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Integrated Circuits Using Photonic-Crystal Slab Waveguides and Resonant Tunneling Diodes for Terahertz Communication

机译:使用光子晶体平板波导和谐振隧穿二极管进行太赫兹通信的集成电路

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We herein develop a terahertz (THz) integrated system based on electronic and photonic technologies. Photonic crystals provide a promising platform to integrate electronic devices such as resonant tunneling diodes (RTDs) with photonic devices such as photonic-crystal waveguides. However, the size difference between the RTD and the photonic-crystal waveguide is a major challenge for this study. Hence, we present and compare the Yagi-Uda and tapered-slot coupling structures to enable the development of a synergic technology based on electronic and photonic technologies We successfully develop integrated devices such as a THz transmitter (Tx) and receiver (Rx) for a 12 Gbit/s error-free THz communication link. Furthermore, we demonstrate uncompressed 4K video transmission using the developed RTD-based Tx and Rx devices.
机译:本文中,我们基于电子和光子技术开发了太赫兹(THz)集成系统。光子晶体提供了一个有前途的平台,可以将诸如谐振隧道二极管(RTD)之类的电子设备与诸如光子晶体波导之类的光子设备集成在一起。然而,RTD和光子晶体波导之间的尺寸差异是这项研究的主要挑战。因此,我们介绍并比较了八木-宇田和锥形槽耦合结构,从而能够开发基于电子和光子技术的协同技术。我们成功地开发了集成设备,例如用于THz的THz发射器(Tx)和接收器(Rx)。 12 Gbit / s无错THz通信链路。此外,我们演示了使用开发的基于RTD的Tx和Rx设备进行未压缩的4K视频传输。

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