Fiber Combiner

Fiber Combiner

The PM Combiner enables the efficient combination of two orthogonally polarised sources of light such that they are output through the same single fibre output. In optical amplifiers this provides a doubling of pump power whilst ensuring pump redundan

STG Series Optical Fiber Combiners

1. PM Combiners

The PM Combiner enables the efficient combination of two orthogonally polarised sources of light such that they are output through the same, single fibre output.

In optical amplifiers this provides a doubling of pump power whilst ensuring pump redundancy should a pump failure occur.

Applications include high power optical amplifiers and undersea systems. All ports consist of polarisation maintaining fibre.

Key Features:

  • Low insertion loss
  • High power handling
  • 9xx, 10xx, 14xx and 15xx variants

Applications:

  • Erbium doped fibre amplifiers (EDFAs)
  • Raman amplifiers
  • Undersea systems
  • Coherent optical communications

Optical Specifications

Parameter 9xx 10xx 14xx 15xx 16xx
Range of available centre wavelengths1,2 915-999nm 1000-1099nm 1400-1499nm 1500-1599nm 1600-1650nm
Insertion Loss (fast axis)3
Grade M Max 0.40dB 0.40dB 0.40dB 0.50dB 0.50dB
Grade W Max 0.60dB 0.60dB 0.60dB 0.70dB 0.70dB
Housing Option 3 3 3 3 3
Dimensions(fxL) for 1x2 & 2x2 3x71mm
Insertion Loss (slow axis)3
Grade M Max 0.35dB
Grade W Max 0.40dB
Return Loss / Directivity Min 50dB
TDL Typ 0.15dB
Pigtail tensile load Max 5N
Optical power handling Max 4W
Fibre type All ports PM fibre
Pigtail Primary coated fibre
Operating temperature range -5 to 75oC
Storage temperature range -40 to 85oC
  1. The centre wavelength may be selected from within the operating wavelength ranges supplied.
  2. Other wavelengths are available. Please contact the sales office.
  3. Insertion loss at centre wavelength (not including TDL or connector losses).

Configuration

Ordering Code Information

Example: FFP-SM3245F10 (PM Combiner, Grade M, regular housing, 2x2, channel centre = 1445nm,

telecoms PM fibre 250μm buffer, 1m pigtail, no connector)

  1. Channel centre must be within the wavelength ranges shown in the Optical Specifications table.
  2. Minimum pigtail length. Other pigtail lengths are available on request.
  3. Insertion loss in specification table does not include connector loss. Other connectors available on request.

2. Multimode Power Combiner with PM Signal Feedthrough

Our TFB series Power Combiners provide a high efficiency means of combining light from several multimode sources into one fibre. Our proprietary manufacturing techniques allow the precise fusion of input fibres around a central PM polarisation maintaining) signal feedthrough fibre and a PM dual clad output fibre providing high coupling efficiency over a wide pump wavelength range.

Available in standard 3x1 and 7x1configurations, our power combiners can be fabricated from a range of industry standard multimode fibres allowing ease of splicing to commercially available laser diodes. Available in a standard (6+1)x1 configuration, the combiner can be fabricated from a range of industry standard fibres for ease of splicing to commercially available laser diodes and fibre applications.

Custom options cover large mode area (LMA) signal feedthrough fibres, dual clad output fibres and port count / configurations and are available on request. Custom variants using non-standard fibres are available on request.

Key Features:

  • All fibre construction1.5μm & 1.0μm PM Signal fibres available
  • High power design
  • High Coupling Efficiency
  • PM Axis maintained
  • Custom configurations available

Applications:

  • Cladding pumped fibre lasers
  • Cladding pumped fibre amplifiers
  • Telecoms
  • Medical
  • Industrial
  • Defence

Optical Specifications

Parameter Specification Specification Unit
Pump Input Fibre NA 0.15 0.22
Pump Input Wavelength 900 to 1000 900 to 1000 nm
Signal Input Wavelength 1550 or 1064 1550 or 1064 nm
Pump (MM) Transmission Efficiency2 ≥ 90 (Typ > 95) ≥ 90 %
Signal Transmission Efficiency3 ≥ 80 (Typ > 85) ≥ 80 (Typ > 85) %
Signal PER (Polarisation Extinction Ratio) >20 >20 dB
Return Loss/Directivity >40 >40 dB
Operating Temperature 0 to +75 0 to +75 oC
Storage Temperature -40 to +85 -40 to +85
  1. All specifications are for operation at room temperature.
  2. MM Transmission efficiencies based on typical system mode fill conditions and 0.5m pigtails. Reported at 975nm as standard.
  3. Signal (feedthrough) transmission efficiency reported at centre wavelength; specification typical for centre wavelength ±15nm (minimum).

