Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[Farmhand]

Not sure if it has been mentioned or shown but I think I remember seeing similar already, anyway, Is it possible the cores are Laminates "I" or more like sideways "H" cores, like in the sketch below. from the top they would look like squares, but from the sides they might look like "H" cores on their side.

My next step is to machine the ends of the cores to make them meet squarely and insulate the ends with something much thinner, and then use as little gap between cores as possible.

By the way shunting the coil discharge from one side to the other does work but requires two more diodes and some capacitors, and is less efficient than if I discharge the coils to a second battery, but please note I am using square sided DC pulses, one problem with that is if at 50-50 duty when the first coil is discharging there is current still flowing in it when the current begins to flow in the second coil. The same happens when the coils are discharged to a second battery but it happens quicker.

To get the best result from having both primary north ends facing the center coil in my dodgy setup surprised me, but it gives a nice sine wave of the most amplitude as compared to one north one south. And if I use a capacitor on the output coil to tune it the input drops rather than increase as I would expect and the wave form gets bigger as usual.

Anyway I wish I could try the I cores or sideways "H" cores.

Cheers

[shadow119g]

Right now I am trying to stop sparking in my commutator!
I do not have the rectifier or the capacitor in my secondaries.
I will give it a try, to see if anything happens.

Shadow.

[TinselKoala]

The "scratching" produces fast transition times in the primary. The faster the transition from 0 current to full current, the greater the rate of change of the magnetic field produced by the current. The greater the rate of change of the field in the core of the transformer, the greater the "output voltage" that the secondary will produce. This is Faraday's Law, one of the Maxwell Equations. Yes, you can do the same thing with semiconductor switching elements and matching networks. This is the "kick" of SM coils, the fast transitions of the JT, the spikes that make a good Tesla Coil.

-E = dB/dt

[marathonman]

shadow119g This sparking in the commutator is exactly why i chose solid state  that n less work for same result.  cant you use a cap like on points on a car or magnets to suppress like tesla.  here is 3D view of my board below. the pic i posted on 872 was for Farmhand because that is what he is working on. i myself is / are working on original from patrick C or H like Farmhand posted because i believe Figueras would of made it "Modular" because he was efficient with simplistic design and he said for more voltage just add more cores so i think it is Modular. i am also looking at the T design i used on post 811 or 812 so only time will tell when i get the rest of iron in ARGE !

Will 18 awg be ok for primaries i will be using 100 Volts 1 Amp like has been posted and 10 or maybe 8 for secondaries??? i am working on 100 volt 1 Amp power supply right now.
i think im in the 2.08 to 1 ratio from generator  primary to secondary....YES/NO

[dieter]

Gyukasun


I think the sparks are required, contrary to what hanon said.. By moving the brush, you'll get multisparking and each sparks 2 electrodes are in a state of chanching distance to eachother, exactly what is described as a condition to achieve the townsend electron avalanche. I do not only get high voltage, the 100 to 130 Volts are measured at a capacitor! In the capacitor there is the current earlier present than the voltage, so this isn't just spikey voltage with no current, but real energy. Actually the spikes may be much higher ( be save and use a 400 V Cap, this will also help to harvest the spikes), considering the primaries run with 2 Volts and the secondary has about twice as much turns as a primary, it's quite impressive to get 130 vdc AT A CAP.


A commutator is useful for battery operation, but the simplest is a moving brush contact that has only one purpose, to get the sparky transfer. Note this is no sparkgap! Using 12 Volts and then get 1mm sparks that you normally only get with 1000 Volts, makes clear that something is going on, that is unique and probably can't be done with mosfets or transistors. Tho, creating AC from a 9v battery would be a useful task for a transistor cirquit. Personally I hope to be able to run an inverter (12 Vdc to 220vac50hz) , so this would be no further work.


To obtain this effect, the coil must be wired as described. I suspect that the coils form some kind of "back emf trap". Using AC from mains grid, as I did, makes this extremly simple. But I think your core must have the same flux properties, that is 3 possible circulations : right and over middle, left and over middle and skipping the middle, circulating trough left and right. Also, the circle flux allows to selfamplify it by any back emf, as mentioned already.


It's simple, try it.


Shadow119g, a bridge rectifier made of 4 diodes costs only little, a dollar maybe. Fo does the capacitor. You may also us the one from an old power suppy. These days they are closed in a plastic box without screws, but you can crack it with a saw, just be careful and saw onlyhe wall and not what's inside.


I'm off for some more tests.