Abstract Source‐gated transistors (SGTs), which are typically realized by introducing a
source barrier in staggered thin‐film transistors (TFTs), exhibit many advantages over …

Digital logic accommodating more than two data levels is at the forefront of future high‐
information‐density electronics. The fundamental mechanisms of the organic ternary …

Source-gated transistors are a new driver of low-power high-gain thin-film electronics.
However, source-gated transistors based on organic semiconductors are not widely …

We introduce a rational design approach to high-performance multi-valued logic circuits.
Taking an organic-based ternary inverter as a model system, robust input parameters to a …

Emerging large-area technologies based on organic transistors are enabling the fabrication
of low-cost flexible circuits, smart sensors and biomedical devices. High-gain transistors are …

A physical description of low-field behavior of a Schottky source-gated transistor (SGT) is
outlined where carriers crossing the source barrier by thermionic emission are restricted by …

Source-gated transistors (SGTs) are emerging devices enabling high-gain single-stage
amplifiers with low complexity. To date, the p-type printed organic SGT (OSGT) has been …

Printed amplifiers are promising components for flexible and wearable devices. The circuits
need to have small footprint, high amplification, and low power consumption, which is not …

A key device component in organic field-effect transistors (OFETs) is the organic
semiconductor/metal interface since it has to ensure efficient charge injection. Traditionally …

We developed an electric-field enhanced thermionic emission model combined with an
equivalent circuit for a three-terminal organic transistor structure to interpret the gate-voltage …