Good evening everyone,
Yes
Tagor, I'm on the thing I recovered a circuit C almost similar to that of the video.
But in the meantime I have been given a few simulations.
on the diagram you can see the precise place where the coil is installed.
in this representation the coil is not supplied.
there is an air gap between the U and the cap which supports the mechanics.
the flow is naturally positioned on the circuit which offers the best permeance,
or the minimum reluctance (it's the same thing)
On this second diagram,
The coil is not shown, but a magnet simulates the induction created by it.
I draw your attention to a new fact with regard to these simulations.
the magnet in place of the coil is a ferrite magnet of low magnetic value.
in the other simulations we did before, to chase the flow,
I was forced to use a magnet of value at least equal in grade to the other magnets.
namely in this case a grade 42 neodymium.
The geometry used seems decisive on the results obtained.
this observation prompts me to replicate the model seen on the video.
A + + +
