Abstract
Electric transport properties of sintered polycrystalline Zn0.6Mn0.4Fe2O4 ferrite prepared by traditional solid reaction method were studied. A hysteretic current-voltage characteristic was found, and it could be tuned by both relatively low electric field and magnetic field at room temperature. A magnetic hysteresis related electron transmission model was proposed to explain the results. The tunable electric transport properties are potentially significant for electronic applications, such as nonvolatile random access memories, memristors, and other circuit elements with memory.
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