Nano-oscillators based on phase transitions materials (PTM) are being explored for the implementation of different non-conventional computing paradigms. This article describes the capability of such autonomous non-linear oscillators to store phase-encoded information. A latch based in sub-harmonic injection locking using an oscillator composed of a PTM device and a transistor is described. Resistive coupling is used to inject both a required synchronization signal and the input to be stored. Operation of the proposed latch implementation, the embedding of functionality into the latch and its application to frequency division are illustrated and validated by simulation.

中文翻译：

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用于相存储的相变装置

正在探索基于相变材料 (PTM) 的纳米振荡器，以实现不同的非常规计算范式。本文介绍了此类自主非线性振荡器存储相位编码信息的能力。描述了一种基于分谐波注入锁定的锁存器，该锁存器使用由 PTM 器件和晶体管组成的振荡器。电阻耦合用于注入所需的同步信号和要存储的输入。所提出的锁存器实现的操作、功能嵌入到锁存器中及其在分频中的应用都通过仿真进行了说明和验证。