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The aim is to address the stability challenges of organic field-effect transistors to foster commercialization.

The Stability of Organic Field-Effect Transistors: From Materials, Devices to Circuits

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The aim is to address the stability challenges of organic field-effect transistors to foster commercialization.
Proposed an integrated stabilization route involving materials, devices, and circuits.
Chemically stabilized n-type organic semiconductors by reducing reactive oxygen species.
Achieved high morphological stability through oxygen-induced lattice strain and nanoparticles.
Improved device stability using microwave annealing and advanced strategies for operational and environmental stability.
Enhanced circuit stability with asymmetric dual-gate strategies for CMOS inverters.
Substantial improvement in the chemical and physical stability of organic semiconductor films.
Achieved operational, environmental, and storage stability in devices.
Realized controllable transformations in OSCs from polycrystalline to single-crystalline states.
Developed functionalities for UV and IR detection with new photoresponsive OSCs.

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This conspectus explores stability improvements in organic field-effect transistors, indicating potential for broader applications.

Chen et al. (2026) studied this question.

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