Pierre's 170W in 1600W out Looped Very impressive Build continued & moderated

[r2fpl]

The correct switching positions would be:
step1) http://tinyurl.com/y7vsxqdq then delay()
step2) http://tinyurl.com/y77hkk2q then delay()
step3) http://tinyurl.com/ycarhljp then delay()

Cheers!

T-1000,

Three do not work on how many enabled? can you draw ranges as you see it?

[r2fpl]

There's a Granger down the road... https://www.grainger.com/content/general-catalog  but kinda silly to get a new motor...
I also thought maybe AC (air cond) repair places? (like the blower fan motor but tthat's < 1HP)





Ya; but when attempting at replication I prefer to try to match paramters as close as possible; since I don't have anything else immediately available that's viable...
I have  a bunch of E cores, which I can sort-of use; but they are very small; so using 24ga wire it's really low inductance; and 32 ga wire is much better inductance; but with 12V doesn't really generate a good field (too much resistance); so I don't those will be viable... plus too many wedge-shaped gaps inbetween...


also considering the null results vs what I have seen of other replicators; that might be a factor;
also I don't know if the slots are important; such that a ferrite filled coil set should also have the fingers?

It's all about the right field motion, frequency, intensity and the right moment of reception. It is also important to break between the fields and the number of these fields. The LOAD coil is one magnet!

[T-1000]

T-1000,

Three do not work on how many enabled? can you draw ranges as you see it?

Try in different browser? It works even on my mobile.
There are 4 coils in series for single polarity. 2 coils not active between opposite current flows. The positioning activation sequence is 1-2-1.

[T-1000]

It's all about the right field motion, frequency, intensity and the right moment of reception. It is also important to break between the fields and the number of these fields. The LOAD coil is one magnet!

The alternator works by dragging magnetic flux lines of electromagnet across pickup. It is 3D movement+rotation of magnetic field. In comparison to transformers it have one more axis on change.


And the load is alternating magnet with opposing magnetic field to change.

[r2fpl]

The alternator works by dragging magnetic flux lines of electromagnet across pickup. It is 3D movement+rotation of magnetic field. In comparison to transformers it have one more axis on change.


And the load is alternating magnet with opposing magnetic field to change.

So according to Figuera ?