yes that's the correct inverter, but the 55vdc supply needs to be replaced by 8 coils in unison, all in phase 10vac. The north magnets on the machine I'm building are passing past the coils at once, followed by south, there are 8 coils there are 16 magnets either side of the flywheel and rotating about 8 turns a second so 16 * 8 = 128Hz looking for a modification maybe like this but all coils in phase and there are 8 coils producing 10 volts BUT when I hook it up in the program it doesn't work the way I'd like it to..
yes that's the correct inverter, but the 55vdc supply needs to be replaced by 8 coils in unison, all in phase 10vac. The north magnets on the machine I'm building are passing past the coils at once, followed by south, there are 8 coils there are 16 magnets either side of the flywheel and rotating about 8 turns a second so 16 * 8 = 128Hz 
That's an old image I found!! basically I want to have eight coils that are all in phase and I'm unsure of how to wire them up, also for the Hz the flywheel spins around 8 times per second and has 16 magnets so would one cycle of the frequency be peak to peak and so would be have 8 cycles * 8 turns per second equal 64Hz? can you provide a image of a spice model to show how the 8 coils are wired up to the inverter please? getting my laptop back soon so will be on the forum a lot more and so we can get this all worked out but basically when I did have my laptop and run the sim with the eight coils rigged up the same way as above the voltage tapered off to zero and I don't know how to fix it so that it stays at a steady voltage!!
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If all the coils are passed by a N pole at the same time then their outputs are in phase. You could wire them all in parallel and have 10V output at 8 times the current capability of a single coil, or you could wire them all in series and have 80V output with the current capability of just a single coil. I can't visualise what the waveform is going to look like.
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.... but I guess it will look like in this link, with both 64Hz and 128Hz components.
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.... but I guess it will look like in this link, with both 64Hz and 128Hz components.
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that link you provided about the waveforms is interesting is it possible to model that in spice I need a nudge right now because I am stuck so I realize this has been explained but I couldn't understand why the waveform does not follow the magnetic flux plot and why the EMF follows the second plot. Okay I get it now, never mind! is it possible to recreate in spice?? BUT in that design the core is made of wood and not a ferrous material! and I really think that the wave would be more sinusoidal to be honest 
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hmm cool, I'm having trouble with finding the period and frequency! the wheel turns 8 times in a second there are 16 magnets north south. did you see post 692? I asked chatgpt about the frequency, it says 128Hz "because each rotation produces 16 magnetic field changes" and the rotational frequency * No of magnets = frequency, just added that bit so people can follow! period is 1/f in this case = 0.00781 seconds
If you come up with that "quickly" then I'd love to see what you could do with a bit more time!!! I'll have pics of the machine soon
If you come up with that "quickly" then I'd love to see what you could do with a bit more time!!! I'll have pics of the machine soon
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I've been trying to get the chatgpt to figure it out it says I can use a behaviour voltage source and says that I need to add a harmonic of 256 and a third harmonic of 348 but it cant come up with the correct waveform! anybody know about that?? this doesn't work but I'm guessing that it's on the right track
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