(03-19-2025, 07:04 AM)Lasco Wrote: hi Jim
I always wondered why there is only one resistor between 7-8, 9-10, and the opposite side 15-16, 1-2 has two resistors, my thoughts were that perhaps it is due to marked rotation on the "G".
I'm eagerly awaiting your thoughts about it.
well done Jim -- Finally someone is thinking differently
I've been busy and haven't had a chance to work on it the last few days.
I may have spoke before thinking closely regarding the resistor enigma. But I will tell about the system that allows you to produce multiple AC phases, ALL uniform like my output image above.
I am connecting the resistor rig in a circle connecting to itself. Now the 2 ends of the resistor are directly across from each other.
So if your resistor has 8 contacts, you can create 4 perfect phases. My resistor has 24 contacts, so I can produce 12 perfect phases.
The resistor rig is the electromagnet ground, which is varying in a circle like rotation. Battery positive goes to the input of all transformers, then transformers ground leg connects to the resistor rig. So now 2 opposite transformers are connected, one is growing while the other is shrinking. But all transformers are now biased to the battery positive lead. Now those 2 transformer outputs must be placed in series.
Usually we see the crappy wave with the rounded belly. But when two transformers are on the correct growing / shrinking cycle and outputs placed in series, the one growing pushes that shallow belly right down to a near perfect stepped sinewave.
And when the resistor rig connects to itself in a circle, every contact can now be used for that growing / shrinking sister pattern. - Unlike the non-connected resistor rig.. You probably have noticed when the resistor is not connected to itself (like usual) the only 2 contacts that give somewhat of a stepped wave is the first and last. But connecting it in a ring lights all the contacts up and now they can all be put into play.
As far as I am thinking, my setup now is similar to 1 magnet passing a coil, thus producing a sinewave from a single polarity magnet. But the alternator next has the opposite polarity magnet that needs to come in right when the first magnet passes top dead center. I'll be doing that next.
I haven't messed much with the figuera triplet coils at this time. I have a certain angle I am working on- for now all I want to see is that shrinking part of the sinewave start sending current that flows through the battery positive. Once I see that start to happen- it's game on..
