Uploaded on Dec 25, 2010
These are the 2.3 mh pancake coils whereby the mutual inductance between layers is maximimized by the geometry of the inductor, and further yet the constructed
inductive reactance as a series of winds then constructed as a 4 layer pancake coil can be wired in such a way so that two oppositely wound dual layers are employed in the wirings. This also means that the winding direction viewed from both ends or poles is identical, a sort of bifilar inductor wiring made in magnetic agreement. In that method the internal capacity between layerings is
enhanced to "slow down" the natural resonant frequency of the four layer combination, by gain of internal capacity beyond the larger amount made by the flattened ribbon type wire sold as Radio Shack Megacable Speaker wire; which is sold in ready made spirals. For my purposes I had Doc rewind these into triangular windings, which now becomes convenient for making mutual inductance
between phasings observations with these 2.3 mh pancake coils, in actual 3D space. Here however we examine the tightest coupling enabled in 2D space,
enabled by stacking all 2.3 mh/.25 ohm four layer winds per phase @ 465 hz delta loads, formerly noted as the shell game. In this instance only two combinations
for maximum effect of either reducing the inductive reactance, or increasing it are noted. But here because of Lenz law applied to phase rotation coupled with
the high mutual inductance between phasings; IN THE STACKING OF THREE LAYERS FOR 3 PHASES FOR MUTUAL INDUCTANCE THIS SECURES A POLAR INTERACTION BETWEEN ONLY TWO OF THREE POSSIBLE ONES MADE IF INSTEAD 3D GEOMETRY WERE APPLIED TO THE MUTUAL INDUCTANCE BETWEEN PHASINGS. Because of this a top layer will always contain more current then the bottom
one, in both configurations of the 263 and 266 one. This why a 666 or 663 configuration corrects this misbalance to a great degree. The shell game consists of trying to find the configuration whereby all three layers will have
reduced current by virtue of increased inductive reactance between phasings.This combination cannot be found using only 3 layers, but logically it should be
found using six, as I have done with the 666 machine.
However, the investigation of the 266 machine using spiraled inductors is truly remarkable. It can itself twist the time period beween application of magnetic fields from polar fields in space on each side of the total twelve layers of windings placed adjacently. More magnetic field comes out one end then the other. In the 263 machine however the timing of the sources is preserved. But in the 266 machine the poles come closer in time towards 60 degrees, as it is that middle layer influence now adjusted oppositely to react at 60 degrees difference in time rather then 120 degrees.