Resonant circuit timed translator matrix employing transistor gates

Claim 1

IN A TRANSLATOR HAVING A PLURALITY OF CROSS-POINT CIRCUITS CONNECTED IN A MATRIX ARRAY DEFINED BY HORIZONTAL AND VERTICAL COORDINATE LEADS CONNECTED RESPECTIVELY TO A FIRST AND A SECOND PLURALITY OF DRIVE GATES, THE COMBINATION COMPRISING A CURRENT SOURCE CONNECTED TO SAID FIRST PLURALITY OF GATES, TIMING MEANS HAVING A PREDETERMINED TIMING CONTROL INTERVAL AND CONNECTED BETWEEN GROUND AND SAID SECOND PLURALITY OF GATES, SAID TIMING MEANS INCLUDING A RESONANT CIRCUIT HAVING AN INDUCTOR AND A CAPACITOR CONNECTED IN SERIES, MEANS FOR SELECTIVELY ACTIVATING ONE EACH OF SAID FIRST AND SECOND PLURALITY OF GATES AND SAID TIMING MEANS, A CURRENT CARRYING PATH FROM SAID SOURCE TO GROUND INCLUDING SAID SELECTED GATES AND CROSS-POINT CIRCUIT ASSOCIATED WITH SAID SELECTED GATES, AND MEANS IN SAID SELECTED GATES COOPERATING WITH SAID TIMING MEANS RESONANT CIRCUIT FOR ESTABLISHING A NONCONDUCTIVE CONDITION IN SAID GATES SIMULTANEOUSLY WITH THE TERMINATION OF SAID PREDETERMINED INTERVAL IN SAID TIMING MEANS.