Ordering Code Information

Example: TFB-P50611B30 (6+1x1 Tapered Fibre Bundle with PM 1550nm Signal feedthrough, six 105/125um, 0.15NA pump inputs, 1550nm core DCF Output in regular housing with 0.5m pigtails).

  1. Signal wavelengths of 1064nm or 1550nm assume the use of Nufern PM-980-HP and PM-1550-HP (or equivalent) signal feedthrough fibres respectively.
  2. Typical mode field diameters are based on ~7.5um for 1064nm and ~10.5um for 1550nm. Fibres are passive.
  3. Maximum housing lengths shown. Adequate heat sinking is required for high power operation. For more information please contact us.
  4. Minimum pigtail lengths.

Visible Wavelength Combiner

1. STG Series Visible Wavelength Combiners

Our Visible Wavelength Combiners are singlemode optical fibre components and modules. They enable any two or three primary colours in the visible wavelength region to be combined or separated. Designed for applications in display systems, sensors and biomedical equipment, the combiners utilise our low loss fused fibre technology. No light leaves the fibre and therefore no alignment is required; and there are no unwanted reflections. Furthermore the output fibre pigtails may be directly integrated into beam delivery systems.

Combiners are available for either 2 or 3 wavelengths: 2 wavelength combiners combine red/green, blue/green or red/blue. 3 wavelength combiners provide full RGB operation; enabling full colour displays.

All variants are available on a custom basis, so please contact us to discuss your specific requirements.

Key Features:

  • 2 or 3 colour combining or separating
  • All fibre – no lens alignment
  • No unwanted reflections
  • Low light loss
  • High power handling
  • Custom Product

Applications:

  • Visible and display systems
  • Sensors
  • Biomedical equipment
  • Research
  • Two Wavelength Combiner
Parameter Specification Unit
Operating wavelengths, Blue/green 457/532 nm
Operating wavelengths, Green/red 532/633 nm
Operating wavelengths, Blue/red 457/633 nm
Channel transmission (Minimum) 90 %
Channel transmission (Typical) 95 %
Fibre type Speciality singlemode fibre
Housing Semi-ruggedised housing f5.0 x 85 mm
Operating / storage temperature range -5 to +75 / -40 to +85 oC

2. STLC Series Visible Wavelength Combiners

Visible Wavelength Combiners are single mode optical fiber components and modules. They enable any two or three primary colours in the visible wavelength region to be combined or separated. Combiners are available for either 2 or 3 wavelengths: 2 wavelength combiners combine red/green, blue/green or red/blue. 3 wavelength combiners provide full RGB operation; enabling full colour displays.

Key Features

  • 2 or 3 color combining or separating
  • High power handing
  • High stability and reliability

Applications

  • Visible and display systems
  • Sensors
  • Biomedical equipment
  • Research

Specifications

Item Specification
Two wavelength combiner Red/Green,Red/Blue,Green/Bluenote1
Typical combine efficiency (%) 95% note2
Minimum combine efficiency (%) 90% note2
Fiber type Specialty single mode fiber
Dimensions(Ф×L)(mm) 3×54(bare fiber)
3×60(0.9mm loose tube)
Operating / storage temperature range(℃) -40~85
Item Specification
Three wavelength combiner 655/532/473
Typical combine efficiency (%) Red and Green 75% note2
blue 90% note2
Minimum combine efficiency (%) Red and Green 70% note2
blue 85% note2
Fiber type Specialty single mode fiber
Housing box(L×W×H) (mm) 100×80×10
Operating / storage temperature range(℃) -40~85
  • Note1: Red can be 630,633 or 655nm, Green can be 532nm, Blue can be 457,473 or 488nm.
  • Note2: The combine efficiency may different from the table value due to different wavelengths.
  • Note3: The above specification is without connector.

