Photonic crystal fibre, also known as microstructure fibre or holey fibre, normally consists of a regular pattern of air holes or doped materials inside pure silica background along the transverse direction. According to the mechanism of light guided in fibre, PCF is classified as TIR and PBG. Stacking and drawing technique are used for the preparation of our PCFs to realize special characteristics such as endless single mode, extremely large mode area, wave-guide in hollow core, high nonlinear effects and birefringence etc.
YOFC has developed a series of PCFs for all kinds of applications based on our synthetic material, PCVD process, stackingdrawing technique and theoretical simulation.
Main Classes |
Subclasses |
Fibre Type | Part No. |
Attributes |
Fibre Structure |
Application Examples |
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Total internal reflection (TIR) |
Endless single-mode PCF |
PC SM | PC1010-A |
Pure silica core; Attenuation can be as low as 1 dB/km |
Wide single-mode transmission Energy delivery | |
High |
PC HNL | PC1011-A |
950nm - 1100nm ZDW |
Supercontinuum generation by 1μm pulse laser or CW laser |
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700nm - 900nm ZDW |
Supercontinuum generation by 0.8μm fs pulse laser Nonlinearity optics Nonlinearity fibre laser |
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Multi-core PCF | PC DC | PC1012-A |
Dual core |
Senor, Directionl coupling components |
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PC 7C | PC1012-B | Seven-core | Supercontinuum generation Nonlinearity optics |
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Polarization maintaining PCF |
PC PMF | PC1013-A | Excellent radiation resistance, temperature insensitive, low macro- bending induced attenuation |
Gyro; interferometer |
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Passive double cladding PCF |
PC PDC | PC1015-A | Pure silicon core, large mode field | Single mode pulsed laser transmission; Spectroscopy research |
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Photonic bandgap (PBG) |
All solid PBG | PC ASPBG | PC1014-A |
Tailored bandgap spectrum |
Filtering Special rare earth doped fibre Special dispersion and operating wavelength fibre |