The TPU uncovered? (A PROBABLE technique.)

[sparks]

@pauldude


     When we series connect a torroidal choke with a dc load to filter out the hf where does the high energy of the pulse go?   The torroid core is said to magnetically absorb the energy of the ripple.  But after conversion of the voltage into magnetic energy where does it go from there?  The compressed magnetic field doesn't like being compressed so it expands and creates a conflict between the ambient magnetic field energy surrounding and penetrating the torroidal core.  This conflict of opposing magnetic lines of flux results in electro-magnetic radiation of very short wave lengths that penetrate the torroidal winding and travel off into the surrounding field as heat.  This energy is now quite transparent to the desired dc current flow.
   By placing a conductor inside the torroidal choke the pulse energy now results in a compression of the magnetic field within the conductor mass which acts as a collector.  The outflow of the magnetic compression energy can now be routed through the copper mass field to a desired observer as an em wave within the conductor field..  Unlike an iron core which would absorb the pulse energy by magnetic domain polarization in conflict with the ambient magnetic field,  the copper mass is able to compress in alignment with the kick spread and expand in alignment with the ambient magnetic field.  This creates a wave traveling within the copper conductor mass with a length equal to that of the primary kick coil length.
All we have to do now is create a beach for that baby to roll up on.  The permanent magnet may serve as the beach.  Also I would imagine a slit in the collector would result in the wave piling up.

[BEP]

Perhaps also a charge piling up?

[giantkiller]

@sparks, BEP,

A good explaination of Otto's single wire coil loop.

--giantkiller.

[sparks]

@Bep


    The wave fronts will advance around the torroid in opposing directions and mix on the other side in a harmonic addition of freqs and we get our kick back with ohmic losses. We need to chop them electrically or magnetically before this happens.    Also as noted by Paul awhile back a 1/4 wave kick coil relative to the applied voltage is best.  This gives a uniform voltage drop over the length of the coil.  Bifilar coils is a good cheat for capacitance matching.

[sparks]

    Mr. Tesla would take his primary wave and make sure it would advance across his secondary.  Perhaps a centertap will work.  I can remember way back SM inserting a wedge in his tpu.  Perhaps it is the mechanical support for the gapped laminated copper core.