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Existence of multiple operating points in memristive circuits

机译:忆阻电路中存在多个工作点

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The asymptotic behavior of the memristor at dc yields a nonlinear i-u branch relationship, i.e. the memristor equivalent at dc is a nonlinear resistor. In this way, the resulting equilibrium equation of memristive circuits in dc regime has the form of system of nonlinear algebraic equations, which may have one solution, multiple solutions or no solution at all. In this work, the phenomenon of multiple dc operating points (MOPs) in memristor circuits is studied and the conditions for the occurrence of MOPs in a simple two-memristor circuit are established. Besides, homotopy methods are applied in order to find them.
机译:忆阻器在dc处的渐近行为产生非线性i-u分支关系,即dc处的忆阻器等效值为非线性电阻。这样,在直流状态下所产生的忆阻电路平衡方程具有非线性代数方程系统的形式,该方程可以具有一个解,多个解或根本没有解。在这项工作中,研究了忆阻器电路中多个直流工作点(MOP)的现象,并确定了在简单的双忆阻器电路中发生MOP的条件。此外,为了找到它们,应用了同伦方法。

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