Optical splitter

Realization technology of tunable optical splitter and its applications

可调光分路器/耦合器的实现技术及其应用

The calculation results show that using asymmetric optical splitter to divide the optical power can meet the demand of different users .

同时对几个Y分支级联所构成的非对称分路器进行了研究，结果表明利用非对称光分路器分配光功率，可以满足不同用户的需求。

The Study of Glass-based Optical Splitter Made by the Ion-exchange Technology

离子交换技术制作玻璃基光功分器研究

Design and manufacturing of glass-based optical splitter with compact layout

玻璃基光功分器的小型化设计与制作

Weak Guided MMI Optical Splitter

弱限制MMI型光功分器

Especially in DWDM ( wavelength division multiplexed system ) area , Optical Splitter ( Optical Combiner ) has been applied universally .

特别在波分复用系统（wavelength-division-multiplexedsystem）中，分路器（合路器）有着广泛的应用。

The sensor is designed with the core of a binary optical splitter , which is made up of a two-dimension Dammann grating and a Fresnel zone plate .

传感器是以二维Dammann光栅和Fresnel波带板所组成的集成二元光学分束器为核心设计的。

Based on the graded-index profile of waveguides fabricated by Ag ~ + - Na ~ + ion exchange , the principle of multimode interference ( MMI ) optical splitter is studied .

针对Ag+-Na+离子交换形成的渐变折射率分布，分析了多模干涉（MMI）型功分器的工作原理。

Optical Splitter is one of the key component in the application of optical communication system , optical network terminal ( ONT ) . passive optical network ( PON ), CATV system and optical local area network ( LAN ) .

光功分器在光通信系统、光纤用户网、光无源网络（PON）、光纤CATV、光局域网等网络中被广泛的应用。

Optimization of MMI Optical Power Splitter Using Discrete Spectral Index Method

离散谱折射率法优化设计MMI型光功分器

Design of the binary optical beam splitter

二元光学分束器的设计

Then , detailed design for the structure of Y-branch optical power splitter is followed .

然后，对Y分叉光功率分配器的结构展开具体的设计与优化。

Optical power splitter is the core of PON .

光功率分配器是无源光接入网的核心。

The applications of tunable optical power splitter

可调光功率分配器的应用

The optical fiber splitter is the most extensive and basic passive component in the field of optical communication .

光纤分路器是光通讯领域应用的最为广泛最为基础的光无源器件。

A detailed experiment and a theoretical analysis of two-step ion-exchanged glass optical power splitter are reported .

报道了在热扩散条件下两步离子交换玻璃光波导功分器的理论分析、样品制作和实验测试。

The guided-mode propagation analysis method was used to analyze the working principle of MMI double wavelength optical power splitter .

采用导模传输分析法，给出了该光功分器的工作原理，进而完成该功分器的设计。

The method to fabricate an optical power splitter with multi-mode interference ( MMI ) is proposed using ion exchange technology .

提出了利用离子交换技术制作多模干涉（MMI）型光功分器的设计方法。

A Compact Soft-lithography Based Y-branch Optical Power Splitter

基于软光刻法的新型Y分叉光功率分配器

A photorefractive higher-order diffraction optical beam splitter has been designed based on the higher-order diffraction of photorefractive materials .

从光折变材料的高阶衍射特性出发设计了一种全新的光折变高阶衍射分束器。

Analysis shows that the deep etched MMI optical power splitter has large fabrication tolerance , big bandwidth and insensitive polarization .

分析表明，这种深刻蚀多模干涉型光功分器具有较大的制作容差性、较宽的工作带宽以及几乎可忽略的极化依赖性。

In this paper , a 14 MMI optical power splitter is designed and fabricated in GaAs / GaAlAs epitaxial materials .

本文在GaAs／GaAlAs外延材料上设计和制作了MMI型1×4光功分器。

These devices such as multiplexer / demultiplexer , optical power splitter , wavelength-decoded optical detect arrayed-module , have become the focus for research .

与之相关的波分复用器、光功率分支器、波长解复用光探测阵列模块等成为目前研究的热点。

A 1 × 16 multimode interference ( MMI ) optical power splitter which allows for connecting with the standard single mode fiber arrays for optical communication directly is designed and fabricated .

设计并制作了一种能直接与通信用标准单模光纤阵列相耦合的1×16多模干涉型光功分器。

Optimization Design for Parameters of Optical Four - Quad Splitter

光学四象限分光器参数的优化设计

However , owing to some limitations on optical buffer , light splitter , and wavelength converter , optical multicast at optical layer offers different characteristics from those at IP layer .

然而，光层组播由于光缓存、光分束和光波长变换等光器件的限制，呈现出和IP层组播不同的特点。

In order to improve the energy efficiency and image contrast of liquid crystal display ( LCD ) projector , a wide-angle and broadband optical thin-film polarizing beam splitter ( PBS ) was designed .

为提高液晶投影机的光能利用率和图像对比度，设计了一种宽角度宽波长的光学薄膜偏振分束器（PBS）。

After making analysis and simulation of SIE in graded-index waveguides , we design the MMI NxN optical coupler and 1 × N optical splitter on the glass substrate . Then we fabricate the devices using ion-exchange process .

通过对渐变型折射率分布的多模波导中自映像效应的理论研究，设计并利用离子交换法制作了玻璃基MMI型N×N光耦合器和1×N光功分器。

Optical fiber CATV system includes optical transmitter , optical receiver , optical fiber , and essential optical path devices , such as optical splitter , optical connector etc.

光纤CATV传输系统包括光发射机、光接收机、光纤和必要的光通路器件（如光分路器、光纤连接器）等。