Large Core Fiber Splitter
Based on all-fiber heat treatment technology, this product is designed to efficiently distribute both laser energy and signal light. By utilizing an all-fiber manufacturing process, it achieves ultra-high laser tolerance, a capability that surpasses what traditional PLC or beam splitter technologies can offer. Furthermore, the integration of innovative fiber mode processing technology ensures that the splitter's splitting ratio remains stable, unaffected by variations in laser mode
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Overview
Specifications
| Parameter | Value |
|---|---|
| Transmittance [Fiber/Operating Wavelength: Infrared 105/125 μm (450 - 1600 nm); Typical Structure: 1x2] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 105/125 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.5 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 105/125 μm (450 - 1600 nm); Typical Structure: 1x3] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 105/125 μm (300 - 1100 nm); Typical Structure: 1x3] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 105/125 μm (450 - 1600 nm); Typical Structure: 1x4] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 105/125 μm (300 - 1100 nm); Typical Structure: 1x4] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 105/125 μm (450 - 1600 nm); Typical Structure: 1x7] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 105/125 μm (300 - 1100 nm); Typical Structure: 1x7] | <1.0 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 105/125 μm (450 - 1600 nm); Typical Structure: 1x19] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 105/125 μm (300 - 1100 nm); Typical Structure: 1x19] | <1.0 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 200/220 μm (450 - 1600 nm); Typical Structure: 1x2] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 200/220 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.5 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 200/220 μm (450 - 1600 nm); Typical Structure: 1x3] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 200/220 μm (300 - 1100 nm); Typical Structure: 1x3] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 200/220 μm (450 - 1600 nm); Typical Structure: 1x4] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 200/220 μm (300 - 1100 nm); Typical Structure: 1x4] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 200/220 μm (450 - 1600 nm); Typical Structure: 1x7] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 200/220 μm (300 - 1100 nm); Typical Structure: 1x7] | <1.0 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 200/220 μm (450 - 1600 nm); Typical Structure: 1x19] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 200/220 μm (300 - 1100 nm); Typical Structure: 1x19] | <1.0 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 400/440 μm (450 - 1600 nm); Typical Structure: 1x2] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 400/430 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.5 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 400/440 μm (450 - 1600 nm); Typical Structure: 1x3] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 400/430 μm (300 - 1100 nm); Typical Structure: 1x3] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 400/440 μm (450 - 1600 nm); Typical Structure: 1x4] | >93 % |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 400/430 μm (300 - 1100 nm); Typical Structure: 1x4] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x2] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x2] | <0.5 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 600/630 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.5 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x3] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x3] | <0.6 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 600/630 μm (300 - 1100 nm); Typical Structure: 1x3] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x4] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 600/660 μm (450 - 1600 nm); Typical Structure: 1x4] | <0.6 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 600/630 μm (300 - 1100 nm); Typical Structure: 1x4] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 800/880 μm (450 - 1600 nm); Typical Structure: 1x2] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 800/880 μm (450 - 1600 nm); Typical Structure: 1x2] | <0.6 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 800/830 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.6 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 800/880 μm (450 - 1600 nm); Typical Structure: 1x3] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 800/880 μm (450 - 1600 nm); Typical Structure: 1x3] | <0.8 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 800/830 μm (300 - 1100 nm); Typical Structure: 1x3] | <0.8 dB |
| Transmittance [Fiber/Operating Wavelength: Infrared 1000/1100 μm (450 - 1600 nm); Typical Structure: 1x2] | >90 % |
| Uniformity [Fiber/Operating Wavelength: Infrared 1000/1100 μm (450 - 1600 nm); Typical Structure: 1x2] | <0.6 dB |
| Uniformity [Fiber/Operating Wavelength: Ultraviolet 1000/1050 μm (300 - 1100 nm); Typical Structure: 1x2] | <0.6 dB |
Datasheet
Supplier Information
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GYOPTICS 30 W collimated isolator is a highly‑reliable passive optical component optimized for 1064 nm high‑power laser systems. Characterized by low insertion loss and superior backward‑light suppression capability, it effectively blocks reflected light traveling back toward the laser resonator, eliminating back‑reflection‑induced instability and protecting fiber or solid‑state laser sources during long‑term operation.
Fomoptic delivers integrated one‑stop optical solutions covering precision optical fabrication and custom vacuum coating services. Supported by complete processing production lines, comprehensive metrology equipment and experienced engineering team, we provide full‑chain customized components, ranging from blank shaping, ultra‑precision polishing to thin‑film coating, for laser systems, infrared imaging, industrial optics and scientific‑research projects.
Founded in 2003, BWT Beijing Optoelectronics adheres to the mission "Let Dreams Fly With Light" and vision of becoming a Global Leader in Laser Solutions, guided by the core value "Innovate to Achieve Extraordinary".
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