the output result of pre-structure is necessary to be transferred to the post-structure
which is stored in the form of resistance value and cannot be utilized directly by the post-structure. Targeting at this problem
a novel read-out structure is proposed which converts the value of memristor resistance into voltage value. Based on the proposed structure
a memristor based full adder has been improved and based on this memristor based multiplier is designed and bit-width can be freely expanded. By two-bit multiplier example
based on HP memristor model and by LTspice simulation
it is demonstrated that the proposed structure can efficiently support bit-width expandation of memristor based multiplier.
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references
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