Emulated Memristive System Based Passive MIN/MAX Circuit

Zdeněk Kohl, J. Vavra, Jan Buzga
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Abstract

In this paper, the operation of a memristive- system-based voltage-mode passive MIN/MAX circuit is presented and verified. The proposed n-inputs circuit is composed only of passive components - bipolar memristive systems with a threshold. The advantages of the presented idea are its simplicity and no power requirements. The traditional approach that exploits diodes and active components exhibits unwanted behavior due to the commutation of diodes and the limitation of parameters of active components. The functionality of the proposed idea is confirmed by SPICE simulations. Finally, the proposed circuit functionality is verified by measurements performed on an assembled prototype. The prototype uses a dual-port electronic component emulator that replaces memristive systems that are currently unavailable on the market.
基于无源最小/最大电路的仿真记忆系统
本文提出并验证了一种基于忆阻系统的电压型无源最小/最大电路的工作原理。所提出的n输入电路仅由无源元件组成-具有阈值的双极记忆系统。所提出的想法的优点是简单且不需要电源。传统的利用二极管和有源元件的方法由于二极管的换流和有源元件参数的限制而表现出不良的行为。通过SPICE仿真验证了该方法的有效性。最后,通过在组装的原型上进行测量来验证所提出的电路功能。该原型使用双端口电子元件模拟器,取代目前市场上不可用的忆阻系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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