(1+1)x1 or (2+1)x1 High power pump and signal combiner (PM or non- PM)
This pump combiner is a passive device based on fused biconical taper technology and is widely used in fiber lasers, fiber amplifiers, high-power EDFA, biomedical systems and sensor systems.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| 泵浦波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 800~1000nm |
| 泵浦波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 800~1000nm |
| 泵浦波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | 800~1000nm |
| 信号波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 1030~1080nm or 1450~1600nm |
| 信号波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 1030~1080nm or 1450~1600nm |
| 信号波长 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | 1030~1080nm or 1450~1600nm |
| 信号输入光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | X/125 |
| 信号输入光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | X/125 |
| 信号输入光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | X/125 or 20/400 |
| 泵浦光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 105/125 0.15NA/0.22NA |
| 泵浦光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 105/125 0.15NA/0.22NA |
| 泵浦光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | X/125 0.15NA/0.22NA |
| 泵浦光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 输出光纤: 20/400] | 200/220 0.22NA |
| 输出光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | Y/125 |
| 输出光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | Y/125 |
| 输出光纤 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA] | 20/400 |
| 泵浦效率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | >90% |
| 泵浦效率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | >93% |
| 泵浦效率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | >95% |
| 信号插入损耗 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 总共承受功率: 200w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | <0.7dB |
| 信号插入损耗 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 总共承受功率: 300w / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | <0.7dB |
| 信号插入损耗 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | <0.7dB |
| 总共承受功率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 200w |
| 总共承受功率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 回损: >45dB / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | 300w |
| 总共承受功率 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | 500w |
| 回损 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | >45dB |
| 回损 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 包装尺寸: Φ4x60mm, 70x12x8mm, 100x15x10mm, 其它] | >45dB |
| 回损 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | >45dB |
| 包装尺寸 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >90% / 信号插入损耗: <0.7dB / 总共承受功率: 200w / 回损: >45dB] | Φ4x60mm, 70x12x8mm, 100x15x10mm, Other |
| 包装尺寸 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125 / 泵浦波长: 800~1000nm / 信号波长: 1030~1080nm or 1450~1600nm / 泵浦效率: >93% / 信号插入损耗: <0.7dB / 总共承受功率: 300w / 回损: >45dB] | Φ4x60mm, 70x12x8mm, 100x15x10mm, Other |
| 包装尺寸 [端口配置: (1+1)x1 或者 (2+1)x1 / 信号输入光纤: X/125 or 20/400 / 泵浦光纤: X/125 0.15NA/0.22NA / 泵浦光纤: 200/220 0.22NA / 输出光纤: 20/400] | Φ4x60mm, 70x12x8mm, 100x15x10mm, Other |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
(6+1) x1 (18+1) x1 High power pump and signal combiner （PM or non- PM）
Pump Combiners
Szsbksgdkjyxgs
泵浦波长 [端口配置: (6+1)x1 / 信号输入光纤: X/125 or X/250 or 20/400 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/125]: 800~1000nm 泵浦波长 [端口配置: (6+1)x1 / 信号输入光纤: X/125 or X/250 or 20/400 / 泵浦光纤: 105/125 0.15NA/0.22NA / 输出光纤: Y/250]: 800~1000nm 泵浦波长 [端口配置: (6+1)x1 / 信号输入光纤: X/125 or X/250 or 20/400 / 泵浦光纤: 105/125 0.15NA/0.22NA; 200/220 0.22NA / 输出光纤: 20/400]: 800~1000nm
The higher-capacity 18x1 or (18+1)x1 pump combiner is designed to combine multiple high-efficiency multimode laser diodes. It can handle several kilowatts of combined power and is available for different fiber types.
-
1064nm (2+1)x1 Fiber pump combiner
Pump Combiners
Szsbksgdkjyxgs
信号工作波长: 1064 nm 泵浦工作波长: 915/975 泵浦光纤-纤芯: 105 m
The (2+1)×1 multimode fiber pump combiner is designed for high-power laser applications. It combines six pump lasers and one signal channel into a single double-clad output fiber.
-
1550nm (2+1)x1 Fiber pump combiner
Pump Combiners
Szsbksgdkjyxgs
信号工作波长: 1550 nm 泵浦工作波长: 915/975 泵浦光纤-纤芯: 105 m
The (2+1)×1 multimode fiber combiner is designed for high-power laser applications. It combines two pumps and one signal channel into a single double-clad output fiber.
-
High power 1550nm-(6+1)x1 Fiber pump combiner
Pump Combiners
Szsbksgdkjyxgs
信号工作波长: 1550 nm 泵浦工作波长: 915/975 泵浦光纤-纤芯: 105 m
The (6+1)×1 multimode fiber combiner is designed for high-power laser applications. It combines six pump lasers and one signal channel into a single double-clad output fiber.
Related Articles
Driven by worldwide energy‑structure transformation, the lithium‑ion battery industry is expanding rapidly as green, high‑efficiency energy‑storage devices gain surging global market demand. With years‑long dedication to intelligent manufacturing, Han’s Laser Lithium‑battery Intelligent Equipment has accumulated solid R&D strength and rich practical experience. By integrating multiple cutting‑edge technologies, the company delivers high‑efficiency, eco‑friendly and sustainable lithium‑ion battery production lines, bringing revolutionary upgrades to the new‑energy battery sector.
In UV laser testing, UV spectroscopy and lithography optical experiments, excessive light intensity will lead to detector saturation, optical component damage and overexposed imaging.
Shandong Haucore Optoelectronics Co., Ltd. introduces the HGLD‑792‑COS‑D‑10WB semiconductor laser within its COS series. Delivering an output power of 10 W at a central wavelength of 792 nm, this device adopts gold‑tin bonding COS packaging. Featuring high reliability and long service life, it serves as a preferred pump source for solid‑state lasers and is widely deployed in industrial processing, laser display, medical & aesthetic treatment, scientific research and other fields.
A solid-state laser is one of the most common and reliable laser types used in modern industry, medical equipment, and scientific research. Unlike gas or fiber lasers, it uses solid materials as its gain medium to generate stable, high-brightness laser beams. Thanks to its high precision, long lifespan, and compact structure, solid-state lasers have become a mainstream solution for high-precision laser processing and optical systems.
Loading...
Name
Phone
Organization
Use Case
Database Platform