We try to exploit the advantages of TOAD-based optical switch to design an integrated all-optical circuit which can perform binary addition and subtraction. 研究了怎样利用基于TOAD的光开关来设计全光集成电路,从而进行二进制加减法运算。
It is one of the developmental directions in optical testing technology that the mode of intelligent loop-locked testing technology is realized by means of an integrated system of optics, machine, circuit and computer. 光机电算一体化的闭环式智能测试技术模式,是光学测试技术发展的方向之一。
The result shows that the photonic crystal fiber will have a broad application in photonic crystal fiber sensor, photonic crystal antennae, dispersion compensation and optical integrated circuit. 研究结果表明,光子晶体光纤在光纤传感器、光子晶体天线、超宽色散补偿、光学集成电路等多方面具有广泛的应用前景。
Silicon, which bears excellent optical properties, is not only the basic material for IC ( Integrated Circuit) and MEMS ( Micro-Electro-Mechanical-System), it is also one of the important materials for integrated optics. 而硅材料不仅是微电子与微机电系统(MEMS:Micro-Electro-Mechanical-System)的基础材料,同时也凭借着出色的光电特性成为集成光学的主要材料之一。
Using polymethyl methacrylate ( PMMA) as the structure material, spin coating and dry etching technique are used to realize a structure integration of optical waveguide integrated circuit with cantilever-mass micro-machine structure on silicon substrate. 以聚甲基丙烯酸甲酯为结构材料,采用旋涂和干法刻蚀技术,实现了光波导集成光路和悬臂梁-质量块微机械结构在硅基底上的集成。
Photorefractive waveguide is one of the basic units of integrated optical and optoelectronic integrated circuit ( OEIC). It allows a wide variety of applications in optical communication, optical interconnections and optical information processing. 光折变波导是集成光学和光电子集成器件(OEIC)的基本元件之一,在光通信、光互连和光学信息处理方面具有广泛应用。
Waveguide is the base structure of optical integrated devices ( circuits). Energy transfer between continuous channels is very important to wavelength division multiplexed ( WDM) and integral circuit. 双通道之间能量的转移,对于波分复用器、集成光路等有着重要的意义,可以应用于光通信等领域。
Silicon based optical waveguide will play an important role in the integrated opt-electric devices in the future because of the superior performance of silicon material and the mature technology of the integrated circuit ( IC) industry. 硅基光波导一方面由于硅材料独特的优点,另一方面可以借鉴集成电路产业的成熟工艺,在集成光电器件中将会扮演愈发重要的角色。
Through analyzing optical Lithography, which is the core of the integrated circuit manufacturing technique, imprint lithography based on mechanical micro-replicating technique can avoid the diffracting limitation of traditional optical lithography and has the ability to replicate pattern with 6 nm feature sizes. 通过分析集成电路制造工艺中的核心环节&光刻技术,采用机械微复形原理的压印光刻技术可避免传统光学光刻的光学衍射限制,能够对最小到6nm特征尺寸的图形进行复制。
Relying on powerful optical signal processing capacity, simply production process, easy integration and other advantages, micro-ring resonator is considered as a basic component of large scale integrated photonic circuit in the future. 光微环谐振器凭借其强大的光信号处理能力,且具有工艺简单、易于集成等优点,被认为是未来大规模集成光子回路的基础性元器件。
At present, the super-resolution technology is already widely used in optical storage, optical communication, optical imaging, the modern optical systems design, ultra-large scale integrated circuit production and other fields. 目前,超分辨技术已经广泛应用于光存储、光通信、光学成像、现代光学系统设计及超大规模集成电路制作等领域。
In the process of controlling the transmission of the light, the photonic crystal optical switching devices have more advantages than the traditional optical switching devices, and it is the ideal choice for the future integrated optical circuit components. 光子晶体光开关器件由于在控制光的传输过程中具有传统器件所没有的优势,使得其成为未来集成光路元件的理想选择。
The system of obstacle reflect optical energy collection and optoelectronic information processing was constructed based on the Avalanche Photodiode and integrated circuit. 构建了基于雪崩光电二极管的目标信息采集及处理系统。
The integrated optical circuit, using photon or photoelectron as the information carrier, will replace the integrated electric circuit in future. 以光子或光电子做为信息载体的集成光路取代集成电路成为未来发展的方向。
As a very important optical component, grating is widely used in the field of integrated optical circuit, optical communications, optical interconnects, optical information processing, optical measurement, etc.. 光栅作为一种非常重要的光学元件,被广泛应用于集成光路、光通信、光学互连、光信息处理、光学测量等领域中。