STLC Series Pump Combiners

1. Nx1 Pump Combiner

fiber combiner

The N×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines N pump lasers into one multi-mode output fiber. Fiber type can be customized.

Key Features:

  • High Pump Efficiency
  • Wavelength Insensitive
  • Custom Configurations Available
Part number Pump fiber
(core/cladding dia./NA) (um)
Output fiber (core/cladding dia./NA) (um) Pump efficiency Total Power Handling, W Package
STLC-2x1 105/125/0.15 105/125/0.22 >90% 50 C4
STLC-7x1S2 105/125/0.15 220/242/0.22 >97% 200 S2
STLC-7x1S1 105/125/0.15 220/242/0.22 >97% 200 S1
STLC-7x1-220 220/242/0.22 20/400 DCF >95% 150 C7
STLC-7x1-200 200/220/0.22 20/400 DCF >95% 150 C7
STLC-3x1/7x1(3x1) 105/125/0.22 200/220/0.22 >93% 75 C4
STLC-3x1/7x1(3x1A) 105/125/0.22 220/240/0.22 >93% 75 C4
STLC-3x1/7x1(7x1) 105/125/0.22 400/440/0.22 >93% 350 C7
STLC-3x1/7x1/19x1(3x1) 105/125/0.22 x/125 DCF (x=6,10,…) >93% 75 C4
STLC-3x1/7x1/19x1(7x1) 105/125/0.22 25/250 DCF >93% 350 C7
STLC-3x1/7x1/19x1(7x1A) 105/125/0.22 20/400 DCF >95% 700 C7
STLC-3x1/7x1/19x1(19x1) 105/125/0.22 25/250 DCF >88% 380 C7
STLC-3x1/7x1/19x1(19x1A) 105/125/0.22 20/400 DCF >93% 950 C7
STLC-7x1/19x1(7x1) 105/125/0.22 200/220/0.22 >90% 175 C7
STLC-7x1/19x1(7x1A) 105/125/0.22 220/240/0.22 >93% 175 C7
STLC-7x1/19x1(7x1B) 105/125/0.22 400/440/0.22 >95% 350 C7
STLC-7x1/19x1(19x1) 105/125/0.22 400/440/0.22 >90% 475 C7
STLC-7x1/19x1A(7x1) 105/125/0.15 x/125 DCF (x=6,10,…) >93% 350 C7
STLC-7x1/19x1A(7x1A) 105/125/0.15 10/200 DCF >95% 350 C7
STLC-7x1/19x1A(7x1B) 105/125/0.15 25/250 DCF >95% 350 C7
STLC-7x1/19x1A(7x1C) 105/125/0.15 20/400 DCF >95% 1400 C7
STLC-7x1/19x1A(7x1D) 105/125/0.15 10/200 DCF >93% 140 C4
STLC-7x1/19x1A(19x1) 105/125/0.15 25/250 DCF >93% 475 C7
STLC-7x1/19x1A(19x1A) 105/125/0.15 20/400 DCF >93% 1520 C7

Remark: (1) All above combiners operate at the wavelengths from 800nm to 1000nm. (2) All combiner package sizes are as follows: C1: 50x5x5mm; C2: Φ4xL60mm; C3: 70x12x8mm (7x54mm); C4: 70x12x8mm (8.5x54mm); C7: 100x15x10mm; S1: 60x12x6.5mm; S2: 60x12x6.5mm.

STLC-2x1 Pump Combiner

Parameters/Test conditions Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Refer to fiber codes
3 Cladding Diameter 125 µm
4 Numerical Aperture 0.15 -
5 Output Fiber 105/125 0.22NA Refer to fiber codes
6 Pump Efficiency 90 %
7 Fiber Length 0.8 m Each port
8 Power Handling 25 W Each port
9 Operating Environment Temp -5 +70 °C
10 Operating Humidity 5 95 %RH
11 Storage Temperature -40 +85 °C
12 Package C4 -

