State of the art Sensing Techniques using Silicon Photonics

M. Sreenath, Anish M George, K. Ansal
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引用次数: 1

Abstract

Copper wires were replaced by optical technology; photons came forward as a replacement for electrons to transfer signals or data. The future of next generation communication techniques rely on speed, power and bandwidth of the systems. With rapid advancement in technology most of the systems use high speed data transfer methods .Optics can be explored to achieve high speed data transfer by integrating optical components with the silicon chips. With the advancement of silicon photonics the future of IC industry will be revolutionized. Compatibility of silicon photonics with the existing CMOS fabrication technology can be utilized to offer advantages, such as low cost, high volume integration etc. The application of silicon photonics in sensing is gaining popularity nowadays. This paper presents a comprehensive review of different types of silicon photonics based sensors.
硅光子学传感技术的最新进展
铜线被光学技术取代;光子作为电子的替代品来传递信号或数据。下一代通信技术的未来取决于系统的速度、功率和带宽。随着技术的快速发展,大多数系统采用高速数据传输方法,可以探索将光学元件与硅芯片集成在一起来实现高速数据传输。随着硅光子学的进步,集成电路产业的未来将发生革命性的变化。硅光子学与现有CMOS制造技术的兼容性可以提供低成本,高容量集成等优势。硅光子学在传感领域的应用日益普及。本文对不同类型的硅光子学传感器进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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