Voltage and frequency memory system

Claim 1

AN ELECTRICAL MEMORY SYSTEM FOR PROVIDING VOLTAGE AND FREQUENCY MEMORY, COMPRISING IN COMBINATION, A MONOSTABLE BLOCKING OSCILLATOR INCLUDING A TRANSISTOR ELEMENT HAVING A BASE TO COLLECTOR FEEDBACK CIRCUIT AND HAVING A COMMON GROUNDED EMITTER CIRCUIT, MEANS FOR APPLYING SYNCHRONIZING SIGNAL PULSES TO SAID OSCILLATOR FOR OPERATION AT SUB-HARMONIC FREQUENCIES THEREOF, A BASE RESISTOR CONNECTED SERIALLY IN SAID BASE CIRCUIT, AN INPUTOUTPUT CIRCUIT FOR APPLIED CONTROL AND OUTPUT VOLTAGES, MEANS INCLUDING AN INTEGRATING CIRCUIT COUPLED TO THE COLLECTOR CIRCUIT AND A DIODE PEAK DETECTOR COUPLED BETWEEN SAID INTEGRATING CIRCUIT AND SAID INPUT-OUTPUT CIRCUIT FOR DERIVING GATING SIGNAL PULSES FOR SAID OSCILLATOR ACROSS SAID BASE RESISTOR AND A QUANTIZED OUTPUT VOLTAGE AT SAID INPUT-OUTPUT CIRCUIT, AND SAID OUTPUT VOLTAGE AND THE RESULTING OUTPUT FREQUENCY BEING CONSTANT IN THE ABSENSE OF CONTROL VOLTAGE LEVEL CHANGE, WHEREBY THE SYSTEM HAS BOTH VOLTAGE AND FREQUENCY MEMORY.