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Solid-State Organic Electrochemical Transistors
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DOI：10.1039/D5MH00953G.png)
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Abstract
En 中文
Organic electrochemical transistors (OECTs) continue to be the subject of much detailed and systematic study; being suitable for a diverse range of applications including bioelectronics; sensors; and neuromorphic computing. OECTs conventionally use a liquid electrolyte; and this architecture is well suited for sensing or bio-interfacing applications where biofluids or liquid samples can be used directly as the electrolyte. A more recent trend is solid-state OECTs; where a solid or semi-solid electrolyte such as an ion gel; hydrogel or polyelectrolyte replaces the liquid component for an all-solid-state device. The growing interest in solid-state OECTs has been motivated by the many applications where high density and individually addressable OECTs are desirable and necessary; such as logic circuits and neuromorphic computing. Therefore; solid-state OECTs are being increasingly explored for easily integrable and compact systems. In this review; we discuss solid-state OECTs with the purpose of introducing readers to the breadth of tested and feasible solid electrolytes and guide them through key materials and device design considerations. We highlight applications; key challenges to be overcome and opportunities for future research and development.
Keywords:
organic electrochemical transistors
solid-state OECTs
ion gel
hydrogel
neuromorphic computing
Journal
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10.7
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3.6K
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2.4W
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