Poly-para-xylylene-based memristors on flexible substrates
BS Shvetsov, AN Matsukatova, AA Minnekhanov… - Technical Physics …, 2019 - Springer
Technical Physics Letters, 2019•Springer
Flexible memristive structures based on poly-para-xylelene layers, which exhibit stable
resistive switchings and are resistant to bendings with radii up to 10 mm, have been
prepared and studied. A two-step scheme of setting the resistive state of the memristive
structure is proposed, which is based on monitoring the compliance current passing through
the structure. The results obtained allow memristive structures based on poly-para-xylelene
layers to be used for neuromorphic computational systems and biocompatible “wearable” …
resistive switchings and are resistant to bendings with radii up to 10 mm, have been
prepared and studied. A two-step scheme of setting the resistive state of the memristive
structure is proposed, which is based on monitoring the compliance current passing through
the structure. The results obtained allow memristive structures based on poly-para-xylelene
layers to be used for neuromorphic computational systems and biocompatible “wearable” …
Abstract
Flexible memristive structures based on poly-para-xylelene layers, which exhibit stable resistive switchings and are resistant to bendings with radii up to 10 mm, have been prepared and studied. A two-step scheme of setting the resistive state of the memristive structure is proposed, which is based on monitoring the compliance current passing through the structure. The results obtained allow memristive structures based on poly-para-xylelene layers to be used for neuromorphic computational systems and biocompatible “wearable” electronics.
Springer
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