Optomechatronic technology: the characteristics and perspectives
Optomechatronic technology: the characteristics and perspectives
复制标题
光机电一体化技术：特点与展望
DOI：
10.1109/tie.2005.851689
复制
发表时间：
2005
影响因子：
7.7
通讯作者：
M. Y. Kim
中科院分区：
文献类型：
--
作者：
Hyungsuck Cho;M. Y. Kim
近年来，光学技术已经以加速的速度融入机电一体化系统，因此，已经引入了大量具有智能光学组件的机器/系统。这种集成技术被称为“光机电一体化”。本文通过分析各种实际光机电系统的特点，介绍了该技术的基本概念、定义和特点。介绍了光学和机电组件如何相互物理耦合，形成光机电一体化。通过这种观察，我们描述了技术的本质和集成概念，从中我们可以详细地推导出技术驱动的基本功能。基于基本的光机电一体化和功能的知识，我们分析光机电系统一般从系统配置和设计的角度来看，因此，光学技术在整体系统性能的作用被学习和协同效应，由于其融合与机电一体化被理解。
In recent years, optical technology has been incorporated into mechatronic systems at an accelerated rate, and as a result, a great number of machines/systems with smart optical components have been introduced. This integrated technology is termed "optomechatronics." This paper introduces the fundamental concept, definition, and characteristics of the technology by analyzing the characteristics of a variety of practical optomechatronic systems. The introduction describes how optical and mechatronic components are physically coupled to each other to form optomechatronic integration. With this observation, we describe the nature and integration concept of the technology, from which we can derive the technology-driven fundamental functionalities in some detail. Based upon the knowledge on basic optomechatronic integration and functions, we analyze optomechatronic systems in general from the viewpoint of system configuration and design and, thus, the roles of optical technology in overall system performance being learned and the synergistic effects due to its fusion with mechatronics being understood.