STLC-7x1S2 Pump Combiners

Parameters/Test conditions Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Nufern MM-S105/125-0.15NA
Fiber code “120”
Cladding Diameter 125 µm
Numerical Aperture 0.15 -
3 Output Fiber Core Diameter 220 µm Nufern FUD-3659
Fiber code “144”
Cladding Diameter 242 µm
Numerical Aperture 0.22 -
4 Pump Efficiency 97 98 %
5 Fiber Length 1.0 m Each port
6 Power Handling 200 W Each port
7 Operating Environment Temp -5 +70 oC
8 Operating Humidity 5 95 %RH
9 Storage Temperature -40 +85 oC
10 Package S2 -

STLC-7x1S1 Pump Combiners

Parameters/Test conditions Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Nufern MM-S105/125-0.15NA
Fiber code “120”
Cladding Diameter 125 µm
Numerical Aperture 0.15 -
3 Output Fiber Core Diameter 220 µm Nufern FUD-3659
Fiber code “144”
Cladding Diameter 242 µm
Numerical Aperture 0.22 -
4 Pump Efficiency 97 98 %
5 Fiber Length 1.0 m Each port
6 Power Handling 200 W Each port
7 Operating Environment Temp -5 +70 °C
8 Operating Humidity 5 95 %RH
9 Storage Temperature -40 +85 °C
10 Package S1 -

STLC-7x1-220 Pump Combiner

Parameters/Test conditions Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 200 220 µm Refer to fiber codes
3 Cladding Diameter 220 242 µm
4 Numerical Aperture 0.22 -
5 Output Fiber 20/400 DCF Refer to fiber codes
6 Pump Efficiency 95 97 %
7 Fiber Length 0.8 m Each port
8 Power Handling 150 W Each port
9 Operating Environment Temp -5 +70 oC
10 Operating Humidity 5 95 %RH
11 Storage Temperature -40 +85 oC
12 Package C7 -

STLC-7x1-200 Pump Combiner

Parameters/Test conditions Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 200 µm Refer to fiber codes
3 Cladding Diameter 220 µm
4 Numerical Aperture 0.22 -
5 Output Fiber 20/400 DCF Refer to fiber codes
6 Pump Efficiency 95 97 %
7 Fiber Length 0.8 m Each port
8 Power Handling 150 W Each port
9 Operating Environment Temp -5 +70 °C
10 Operating Humidity 5 95 %RH
11 Storage Temperature -40 +85 °C
12 Package C7 -

STLC-3x1/7x1 Pump Combiner

Parameters Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Refer to fiber codes.
3 Cladding Diameter 125 µm
4 Numerical Aperture 0.22 -
Configuration (Nx1) Pump Efficiency (%) Power Handling
(W, each port)
5 Output Fiber 200/220 0.22NA 3x1 >93 (Typ. 95) 25
220/240 0.22NA 3x1 >93 (Typ. 95) 25
400/440 0.22NA 7x1 >93 (Typ. 95) 50
6 Fiber Length 0.8 m Each port
7 Operating Environment Temp -5 +70 °C
8 Operating Humidity 5 95 %RH
9 Storage Temperature -40 +85 °C
10 Package C4, C7 - Handling power is different with PKG

STLC-3x1/7x1/19x1 Pump Combiners

Parameters Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Refer to fiber codes.
3 Cladding Diameter 125 µm
4 Numerical Aperture 0.22 -
Configuration (Nx1) Pump Efficiency (%) Power Handling
(W, each port)
5 Output Fiber x/125 DCF (x=6,10,…) 3x1 >93 (Typ. 95) 25
25/250 DCF 7x1 >93 (Typ. 95) 50
20/400 DCF 7x1 >95 (Typ. 97) 100
25/250 DCF 19x1 >88 (Typ. 90) 20
20/400 DCF 19x1 >93 (Typ. 95) 50
6 Fiber Length 0.8 m Each port
7 Operating Environment Temperature -5 +70 °C
8 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
9 Storage Temperature -40 +85 °C
10 Package C4, C7 - Handling power is different with PKG

STLC-7x1/19x1 Pump Combiners

Parameters Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Refer to fiber codes.
3 Cladding Diameter 125 µm
4 Numerical Aperture 0.15 -
Configuration (Nx1) Pump Efficiency (%) Power Handling
(W, each port)

