High speed binary

Claim 1

IN A BINARY CIRCUIT HAVING A BISTABLE MULTIVIBRATOR CIRCUIT AND A TRIGER CIRCUIT FOR COUPLING INPUT PULSES TO THE MULTIVIBRATOR CIRCUIT, A NEW AND IMPROVED INPUT STEERING CIRCUIT INCLUDING IN COMBINATION: A FIRST CAPACITOR FOR TRANSFERRING AN INPUT VOLTAGE CHANGE TO A FIRST JUNCTION POINT; A SECOND CAPACITOR FOR TRANSFERRING AN INPUT VOLTAGE CHANGE TO A SECOND JUNCTION POINT; FIRST MEANS FOR COUPLING SAID FIRST JUNCTION POINT TO THE TRIGGER CIRCUIT FOR ONE SIDE OF THE MULTIVIBRATOR CIRCUIT; SECOND MEANS FOR COUPLING SAID FIRST JUNCTION POINT TO THE TO THE TRIGGER CIRCUIT FOR THE OTHER SIDE OF THE MULTIVIBRATOR CIRCUIT; A FIRST DIODE CONNECTED IN PARALLEL WITH SAID FIRST COUPLING MEANS AND ASSOCIATED TRIGGER CIRCUIT BETWEEN SAID FIRST JUNCTION POINT AND ONE OUTPUT OF THE MULTIVIBRATOR CIRCUIT; AND A SECOND DIODE CONNECTED IN PARALLEL WITH SAID SECOND COUPLING MEANS AND ASSOCIATED TRIGGER CIRCUIT BETWEEN SAID SECOND JUNCTION POINT AND THE OTHER OUTPUT OF THE MULTIVIBRATOR CIRCUIT; WITH ONE OF SAID DIODES PRESENTING A LOW IMPEDANCE PATH TO ITS JUNCTION POINT AND THE OTHER OF SAID DIODES PRESENTING A HIGH IMPEDANCE PATH TO ITS JUNCTION POINT AND WITH THE ARRANGEMENT OF SAID HIGH AND LOW IMPEDANCE PATHS SWITCHING AS SAID MULTIVIBRATOR CIRCUIT SWITCHES.