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Electroluminescence Generation in PbS Quantum Dot Light Emitting Field Effect Transistors with Solid State Gating.
ACS Nano 2018 December 13
The application of light emitting field effect transistors (LEFET) is an elegant way of combining electrical switching and light emission in a single device architecture instead of two. This allows for a higher degree of miniaturisation and integration in future opto-electronic applications. Here, we report on a LEFET based on lead sulphide quantum dots processed from solution. Our device shows state-of-the-art electronic behaviour and emits near-infrared photons with a quantum yield exceeding 1% when cooled. We furthermore show how LEFETs can be used to simultaneously characterise the optical and electrical material properties on the same device and use this benefit to investigate the charge transport through the quantum dot film.
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