g2T-T, P(g2T-T), CAS 1974310-62-7, OECT OET biosensor

Posted in Highlights & News, Hole Transport, Ion-Electron Transport, OECT, OECT, Organic Semiconductors, OTE, OTFT, Polymer Bipolar, Polymeric Hole Transport Materials

P(g2T-T), g2T-T

CAS# 1974310-62-7

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1M TDS P(g2T-T) g2-T v1

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1M TEG 4g OECT polymers for you to explore 20231015

Organic electrochemical transistors (OECTs), which are modulated by a gate-driven ionic doping/de-doping of the organic bulk channel material, resemble the ion-driven processes and dynamics of biological systems. Compared to OFETs, OECTs operate at considerably lower voltages (<1 V), have a higher transconductance, maintain excellent threshold voltage stability, demonstrate strong ion concentration-dependent switching properties, and are in general highly biocompatible.

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