Singlemode fiber cables SMC
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Light source
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Solution
- 光纤激光器的工作原理及其发展前景
- 激光切割异型工作的难点分析
- 光学斩波器及原理
- 空间应用的紫外激光器寿命论证
- wavelength-division-multiplexers
- 拉曼光纤放大器
- Introduction to Fluorescence Filters
- General Introduction to Raman Spectroscopy
- How does a SAM™ work ?
- 激光干涉仪常见故障处理方法
- 盘点光纤传感器四十年发展史
- 空间光调制器简介及其应用
- 什么是空间光调制器
- THz 技术及其应用
- 光学相干断层扫描技术
- Four-Point Probes and Resistivity Testing Equipment
- Infrared Spectroscopy
- AO-OCT Comes into Focus
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Technical document
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- 高精度纯相位液晶空间光调制器的研究
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- spectrometers
- Light source / xenon lamp / mercury lamp light source
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- 激光冷却的原理和技术进展
- Research of the phase-only modulation characterization of a liquid crystal spatial light modulator
- 基于空间光调制器的飞秒激光并行加工技术研究
- Research of Fresnel Incoherent Correlation Digital Holography Based on SLM
- 【Thorlabs教程】氦氖激光器
- OCT Image Gallery
- 光学滤光片的作用原理及应用
- 半导体泵浦与灯泵浦激光器在打标上的对比
- 如何选取激光功率计和能量计
- 液晶空间光调制器的研究
- Thorlabs太赫兹教程
- 【Thorlabs教程】激光扫描显微镜
- Principle of spatial light modulator
- 光隔离器介绍
- Survey on Methods and Systems of Color Holographic Display
- Progress on the terahertz wave radiation properties of Photoconductive Antenna
- 光无源器件(optical passive components)种类及原理
- The main functions of spatial light modulator
Singlemode fiber cables SMC
Standard singlemode fibers are rotationally symmetric step-index fibers with no defined axes of propagation. Rotational asymmetry, produced during the manufacturing process, causes irregular birefringence so that the linearly polarized radiation coupled into the fiber is transformed into elliptically polarized radiation. The state of polarization is also altered by fiber bending or by temperature variations.
Performance Features
- Singlemode
- Wavelength 360–1550 nm
- Mode field diameter 2.3–11 μm
- Fiber with low attenuation for wavelengths <460 nm
- FC-APC or FC-PC fiber connector (other connector types available on request)
- Amagnetic titan connectors available for FC-APC or FC-PC connectors
- Optionally: Connectors with end caps for all fibers for lower ower density at the fiber end face (one or both ends)
- Optionally: Core-alignment
Technical Data
| Curr. No. | Nominal wave- length λnom | Cutt-off wave length λco | Operational wavelength range [nm] | Mode field diameter MFD [µm] | Numerical Aperture NA [µm] | Pure Silica Core | Order Code |
|---|---|---|---|---|---|---|---|
| 1 | 360 Si | < 360 | 360–470 | 2.3–3.0 | 0.12 | x | SMC-360Si-… |
| 2 | 400 Si | < 400 | 400–600 | 2.6–3.9 | 0.12 | x | SMC-400Si-… |
| 3 | 460 | < 460 | 460–630 | 3.0–4.1 | 0.12 | SMC-460-… | |
| 4 | 460 Si | < 460 | 460–550 | 3.2–3.9 | 0.11 | x | SMC-460Si-… |
| 5 | 530 | < 530 | 530–700 | 3.7–4.9 | 0.11 | SMC-530-… | |
| 6 | 630 | < 630 | 630–800 | 4.1–5.2 | 0.12 | SMC-630-… | |
| 7 | 630 Si | < 630 | 630–780 | 4.1–5.0 | 0.12 | x | SMC-630Si-… |
| 8 | 780 | < 780 | 780–1000 | 5.0–6.5 | 0.12 | SMC-780-… | |
| 9 | 980 | < 980 | 980–1300 | 6.3–8.4 | 0.12 | SMC-980-… | |
| 10 | 1300 | < 1300 | 1300–1600 | 9.2–11 | 0.11 | SMC-1300-… |
