Optical Fibre With Multilayer Core/Cladding TRIZ Cases
- Multicore Fiber Trench Clad Crosstalk Reduction
A multicore fiber uses nested clad layers with graded refractive indices to trap light within individual cores.
- Germanium-Free Optical Fiber Viscosity Matching
Chlorine-doped cores and fluorine-doped claddings with annular stress regions reduce residual stress and attenuation in Germanium-free fibers.
- Chromatic Dispersion Compensating Fiber With Buried Cladding
A chromatic dispersion compensating fiber uses buried inner claddings to manage optical index profiles.
- Bend Insensitive Optical Fiber With Hydrogen Resistance
Lightly doped germanium cores paired with heavily doped inner claddings reduce hydrogen-induced attenuation while preserving microbend resistance.
- Optical Fiber Leakage Reduction Portion Combustion Prevention
Segmented physical cladding containing a leakage reduction portion prevents resin coating combustion while maintaining low-loss transmission.
- Dual-Mesa Tapered Spot Size Converter for Low-Loss Fiber Coupling
A dual-mesa tapered spot size converter transitions optical fields between waveguides with different cross-sectional areas.
- Optical Fiber With Periodic Cladding Diameter For GAWBS Suppression
A silica optical fiber uses periodic cladding diameter variations to expand scattered light spectral width.
- Dispersion-Controlled Optical Fiber for Pulse Stretching
High absolute chromatic dispersion separates wavelength constituents in broadband pulses, reducing noise and preventing photodetector saturation.
- Multi-core fiber annular core arrangement for crosstalk suppression
Annular multi-core fiber design suppresses crosstalk while enabling smaller core pitch and higher core density.