Abstract:
A logical operation array of a resistive random access memory includes at least one logical operation unit; each logical operation unit includes multiple resistive random access memories, multiple field effect transistor switches and a voltage converter. The logical operation array is set for performing logical operation and enable to storage output level signal in one resistive random access memory after the logical operation
Abstract:
A logical operation array of a resistive random access memory includes at least one logical operation unit; each logical operation unit includes multiple resistive random access memories, multiple field effect transistor switches and a voltage converter. The logical operation array is set for performing logical operation and enable to storage output level signal in one resistive random access memory after the logical operation
Abstract:
A latch and a D flip-flop, where the latch includes a switch, a resistive random-access memory, a bleeder circuit, and a voltage converter. The voltage converter is configured to output an output signal of the latch according to an input signal of the latch when the switch is in an on state, where the output signal remains consistent with the input signal. When the switch changes from the on state to an off state, the resistive random-access memory is configured to work together with the bleeder circuit to enable an output signal of the latch when the switch is in the off state to remain consistent with an output signal of the latch when the switch is in the on state, thereby implementing a nonvolatile latching function. A circuit structure of the latch is simple and integrity of an existing logic circuit can be improved.