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- Title
Organic Synaptic Transistors with an Ultra‐Short‐Term Weight‐Reconstruction for Processing Multiple Types of Signals.
- Authors
Yu, Hang; Wang, Tianqi; Li, Yanyun; Luo, Pan; Ni, Yao
- Abstract
An organic synaptic transistor (OST) that utilizes a multiple‐annealing process and an ion gate to achieve significant reductions in operating voltage and increases in transconductance is demonstrated. The OST exhibits an ultra‐short‐term plasticity (USTP) with a maximum retention time of only 20.7 ms, which does not increase with the number and duration of spikes. This is the shortest retention time yet achieved by an ion‐gel‐regulated synaptic transistor. In addition, OST‐integrated array exhibits a tunable weight plasticity and a short weight refresh time for a stable image resetting in ample time of <0.2 s. It is also sensitive to the frequency and amplitude of electrical inputs; a low‐frequency suppression and a nonlinear amplitude gain enables OST‐constructed filter for use in processing multiple types of signals. This work is a step toward constructing high‐performance and multifunctional artificial intelligent systems.
- Subjects
ARTIFICIAL intelligence; RF values (Chromatography); ORGANIC field-effect transistors; TRANSISTORS
- Publication
Advanced Electronic Materials, 2024, Vol 10, Issue 6, p1
- ISSN
2199-160X
- Publication type
Article
- DOI
10.1002/aelm.202300702