Memristor-based non-volatile D trigger

Abstract

The invention discloses a memristor-based non-volatile D trigger. The D trigger is of a master-slave latch structure, wherein a circuit of each latch comprises a memristor module which is formed by connecting two memristors in series in an inverted manner; and non-volatile latch and trigger functions are executed through the memristor module. The invention also discloses a specific circuit structure of the latch. According to the D trigger, the non-volatile latch and trigger functions can be realized by fully utilizing resistance state difference and a non-volatile characteristic of the memristors; the constructed D trigger has the functions of the conventional trigger, has the characteristic of non-volatility and is suitable for the application field with instable power; and the operation can be continuously performed.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for more efficient data processing without requiring an extra memory device or complicated hardware components. It achieves this through utilizing multiple memristive elements arranged into antiparallel connections instead of serially connecting them together. By doing things like adding resistances between certain parts of each element, the resulting circuit becomes less sensitive to changes made during normal operations due to its ability to maintain stable voltage levels even when there are fluctuations from varying sources such as AC voltages. Additionally, these techniques allow for flexible control over how much energy they consume while still providing reliable results at reasonable cost.

Problems solved by technology

The technical problem addressed by this patented technology relates to improving the efficiency with which electronic components such as flippers work together during different states while also being able to keep their stored data intact even after they turn on again at resting (power down). This would make them more reliable and efficient than existing designs without requiring extra equipment.

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