I live on $100 a month, and just making things work as far as that goes. I am not a source of money. would take me a long time to save up that much.
your description is plenty enough to try it, or at least likely it is.
I have 2 people that have given me full schematics of such a device, just have not built it yet.
so many experiments to try and so many other things I need to get done in life (I run a farm)
the central DC magnetic field in the center of the MAGVID is the real cost of the experiment, without that, it would be way easier.
I will try to run your idea and will share results when I have them.
I wish you good luck with your work.
I will attach a link to the schematic of my MAGVID sine wave inverter when i am done with the design. it is very simple and apart from the central controller (raspberry pi) and the magnetic core for the rotating magnetic field system,the rest are not expensive. Opetating frequency of proposed design is 13.65 MHZ. No usage of central magnetic field as it is not necessary.
The output wire can carry more load than you would expect from the size of the wires. This is due to the fact that electrons in the output being moved by the rotating magnetic field undergo spiraling motion instead of a zig-zag motion. This spiral motion causes magnetic attraction between conduction electrons and protons in the metal wire, so they move as one unit relativly and resistivity is reduced. The reduction in the relative resistance of the output wire due to the rotating magnetic field is inversely proportional to drive frequency.