辐射发光

超辐射发光管端面AR膜的设计与制备

Design and fabrication of AR film for super-luminescent diode facets

GeO2单晶体的双光子吸收四极矩辐射发光

Two Photon Absorption Quadrupole Luminescence in GeO_2 Single Crystals

1.3μmInGaAsp低电流超辐射发光二极管组件

1.3 μ m Wavelength InGaAsP Superluminescent Diode Module with Low Current

3μm大功率、低RippleAlGaInAs／InP超辐射发光二极管

3 μ m High Power Low Ripple AlGaInAs / InP Superluminescent Diode

3μmInGaAsP／InP超辐射发光二极管的低频光、电噪声研究

Low Frequency Optical Noise and Electrical Noise Investigation of 1.3 μ m InGaAsP / InP Superluminescent Diodes

弯波导吸收区结构1.3μmInGaAsp／InP超辐射发光二极管的设计

^ Design of 1 . 3 μ m InGaAsP / InP Superluminescent Diode with A Bent Absorbing Guide Structure

光纤陀螺用关键器件之一是超辐射发光二极管（SLD）。

One of the key devices in fibre optic gyroscope systems is a superluminescent diode ( SLD ) .

本文用耦合速率方程，从理论上分析研究了超辐射发光二极管（SLD）的功率输出特性。

This paper demonstrates the relationship of the output characteristics and facet reflectivity of superluminescent diode ( SLD ) .

量子阱结构超辐射发光二极管（SLD）具有良好的温度特性和一致性。

The temperature performance and stability of quantum-well super luminescent diode ( SLD ) are better than those of normal SLD .

超辐射发光二极管（SLD）具有不同于半导体激光器和普通发光二极管的优异性能。

Superluminescent light emitting diode is a semiconductor light source whose high performance is between those of laser diode and light emitting diode .

超辐射发光二极管（SLD）由SLD芯片、半导体制冷器及热沉、热敏电阻等组成。

Super-luminescent diode ( SLD ) is made up by SLD chip , TDC , heat sink , temperature sensor and so on .

分析了影响1.3μm超辐射发光二极管（SLD）模块功率稳定性的因素，通过优化SLD模块的结构，提高了模块出纤功率的稳定性。

The factors affecting output power stability of device are analyzed . High stability has been achieved by optimizing the superluminescent diode ( SLD ) module .

目前干涉型光纤陀螺中普遍采用超辐射发光二极管（thesuperluminescentdiode，SLD）作为光源。

Superluminescent diode ( SLD ) is used as the light source of interferometric fiber optic gyroscope ( IFOG ) currently . The stability of SLD has vital effect on performance of FOG .

在干涉型装置中，为了保证双向光束在Sagnac效应敏感环（SSR）中可以循环传播，采用了大功率的超辐射发光二极管（SLD）作为光源。

In the interferential setup , the high-power light source of super luminescent diode ( SLD ) was used to ensure bi-directional light beams in Sagnac sensing ring ( SSR ) to circulate for several round trips .

光纤陀螺用光源要求输出功率高、相干性低、稳定性好。超辐射发光二极管（SLD）是能满足这些要求的理想光源。

Superluminescent diode ( SLD ) is an idea light source for fiber optic gyroscopes which can meet the requirements of the light source for high output power , low coherence and good stability .

超辐射发光二极管（SLD）是干涉式光纤陀螺的理想光源，介绍了全数字SLD光源控制系统的硬件构成、控制软件流程及PID算法。

Superluminescent diode ( SLD ) is the ideal light source for interferometric fiber optic gyroscope ( IFOG ) . A detailed description of the all-digital control system of SLD , along with hardware diagram , software operating instructions and PID algorithm , are provided .

超辐射发光管（SLD）可以作为光纤陀螺（FOG）、波分复用光纤通讯及光处理技术、光时域反射仪（OTDR）等的光源，近些年来在国内外多有研究。

Superluminescent diodes ( SLD ) are required as light sources for many applications including fiber optical gyroscopes ( FOG ), and for wavelength division multiplexing ( WDM ) optical fiber communication and testing systems , and also for optical time domain reflectometers ( OTDR ) .

与早期的超辐射发光二极管（SLD）相比，光纤超荧光光源具有温度稳定性强、荧光谱线宽、输出功率高、使用寿命长等优点。

Compared with super-luminescent diode ( SLD ), SFS 's have advantage of high temperature stability , broad half-width of the spectral line , high output power , dependability , compact and can easily couple into single-mode fiber , most of all .

腔面反射率对超辐射发光二极管输出特性的影响

Effect of facet reflectivity on the output characteristics of superluminescent diode

3μm双涂层高功率超辐射发光二极管

High-power Super Luminescent Diode with Two-layer Coatings at 1.3 μ m

高功率850nm宽光谱大光腔超辐射发光二极管

High-Power 850 nm Large Optical Cavity Wide Spectrum Superluminescent Diode

1.55μm超辐射发光管端面减反射膜的研究

Facet antireflection coating of 1.55 μ m superluminescent diode

阶梯衬底内条形附加吸收区结构超辐射发光二极管

Terraced Substrate Inner Stripe With Absorbing Region Superluminescent Diode

超辐射发光管出射光谱的理论计算和实验验证光谱辐（射）出（射）度

Theoretical Calculation of SLD Output Spectrum and Experimental Verification ; spectral radiation exitance

用于光纤陀螺的超辐射发光二极管组件

Superluminescent Diode Module Applied to Fiber Optic Gyroscopes

1.3μm超辐射发光二极管模块功率稳定性研究

Power Stability of 1300 nm Superluminescent Diode Module

超辐射发光二极管温度误差模型研究

Research on Temperature Error Mode of Super-Luminescent Diode

超辐射发光二极管偏振度对光纤陀螺性能的影响

Effects of degree of polarization of SLD on the performance of fiber optic gyroscope

超辐射发光二极管抗反射膜的设计

Design of Antireflection Coating for Superluminescent Diodes

大功率超辐射发光二极管；

The high power superluminescent diode ;