RF Transceiver Functionalities from Aggressively Scaled Metal Oxide TOLAE Technologies

交流接触薄膜晶体管（actft）为器件优化和部署提供了新的自由度。该项目旨在通过使用具有自对准触点的短通道actft，提供具有成本效益的灵活射频电路实现。在埃尔兰根-纽伦堡大学电子器件和电子工程研究所的主持下，两个著名的半导体电子和射频电路技术研究所携手合作，致力于射频电路和系统的集成开发。基于金属氧化物actft，接收器和发射器的关键部件（例如低噪声放大器，振荡器或混频器）在柔性基板上实现。在工业、消费和纺织/可穿戴电子产品中提出了薄型柔性应用的新前景。

Alternating-Contact thin-film transistors (ACTFTs) provide new degrees of freedom for device optimization and deployment. This project specifically aims at providing cost-effective implementation of flexible RF circuits through the use of short channel ACTFTs with self-aligned contacts. With the Chair of Electron Devices and the Institute of Electronics Engineering of the FAU Erlangen-Nuremberg, two renowned institutes of semiconductor electronics and RF circuit technology work hand in hand on the integrated development of RF circuits and systems. Based on metal oxide ACTFTs, key components of receivers and transmitters (e.g. low noise amplifiers, oscillators, or mixers) are implemented on flexible substrates. New perspectives for thin, flexible applications in industrial, consumer and textile / wearable electronics are presented.