hey Ata
interesting that the separation between the primary and secondary you speak of, in only that much spacing to get the effect, AND in a closed core. wouldnt have thought it could be before now. have seen similar with a bar or rod core, not closed as you show.
are the windings the same?
have you moved the windings closer to each other to compare?
mags
Hi Magluvin! I will try to answer your question as much as possible. Possibly in not entirely professional terms! As I have inserted some thoughts in the description,so my opinion must be analysed in the sense of it.But I reserve the right to be wrong. I.e. On the separateness of the magnetic parts of the primary and secondary coils,i.e. the extent to which they affect each other. The separate recording in the description was aimed at this. The full-fill rectangular infill sign shapes. The current one is driven only in pulse (i.e. only variable and not alternating) and only in short pulse. What I mean. We know well that N.Tesla paid special attention to very short pulse drive.(rotary mercury switch in pulse pack) As far as I know, the essence of this is the delay of the electron,or the delay of its effect. I was curious about the difference between the displacement current and the bias current. What I can understand from it. My answer to your question. The coils are 1:1 in the same cross section. The fill of the coils is not physically adjustable. You can certainly make an adjustable version. But that would be the subject of another experiment. That's all I was interested in for now. Thanks. Atti.
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Topic: Tetra Replication (Read 37168 times)