5

Output Fiber

200/220 0.22NA 7x1 >90 (Typ. 93) 25
220/240 0.22NA 7x1 >93 (Typ. 95) 25
400/440 0.22NA 7x1 >95 (Typ. 97) 50
400/440 0.22NA 19x1 >90 (Typ. 93) 25
6 Fiber Length 0.8 m Each port
7 Operating Environment Temp -5 +70 °C
8 Operating Humidity 5 95 %RH
9 Storage Temperature -40 +85 °C
10 Package C7 -

STLC-7x1/19x1A Pump Combiners

Parameters Min Typ. Max Unit Note
1 Pump Operating Wavelength 800 1000 nm
2 Pump Fiber Core Diameter 105 µm Refer to fiber codes.
3 Cladding Diameter 125 µm
4 Numerical Aperture 0.15 -
Configuration (Nx1) Pump Efficiency (%) Power Handling
(W, each port)
5 Output Fiber x/125 DCF (x=6,10,…) 7x1 >93 (Typ. 95) 50
10/200 DCF 7x1 >95 (Typ. 97) 50
25/250 DCF 7x1 >95 (Typ. 97) 50
20/400 DCF 7x1 >95 (Typ. 97) 200
10/200 DCF 19x1 >93 (Typ. 95) 20
25/250 DCF 19x1 >93 (Typ. 95) 25
20/400 DCF 19x1 >93 (Typ. 95) 80
6 Fiber Length 0.8 m Each port
7 Operating Environment Temp -5 +70 °C
8 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
9 Storage Temperature -40 +85 °C
10 Package C4, C7 - Handling power is different with PKG

2. (N+1)x1 Pump Combiners

The (N+1)×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines N pump lasers and one signal channel into one double cladding output fiber. Fiber type can be customized.

fiber combiner

Key Features:

  • High Signal Transfer Efficiency
  • High Pump Efficiency
  • Wavelength Insensitive
  • Custom Configurations Available

The main pump combiners are

  • (2+1)x1, (6+1)x1 and (18+1)x1 series
  • The operation wavelengths are 1064nm, 1550nm & 2000nm
  • The pump fibers are 105/125 and 200/220um, with NA 0.15 or 0.22
  • The signal fiber is HI1060 or 6/125 DCF
  • The output fibers are 25/250 DCF, 30/250 DCF, 25/250 DCF, 10/125 DCF, 12/125 DCF, 15/125 DCF, 20/125 DCF, 20/400 DCF etc.
  • The pump efficiency is >90% in general
  • The Signal insertion loss is<0.3dB in general
  • Maximum handling power per port is 200W
  • There are 5 outlines: C1: 50x5x5mm; C2: Φ4xL60mm; C3: 70x12x8mm (7x54mm); C4: 70x12x8mm (8.5x54mm); C7:100x15x10mm

