10-23-2024, 10:24 AM
Fragments of this have been posted in other topics, but I want to organize this data with a separate thread as I continue this line of amateur research..
We series connect AC and DC sources with the same amplitude and we achieve a single polarity sinewave. This is akin to the Figuera single wave...
Now we must get the 2nd single polarity wave 180 degrees out of phase.. Turns out this is pretty simple.. Simply place the 2nd load between the opposite 2 posts...
This gives us the full Figuera waves..
Now my questions.. I am finding it difficult to measure the total input of both sources because the current from both sources is circling in 1 loop. And I have many other questions I may need to answer for myself with experimentation.
It seems we have 1 side of the circuit pushing while the other is pulling. I find the possibilities fascinating. And I plan to find ways to measure it all and test some different configurations..
We series connect AC and DC sources with the same amplitude and we achieve a single polarity sinewave. This is akin to the Figuera single wave...
Now we must get the 2nd single polarity wave 180 degrees out of phase.. Turns out this is pretty simple.. Simply place the 2nd load between the opposite 2 posts...
This gives us the full Figuera waves..
Now my questions.. I am finding it difficult to measure the total input of both sources because the current from both sources is circling in 1 loop. And I have many other questions I may need to answer for myself with experimentation.
It seems we have 1 side of the circuit pushing while the other is pulling. I find the possibilities fascinating. And I plan to find ways to measure it all and test some different configurations..