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The rapid development of photonic technologies has created the need for sophisticated optical products well outside the "telecom standards." User requirements and specifications for these photonic com...
The purpose of using polarization-preserving optical fiber around the loop is to improve the measurement accuracy of the system. Under the condition of the same fiber length and fiber ring diameter, t...
As we all know that fiber cutting is the prerequisite and basis for fiber fusion splicing and fiber endface processing. Conventional communication optical fibers can be processed with ordinary cleaver...
From Sumitomo starts the first fusion splicer in 1980’s, it has been around 40 years now and arc fusion splicing plays an important role in the installation of modern fibre networks and FTTH. (Fibre t...
SHINHO S-12 PM fiber fusion splicer SHINHO S-12 PM fiber fusion splicer is new developed by Shanghai Xianghe Fber Communication Co., Ltd in China, it is the first manufacturer in China who develops th...
Polarization-maintaining fibers are applied in devices where the polarization state cannot be allowed to drift, e.g. as a result of temperature changes. Examples are fiber interferometers and certain ...
As we know ordinary fiber splicing machine is generally refers to the single core fiber fusion splicer, but except this, there are special models used for ribbon fiber, large diameter fiber and polari...
Fusion splice process is to literally weld two prepared fiber ends together, thereby creating a permanent joint with the minimum possible insertion loss. So what factors in the fusion splice process d...
A single-frequency laser operates with only one longitudinal mode, and thus can emit quasi-monochromatic radiation with a very narrow linewidth and low noise. Such lasers, both in continuous waveform ...
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