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起订量：
高功率光纤跳线
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上海羽宸光电科技有限公司是专业从事光电相关领域内与科研、生产等环节密切相关的仪器设备代理与系统集成业务的综合性服务商，目前我们代理的国内外光电仪器、设备及系统生产商共约60家，产品内容丰富，均为各自领域内的技术产品。我们的用户范围已经覆盖各高校、所属各研究所、各研究所、航空工业总公司各研究所、光电产业等不同领域。我们不仅为用户提供国外原厂生产的各类标准产品，而且我们非常愿意根据用户的具体要求，提供完整的系统解决方案，包括集成、设计等。
我们拥有一批具备丰富专业知识的销售人员，并在销售过程中向各个领域内的用户学习新知识，保持对各应用领域研究动向的了解，从而能够结合我们的经验和仪器设备的技术特点，按照广大用户的不同应用要求，提供准确、*的各种仪器或系统解决方案。我们的技术支持部门在长达十几年的用户服务工作中积累了丰富的仪器按装、调试及故障解决经验，并不断结合科研生产仪器设备的发展及用户的要求，努力完善售后服务体系，力争做到在最短的时间内为用户提供迅速有效的技术响应，使用户的各种技术服务要求尽量得到满足。
详细信息
高功率光纤
Fiberguide’s高功率组件使用我们的高功率SMA和大功率工业FD- 80连接器提供光纤用于连接激光源和目标。这些都是理想的应用在激光切割、焊接、钻孔、和标记的应用程序。Fiberguide提供高功率组件损坏的维修服务。详情请联系我们的销售团队。
标准产品规格：
光纤类型:级射率多模
纤芯尺寸:100µm 200µm 300µm 400µm 600µm 800µm,1000µm 1500µm
波长:标准OH:UV - Vis:190 nm - 1250 nm /Low OH:Vis - IR:300 nm - 2400 nm
数值孔径(NA):0.20,0.22
连接器选项:高功率SMA、高功率FD - 80
连接器可以选择是否集成剥模器
涂覆层选项: PVC Coated Stainless Steel Monocoil, Bare Stainless Steel Monocoil
功率处理能力:可达750 w取决于光纤尺寸和激光规格
标准温度范围:-40°C到+ 100°C / -40°F到 + 212°F
长度:< 100米
产品优势：
• High Power SMA and FD-80 Compatible connector options that offer superior thermal management while minimizing connector stress for NA conservation • Epoxy Free Cantilevered Nose design allows thermal energy to safely dissipate without burning the surrounding material |
• Laser Polished end faces maximize power handling capability • Available with Anti-Reflective (AR) coating |
产品详细参数表格：
SPECIFICATIONS: | ||||||||||||||||||
光纤类型 | Step Index Multimode | |||||||||||||||||
纤芯/ 包层尺寸 (μm) | 1:1.1 Ratio: 200/220, 300/330, 400/440, 600/660, 800/880, 1000/1100, 1500/1650 1:1.2 Ratio: 105/125, 200/240, 300/360, 400/480, 600/720, 800/960, 1000/1200, 1500/1800 500μm Uni-Clad: 100/500, 200/500, 300/500, 400/500 Other: 100/250, 600/750, 800/1000 | |||||||||||||||||
光纤涂覆层类型 | Nylon, Tefzel, Acrylate, Polyimide, Aluminum, Gold | |||||||||||||||||
数值孔径 (NA) | 0.12 ±0.02 (14º Full Acceptance Angle) 0.20 ±0.02 (23º Full Acceptance Angle) 0.22 ±0.02 (25º Full Acceptance Angle) 0.26 ±0.02 (30º Full Acceptance Angle) | |||||||||||||||||
操作波长 (λ) | High OH / Ultraviolet (UV) ~ Visible: λ = 190nm ~ 1250nm Low OH / Visible ~ Infrared (IR): λ = 300nm ~ 2400nm | |||||||||||||||||
温度范围 | -40ºC to 100ºC / -40ºF to 212ºF | |||||||||||||||||
连接器类型 | HP SMA: High Power SMA (Maximum Power = 650W) MSHP SMA: Mode Stripped High Power SMA (Maximum Power = 650W) HP FD-80: High Power FD-80 (Maximum Power = 750W) MSHP FD-80: Mode Stripped High Power FD-80 (Maximum Power = 750W) NOTE: FD-80 Connectors are available with and without sapphire | |||||||||||||||||
外壳类型 | HP SMA: 5.5mm ~ 8.0mm OD Polymer Coated Stainless Steel Monocoil MSHP SMA: 3.8mm OD Stainless Steel Monocoil HP FD-80: 7mm OD Stainless Steel Monocoil, 8mm OD Polymer coated Stainless Steel Monocoil MSHP FD-80: 7mm OD Stainless Steel Monocoil, 8mm OD Polymer coated Stainless Steel Monocoil | |||||||||||||||||
剥模器性能 | MSHP SMA: Removes up to 25W of Cladding Power (λ = 532nm ~ 1064nm) MSHP FD-80: Removes up to 30W of Cladding Power (λ = 532nm ~ 1064nm) | |||||||||||||||||
功率处理能力 | Core Size | 100μm | 200μm | 300μm | 400μm | 600μm | 800μm | 1000μm | 1500μm |
