output. Without precise construction details you always have thousands of ways to navigate.
Please note that limitless output always refer to possibility to scale up and not literarily limitless, always there is a limit based on components used. Once you have a working device you need to start trial and error method to find optimum input/output in respect with capabilities of components used to build.
If there is a patent based on working principle it means there are many ways to achieve, but keep in mind that all of them are based on same effects of magnetic and electric field where reactance inductive and capacitive is zero. Also is important that collection points of energy must happen where peak is at max … there is no help or achievement if collection points in any other place.
(01-02-2024, 08:49 PM)Shylo Wrote: [ -> ]Like I said I'm not an electronic
Classic....... I looked at your link
Means nothing to me
I don't know how to navigate such sites
I appreciate the effort
I'm computer illerate as well
If there's a sequential discharge circuit that can have as many inputs as possible...... I would be interested in that
I am not an electronic specialist either, on that site from link provided you only need to use filters for voltage and curent.
Please use chatgpt and ask what is a sidac, how they work and what they can do … basically they are diodes and I think you only need to use them as such, without additional circuit. They will start conducting at a certain voltage and will stop conducting when voltage supplied is higher or lower than threshold they have … basically they will just discharge you caps and can replace a complicated circuit which will have far more loss than a single component.
Also bear in mind that capacitors (any and all of them) will fill fast until they reach a certain capacity and then they fill slow for remaining capacity … it isn’t like pouring water in a jar as electricity always try to escape … imagine a sealed recipient where a small 1 way valve is opened by the outside pressure to let the fluid inside, once the level of fluid inside reach the level of valve you need more pressure to push the fluid inside as the fluid from inside will push start to push against the valve opposing the flow to fill.
This was pretty surprising.. I didn't expect this outcome...
I took my 8 H-bridges and and only using 1 polarity input to 8 separate transformers. I have it timed so;
1 comes on
2 comes on
3 comes on
4 comes on
5 comes on
6 comes on
7 comes on
8 comes on
1 goes off
2 goes off
3 goes off
4 goes off
5 goes off
6 goes off
7 goes off
8 goes off
repeating..
So basically sending 8 phase single polarity through the transformers. I then series connect the secondary's. I expected to see a stepped wave with 1 polarity.. But to my surprise, I get a Full 2 polarity stepped modified sinewave!
[
attachment=439]
Since I am powering 8 transformers in parallel at the same time, my current is a bit high. But it is very possible I am creating a rotating magnetic field like this.
I have to so more tests to know for sure
If I simplify this patent and look at the whole big picture all I can see is classic dynamo where permanent magnets are replaced with electromagnets and the rotor is placed in a rotary comutator where contacts need to match exactly what permanent magnets do in a classic dynamo. This concept should allow a higher efficiency compared full kinetic predecesor due to less mass to spin and no drag effect from magnets.
Imho, should be designed exactly like an ordinary alternator where the cylinder is cut in segments and lined up. Electromagnets placed inside each coil in such a manner that magnetic flux will cut the windings at 90 degree. Coil wiring should be made exactly as in an efficient dynamo and switching of magnets on and off must be in the same way like taking place in a rotary dynamo if electronic components are used instead of rotary commutator. Must be common sense that will spend less energy to spin a little commutator instead of whole armature of magnets or coils.
Another advantage is the fact the magnetic flux will cut all the coil not just portion of coil like in rotary dynamo so, another gain.
My guess if anyone wants to see this device working, must be highly skilled in electronics to create the switch to mimic rotary motion or use a mechanical rotary commutator. Also, designing electromagnets in such a way to have maximum effect with less energy spent. Rotary commutator may be powered by a toy dc motor 1.5-3v 0.5a straight from aa batteries with a disc attached where diameter must permit desired number of contacts with the gap that mimic placement of permanent magnets in a rotary dynamo. Probably electromagnets if properly designed could be powered with same aa batteries. But all this details depend on desired outcome.
If i remember correctly 3000-3500 rpm will provide 50-60Hz.
Am i right or I am just dreaming with my eyes open?
This is the device invented by Clemete Figuera ?
I needed to test this with the Original Figuera Resistor Setup..
[
attachment=441]
But I blew up my H-bridges shorting them..
So I rebuilt clean with P-channel MosFets.
[
attachment=442]
And there ya have it..
Real 2 Polarity Alternating Current created with Positive Only, both coils wound in the same direction, and no flipping polarities..
8 P Channel MOSFETS firing 123456787654321 repeating, making before breaking. Into the resistor rig. Each side of the resistor rig feeds a transformer primary. Then both primaries ground together.
The transformer secondary's are in series.. 2 positive biased phases 180 degrees apart are "Constructive" phases, the same as full AC 90 degrees apart.
Because the 2 secondary's are tied together directly, One Secondary's ground lead becomes the Other Secondary's In Feed.
Is it too much to say "Positive Feedback Loop"?
Now contrary to the popular opinion, the 2 rows of Electromagnets would be positioned 1 row North, one row South like the patent says..
Now I am ready to test again!
Yes, that is 100% correct ! Whatever you pump on only 1 side will be matched on the other side of gradient by local environment (aether) … magnetic field is action at distance instant. The key to generate power is to make disturbance to 1 side only as much as possible, not both ends of the gradient.
Excellent work, congratulations !