Impulse storage matrix comprising magnet cores having rectangular hysteresis loops

Claim 1

A SIGNAL STORAGE DEVICE CONSTRUCTED OF A PLURALITY OF MAGNET CORES WITH AT LEAST APPROXIMATELY RECTANGULAR HYSTERESIS LOOP, SAID CORES ARRANGED IN A PLURALITY OF LINES IN TWO COORDINATE DIRECTIONS FORMING ROWS AND COLUMNS, SAID CORES BEING INTERLINKED WITH AT LEAST TWO CONTROL WINDINGS AND FURTHER INTERLINKED WITH A SENSING WINDING THAT IS COMMON TO AT LEAST A PLURALITY OF SAID CORES AND HAVING PORTIONS EXTENDING IN PARALLEL WITH SAID ROWS AND COLUMNS, SAID SENSING WINDING BEING DISPOSED IN MEANDERING MANNER WITH EACH SUCCESSIVE PARALLEL PORTION THEREOF, EXTENDING IN ONE OF SAID COORDINATE DIRECTIONS, BEING DISPOSED IN AN ADJACENT LINE EXTENDING IN SUCH COORDINATE DIRECTION, WITH A CROSSOVER TO AN ADJACENT LINE TAKING PLACE MIDWAY BETWEEN THE TOTAL NUMBER OF CORES INTERLINKED BY SAID WINDING IN THE LINE INVOLVED, FOLLOWING EACH SUCCESSIVE ODD NUMBERED OF SUCH SUCCESSIVE PARALLEL PORTIONS, WITH SUCH WINDING EXTENDING IN INTERLINKING RELATIONSHIP WITH EQUAL NUMBERS OF CORES IN EACH OF THE ROWS AND COLUMS IN EITHER DIRECTION OF ITS MEANDERING COURSE WHEREBY INTERFERENCE PULSES INDUCED INTO SAID SENSING WINDING ARE COMPENSATED THEREIN.