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HP SMA | 85W | 340W | 650W | 650W | 650W | 650W | 650W | 650W |
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MSHP SMA | 85W | 340W | 650W | 650W | N/A | N/A | N/A | N/A |
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HP FD-80 | 85W | 340W | 750W | 750W | 750W | 750W | 750W | 750W |
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MSHP FD-80 | 85W | 340W | 750W | 750W | N/A | N/A | N/A | N/A |
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光纤使用环境：
连续波 Air-Silica Fused接口损伤阈值 | ~1.5 MW/cm2 (CW Laser @ λ: 1064nm) Damage Threshold is λ dependent, and behaves relatively linearly in the range from 190nm ~ 2400nm with the shorter wavelengths being more destructive. |
脉冲 Air-Fused Silica 接口损伤阈值 | ~16.0 J/cm2 (Pulsed Laser @ λ: 1064nm and τ: 1ns) Damage Threshold is λ dependent, and behaves relatively linearly in the range from 190nm ~ 2400nm with the shorter wavelengths being more destructive. Damage Threshold is τ dependent, and scales with the square root of the pulse duration from 10ps to 1μs with the shorter pulse durations being more destructive. NOTE: The CW and Pulsed Air-Fused Silica Interface Damage Thresholds above have been adjusted to compensate for the peak intensity in the Gaussian Beam Profile. |
光斑直径 | ≤ 85% of the Fiber Core Diameter |
Alignment & 光束腰 | X & Y Alignment within ± 5% of the core diameter / Z Position beyond source beam waist |
数值孔径 (NA) | Fiber NA ≥ Source NA + 10% |
光束形状 & 质量 | The spatial profile and quality of the beam will greatly affect high power performance. This analysis assumes a Gaussian Beam where the peak fluence is given by 2 E/p*( Wo)2“, meaning that the peak power is approximately double the 1/e2 specified power. |
连接器 磨光, 端面, & 平坦 | The connector end face must be factory laser polished to reduce microscopic inclusions and be cleaned prior to use. The endface must also be flat, <10% of the core diameter peak to valley, so it doesn’t act like a lens and focus the laser energy inside the fiber. |
AR Coating | None; when AR Coatings are applied to optical fibers, they will always become the limiting factor to power |
可参考资料：
连续波功率表：
纤芯尺寸 (μm) | 波长(nm) | ||||||||||||||
λ: 193nm | λ: 405nm | λ: 532nm | λ: 808nm | λ: 980nm | λ: 1064nm | λ: 1900nm | λ: 2100nm |
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100 | 15 | 32 | 43 | 65 | 78 | 85 | 152 | 168 | |||||||
200 | 62 | 130 | 170 | 259 | 314 | 340 | 608 | 672 | |||||||
300 | 139 | 292 | 383 | 582 | 706 | 766 | 1368 | 1512 | |||||||
400 | 247 | 518 | 681 | 1034 | 1254 | 1362 | 2432 | 2688 | |||||||
600 | 556 | 1166 | 1532 | 2327 | 2822 | 3064 | 5472 | 6048 | |||||||
800 | 988 | 2074 | 2724 | 4137 | 5017 | 5448 | 9728 | 10752 | |||||||
1000 | 1544 | 3240 | 4256 | 6464 | 7840 | 8512 | 15200 | 16800 | |||||||
1500 | 3474 | 7290 | 9576 | 14544 | 17639 | 19151 | 34199 | 37799 | |||||||
单脉冲能量（mJ）在λ: 1064nm and τ: 1ns for Core Sizes 100μm ~ 1500μm
| 纤芯直径 (μm) | ||||||||
| 100 | 200 | 300 | 400 | 600 | 800 | 1000 | 1500 | |
等效单脉冲能量(mJ) | 0.9 | 3.6 | 8.1 | 14.5 | 32.6 | 58.1 | 90.7 | 204.2 | |
连接器规格：
Connector Type | Maximum Power |
HP SMA | 650W |
HP FD-80 | 750W |