List of Standard (N+1)x1 Pump Combiners

  1. STLC-(2+1)x1A (1064 105-125 0.15-0.22NA HI1060 or 6-125 6.10.12.15.20-125)
  2. STLC-(2+1)x1B (1064 105-125 0.15-0.22NA HI1060 or 6-125 25.30-250 25-50W)
  3. STLC- (2+1)x1C (1064 105-125 0.15-0.22NA 10-125 10/12/20-125)
  4. STLC-(2+1)x1D (1064 105-125 0.15-0.22NA 10-125 25/30-250)
  5. STLC-(2+1)x1E (1064 105-125 0.15-0.22NA 12-125 12/15/20-125)
  6. STLC-(2+1)x1F (1064 105-125 0.15-0.22NA 12-125 25.30-250)
  7. STLC-(2+1)x1G (1064 105-125 0.15 0.22NA 15-125 15.20-125)
  8. STLC-(2+1)x1H(1064 105-125 0.15 0.22NA 15-125 25.30-250)
  9. STLC-(2+1)x1J (1064 105-125 0.15-0.22NA 20-125 20-125)
  10. STLC-(2+1)x1K (1064 105-125 0.15-0.22NA 20-125 25.30-250)
  11. STLC-(2+1)x1L (1064 105-125 0.15 0.22NA 25.30-250 25.30-250)
  12. STLC-(2+1)x1M (1064 200-220 0.22NA 20-400 20-400)
  13. STLC-(2+1)x1N (1064 200-220 0.22NA 25-250 25-250)
  14. STLC-(2+1)x1O (1064 200-220 0.22NA 30-250 30-250)
  15. STLC-(2+1)x1P (1064 200/220 or 220/242 0.22NA; Signal: x/250 DCF; Output: x/250 DCF)
  16. STLC-(2+1)x1Q (1064 200/220 or 220/242 0.22NA;Signal:x/400 DCF; Output: x/400 DCF)
  17. STLC-(2+1)x1R (1550 105-125 0.15-0.22NA 28e.1550GDF.8-125)
  18. STLC-(2+1)x1S (2000 105-125 0.22NA 6-125 6-125)
  19. STLC-(2+1)x1T (2000 200-220 0.22NA 25-400 25-400)
  20. STLC- (6+1)x1A (105-125 0.15NA 6-125 or Hi1060)
  21. STLC- (6+1)x1B (1064 105-125 0.15NA 10-125)
  22. STLC- (6+1)x1C (1064 105-125 0.15NA 12-125 12-125)
  23. STLC- (6+1)x1D (1064 105-125 0.15NA 15-125)
  24. STLC- (6+1)x1E (1064 105-125 0.15NA 20-125)
  25. STLC- (6+1)x1F (1064 105-125 0.22NA 6-125 or Hi1060)
  26. STLC- (6+1)x1G (1064 105-125 0.22NA 10-125)
  27. STLC- (6+1)x1H (1064 105-125 0.22NA 12-125)
  28. STLC- (6+1)x1J (1064 105-125 0.22NA 15-125)
  29. STLC- (6+1)x1K (1064 105-125 0.22NA 20-125)
  30. STLC- (6+1)x1L (1064 200/220 or 220/242 0.22NA;Signal:x-250 or x-400;Pump:20/400 25/400)
  31. STLC- (6+1)x1M (1064 220-242 0.22NA 20-400)
  32. STLC- (6+1)x1N (1550 105-125 0.15NA 28e.1550GDF.8-125)
  33. STLC- (6+1)x1O (1550 105-125 0.22NA 28e.1550GDF.8-125)
  34. STLC- (6+1)x1P (2000 105-125 0.15 0.22NA 6-125 25-400)
  35. STLC- (6+1)x1Q (2000 200-220 0.22NA 25-400 25-400)
  36. STLC- (18+1)x1A (1064 105-125 0.22NA 6-125 Hi1060)
  37. STLC- (18+1)x1B (1064 105-125 0.15NA 6-125 Hi1060)
  38. STLC- (18+1)x1C (1064 105/125 0.22 20-125 20-400)

Detailed Specifications of (N+1)x1 Pump Combiners

1) STLC-(2+1)x1A Pump Combiner(1064 105-125 0.15-0.22NA HI1060 or 6-125 6.10.12.15.20-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber HI1060 or 6/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 6/125 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
6/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
10/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
12/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

2) STLC-(2+1)x1B Pump Combiner(1064 105-125 0.15-0.22NA HI1060 or 6-125 25.30-250 25-50W)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber HI1060 or 6/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
30/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

3) STLC-(2+1)x1C Pump Combiner(1064 105-125 0.15-0.22NA 10-125 10/12/20-125)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber

10/125 SCF or 10/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 10/125 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
10/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
12/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

4) STLC- (2+1)x1D Pump Combiner(1064 105-125 0.15-0.22NA 10-125 25/30-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 10/125 SCF or 10/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
30/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

5) STLC-(2+1)x1E Pump Combiner(1064 105-125 0.15-0.22NA 12-125 12/15/20-125)

Parameters/Test Conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber

12/125 SCF or 12/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes

7

Output Fiber

12/125 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
12/125 DCF ** >90 (Typ. 93) <0.7 (Typ. 0.5)
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

6) STLC-(2+1)x1F Pump Combiner(1064 105-125 0.15-0.22NA 12-125 25.30-250)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 12/125 SCF or 12/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
30/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

7) STLC-(2+1)x1G Pump Combiner(1064 105-125 0.15 0.22NA 15-125 15.20-125)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber

