Magnetically integrated current reactor

A low loss power deliver system comprising;

• mutually parallel, adjacently positioned, and coaxially aligned planar elements including:
• a first electrically conductive coil interconnected with an electrical source;
• a pair of second electrically conductive coils, each one of the second coils interconnected with a separate load;
• the first and second coils each having a centrally positioned, magnetically permeable core;
• the first coil spaced between the pair of second coils;
• the first and second coils supported within a magnetic flux conduit, the cores and flux conduit enabled as a toroidal flux circuit.

A method for delivering, electrical power-on-demand with low loss to a pair of independent loads, comprising:

• inductively coupling a first input electrical energy in a primary planar electromagnetic energy converter, to a pair of secondary planar electromagnetic energy converters;
• delivering a first output electrical energy from one of the secondary planar electromagnetic energy converters to one of the pair of independent loads and a second output electrical energy from another of the secondary planar electromagnetic energy converters, to another of the independent loads;
• storing electromagnetic energy within a toroidal magnetic circuit common to both the primary and the seconday planar electromagnetic energy converters;
• delivering portions of the stored electromagnetic energy, as a third output electrical energy, to each of the independent loads as independently demanded by said loads.

A method for delivering elecltrical power on demand with low loss to independent loads, comprising:

• inductively coupling input elecltrical energy to planar electromagnetic energy converters;
• delivering output electrical energy from the energy conveners to the independent loads;
• storing electromagnetic energy within a toroidal magnetic circuit common to the energy converters;
• and
• delivering portions of the stored electromagnetic energy, as independently demanded, to the independent loads.