Abstract
In this paper, we fabricated memristor –the fourth fundamental circuit element relating charge and magnetic flux linkage. The memristor electrically characterized by current sinusoidal methods. In all cases, it demonstrated excellent nonlinear-resistor behavior. So we proposed a new type of Multivibrator based on the memristor. Its mechanism and oscillate conditions have been analyzed systematically. Furthermore, circuit experiment confirmed the Multivibrator based on memristor is feasible.
© 2012 Optical Society of America
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