Inkjet-printed p-type CuBrxI1−x: wearable thin-film transistors

Shujie Li; Brayden Liebe; Changjin Son; Taehyeon Kim; Shelby Surprenant; Skip Rochefort; Sangwoo Lim; Rajiv Malhotra; Chih‐Hung Chang

doi:10.1039/d2ma00425a

JOURNAL ARTICLE

Inkjet-printed p-type CuBr_xI_1−x: wearable thin-film transistors

Shujie Li Brayden Liebe Changjin Son Taehyeon Kim Shelby Surprenant Skip Rochefort Sangwoo Lim Rajiv Malhotra Chih‐Hung Chang

Year: 2022 Journal: Materials Advances Vol: 3 (20)Pages: 7538-7545 Publisher: Royal Society of Chemistry

DOI: 10.1039/d2ma00425a

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Abstract

We develop stable and printable precursor inks from binary metal halides; the inkjet-printed textile-based CuBrI thin-film transistors at a low temperature of 60 °C demonstrated the potential for printing complementary circuits in wearable electronic textiles.

Keywords:

Thin-film transistor Materials science Transistor Wearable computer Wearable technology Optoelectronics Inkwell Textile Thin film Halide Nanotechnology Electrical engineering Layer (electronics) Computer science Composite material Engineering Chemistry Embedded system Inorganic chemistry

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Advanced Sensor and Energy Harvesting Materials

Physical Sciences → Engineering → Biomedical Engineering

Thin-Film Transistor Technologies

Physical Sciences → Engineering → Electrical and Electronic Engineering

ZnO doping and properties

Physical Sciences → Materials Science → Materials Chemistry

Inkjet-printed p-type CuBr_xI_1−x: wearable thin-film transistors

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Inkjet-printed p-type CuBrxI1−x: wearable thin-film transistors

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