지금 보고 계신 제품의 제조사에요
(주)이상테크
제품 상세 정보
PM Pump & Signal Combiners
LSTECH’s PM (n+1)x1 pump and signal combiners can be used to combine the power from several multimode laser diodes and signal channel into one output fiber, delivering the combined power with pump signal for applications in industrial, military, medical and telecommunication markets. The configurations can be fully customized based upon request.
Features:
- High pump efficiency
- Preservation of modal content
- Low signal insertion loss
- High PER
- High power handling over 400W/port
- Stable environmental performance
- Metal packaging to maximize heat dissipation
Applications:
- Fiber lasers
- Fiber amplifiers
High Power Pump and Signal Combiners (n+1)x1
| Parameter | Specification |
|---|---|
| Operating Wavelength (nm) | 700 ~ 2,200 |
| Pump Efficiency (%) | See Configuration Table |
| PER (dB) | ≥ 18 |
| Operating Temperature (℃) | -20 ~ +70 |
| Storage Temperature (℃) | -40 ~ +85 |
| Package Dimension (mm) | 50×5×5 / 70x12x6 |
| Fiber Length (mm) | 1,000 |
| Configuration | Signal Input Fiber | Pump Input Fiber | Output Fiber | Signal Wavelength (nm) | Signal Insertion Loss (dB) | Pump Efficiency (%) | PER (dB) |
|---|---|---|---|---|---|---|---|
| (2+1)×1 | PM 98 | MM 105/125 NA0.15 | PM x/125 DC | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 |
| MM 105/125 NA0.22 | (x=6, 10, 12, 15, 20) | ||||||
| PM 98 | MM 105/125 NA0.15 | PM x/250 DC | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 | |
| PM 6/125 DC | MM 105/125 NA0.22 | (x=25, 30) | |||||
| PM 6/125 DC | MM 105/125 NA0.15 | PM 6/125 DC | 1,000~1,100 | < 0.5 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/125 DC (x=10, 12, 15, 20) | < 0.7 | |||||
| PM x/250 DC (x=25, 30) | < 0.7 | ||||||
| PM 10/125 DC | MM 105/125 NA0.15 | PM 10/125 DC | 1,000~1,100 | < 0.5 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/125 DC (x=12, 15, 20) | < 0.7 | |||||
| PM x/250 DC (x=25, 30) | < 0.7 | ||||||
| PM 12/125 DC | MM 105/125 NA0.15 | PM x/125 DC (x=12, 15, 20) | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | ||||||
| PM 15/125 DC | MM 105/125 NA0.15 | PM x/125 DC (x=15, 20) | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | ||||||
| PM 20/125 DC | MM 105/125 NA0.15 | PM 20/125 DC | 1,000~1,100 | < 0.5 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | < 0.7 | |||||
| PM 25/250 SC or DC | MM 105/125 NA0.15 | PM x/250 DC (x=25, 30) | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | |||||||
| PM 25/250 SC or DC | MM 200/220 NA0.22 | PM x/250 DC (x=25, 30) | 1,000~1,100 | < 0.7 | > 85 | ≥ 18 | |
| PM 1550 DC | MM 105/125 NA0.15 | PM 1550 DC | 1,500~1,600 | < 0.5 | > 90 | ≥ 18 | |
| PM 1550 | MM 105/125 NA0.22 | ||||||
| PM 25/300 DC | MM 105/125 NA0.15 | PM 25/300 DC | 1,500~1,600 | < 0.5 | > 90 | ≥ 18 | |
| MM 105/125 NA0.22 | |||||||
| (6+1)×1 | PM 98 | MM 105/125 NA0.15 | PM x/125 DC | 1,000~1,100 | < 0.7 | > 88 | ≥ 18 |
| PM 6/125 DC | MM 105/125 NA0.22 | (x=6, 10, 12, 15, 20) | |||||
| PM 98 | MM 105/125 NA0.15 | PM x/250 DC | 1,000~1,100 | < 0.7 | > 93 | ≥ 18 | |
| PM 6/125 DC | MM 105/125 NA0.22 | (x=25, 30) | |||||
| PM 10/125 DC | MM 105/125 NA0.15 | PM x/125 DC (x=10, 12, 15, 20) | 1,000~1,100 | < 0.7 | > 88 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | > 93 | |||||
| PM 12/125 DC | MM 105/125 NA0.15 | PM x/125 DC (x=12, 15, 20) | 1,000~1,100 | < 0.7 | > 88 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | > 93 | |||||
| PM 15/125 DC | MM 105/125 NA0.15 | PM x/125 DC (x=15, 20) | 1,000~1,100 | < 0.7 | > 88 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | > 93 | |||||
| PM 20/125 DC | MM 105/125 NA0.15 | PM 20/125 DC | 1,000~1,100 | < 0.7 | > 88 | ≥ 18 | |
| MM 105/125 NA0.22 | PM x/250 DC (x=25, 30) | > 93 | |||||
| PM 1550 DC | MM 105/125 NA0.15 | PM 1550 DC | 1,500~1,600 | < 0.5 | > 90 | ≥ 18 | |
| PM 1550 | MM 105/125 NA0.22 | > 88 | |||||
| (18+1)×1 | PM 98 | MM 105/125 NA0.15 | PM x/200 (x=10, 20) | 1,000~1,100 | < 0.7 | > 90 | ≥ 18 |
| PM 6/125 DC | PM x/250 DC (x=25, 30) | > 93 | |||||
| PM x/400 DC (x=20, 25, 30) | > 95 | ||||||
| PM x/125 DC | MM 105/125 NA0.22 | PM x/400 DC (x=20, 25, 30) | 1,000~1,100 | < 0.7 | > 93 | ≥ 18 | |
| PM x/130 DC | MM 106.5/125 NA0.22 |
이 기업의 다른 제품
Fused Couplers
Splitter (Optical Couplers)
Wavelength Independent Couplers (Optical Couplers)
Signal Beam CombinersLSBC-A031, LSBC-A041, LSBC-A061
High Power Pump ModulesLHPS0201, LHPS0203, LHPS0202, LHPS0204, LHPS0601, LHPS0602, LHPS0603, LHPS1801, LHPS1802, LHPS1803, LHPM0701, LHPM0702, LHPM0703, LHPM1901, LHPM1902, LHPM1903
High Power Endcaps
Multimode Coupler (Optical Couplers)
Pump Combiners Nx1
Mode Field Adaptor
Fiber Bundles
Clad Power Strippers
Pump Combiners (n+1)x1
PM Jumper Cords
Wavelength Division Multiplexer (Optical Couplers)
Optical Jumper Cords
회전센터, 고정센터 전문생산업체, 라이브센터, 회전센터, 페이스드라이브센터
LS TECH (Laser Solution Technlogy) was established in 2006 based on production of optical communication parts and LED application technology. Based on optical communications and light application parts, and module technology, LS TECH has not only designed and produced parts and modules, but had a variety of laser application solutions and continued to develop them, while focusing on product development and production to meet customer needs.
LS TECH strives to maintain high-quality production technologies, quick and accurate delivery, competitive prices through cost reduction and satisfying quality standard establishment with a view to constant customer satisfaction. LS TECH assures you that it will grow further through its advanced management, competent people-focused management, technology management and environment management.