Digital computing systems

Claim 1

IN A MAGNETIC CONTROL SYSTEM COMPRISING A PLURALITY OF MAGNETIC CORES AND WINDINGS INTERLINKING SAID CORES FOR THE TRANSFER OF ELECTRICAL CURRENT ALONG CONDUCTORS INTERCONNECTING SAID WINDINGS, MEANS INCLUDING AN ACTUATING CIRCUIT INCLUDING AN ACTUATING WINDING INTERLINKING EACH OF SAID CORES FOR GENERATING CURRENTS IN THOSE WINDINGS ASSOCIATED WITH MAGNETIC CORES POSSESSING A PREDETERMINED DIRECTION AND MAGNITUDE OF FLUX CONTENT, MEANS INCLUDING AN ELECTRONIC DEVICE HAVING ALTERNATE "ON" AND "OFF" PERIODS FOR CONTROLLING GENERATION OF SUCH CURRENTS PERIODICALLY, MEANS INHERENT IN THE CAPACITANCE ASPECTS OF SAID SYSTEM FOR ESTABLISHING A TENDENCY TOWARD CURRENT FLOW IN SAID ACTUATING CIRCUIT DURING "OFF" PERIODS IN A DIRECTION OPPOSITE TO THE DIRECTION OF FLOW PREVAILING DURING SAID "ON" PERIODS, AND A RECTIFIER INCORPORATED INTO SAID ACTUATING CIRCUIT ADJACENT TO EACH ACTUATING WINDING TO NULLIFY SAID TENDENCY DUE TO SAID CAPACITANCE.