15/125 SCF or 15/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB)

Refer to fiber codes

7 Output Fiber 15/125 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

8) STLC-(2+1)x1H Pump Combiner(1064 105-125 0.15 0.22NA 15-125 25.30-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 15/125 SCF or 15/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
30/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

9) STLC-(2+1)x1J Pump Combiner(1064 105-125 0.15-0.22NA 20-125 20-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 20/125 SCF or 20/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 20/125 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

10) STLC-(2+1)x1K Pump Combiner(1064 105-125 0.15-0.22NA 20-125 25.30-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 20/125 SCF or 20/125 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
30/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

11) STLC-(2+1)x1L Pump Combiner(1064 105-125 0.15 0.22NA 25.30-250 25.30-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber x/250 SCF or x/250 DCF (x=25,30) Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber x/250 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
x/250 DCF >90 (Typ. 93) <0.7 (Typ. 0.5)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

12) STLC-(2+1)x1M Pump Combiner(1064 200-220 0.22NA 20-400 20-400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 µm Refer to fiber codes
4 Cladding Diameter 220 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 20/400 SCF or 20/400 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 20/400 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 50 100 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C4, C7 - Handling power is different with PKG

13) STLC-(2+1)x1N Pump Combiner(1064 200-220 0.22NA 25-250 25-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 µm Refer to fiber codes
4 Cladding Diameter 220 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 25/250 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 25/250 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 100 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C4, C7 - Handling power is different with PKG

14) STLC-(2+1)x1O Pump Combiner(1064 200-220 0.22NA 30-250 30-250)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 µm Refer to fiber codes
4 Cladding Diameter 220 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 30/250 DCF Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 30/250 DCF >90 (Typ. 93) <0.5 (Typ. 0.3)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 100 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C4, C7 - Handling power is different with PKG

15) STLC-(2+1)x1P Pump Combiner(1064 200/220 or 220/242 0.22NA; Signal: x/250 DCF; Output: x/250 DCF)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 220 µm Refer to fiber codes:
“140”: 200/220 0.22NA
“143”: 220/242 0.22NA
4 Cladding Diameter 220 242 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber x/250 DCF x=20,25,30
7 Output Fiber x/250 DCF
8 Pump Efficiency 92 95 %
9 Signal Insertion Loss 0.3 0.45 dB
10 Power Handling 200 W Each port
11 M2 1.1 1.25 -
12 Optical Return Loss 40 45 dB
13 Optical Isolation 23 dB
11 Fiber Length 0.8 m Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C7 -

16) STLC-(2+1)x1Q Pump Combiner(1064 200/220 or 220/242 0.22NA;Signal:x/400 DCF; Output: x/400 DCF)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 220 µm Refer to fiber codes:
“140”: 200/220 0.22NA
“143”: 220/242 0.22NA
4 Cladding Diameter 220 242 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber x/400 DCF x=10,20,25
7 Output Fiber x/400 DCF
8 Pump Efficiency 92 95 %
9 Signal Insertion Loss 0.3 0.45 dB
10 Power Handling 200 W Each port
11 M2 1.1 1.25 -
12 Optical Return Loss 40 45 dB
13 Optical Isolation 23 dB
14 Fiber Length 0.8 m Each port
15 Operating Environment Temp -5 +70 °C
16 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
17 Storage Temperature -40 +85 °C
18 Package C7 -

17) STLC-(2+1)x1R Pump Combiner(1550 105-125 0.15-0.22NA 28e.1550GDF.8-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1500 1550 1600 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber

SMF-28e (XB) or 1550GDF or DCF-UN-8/125-14

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Refer to fiber codes
7 Output Fiber 1550GDF >90 (Typ. 95) <0.5 (Typ. 0.3)
DCF-UN-8/125-14 >90 (Typ. 95) <0.5 (Typ. 0.3)
8 M2 1.3 -
9 Optical Isolation 25 30 dB
10 Fiber Length 0.8 m Each port
11 Power Handling 25 50 W Each port
12 Operating Environment Temp -5 +70 °C
13 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
14 Storage Temperature -40 +85 °C
15 Package C1, C2, C3, C4 - Handling power is different with PKG

18) STLC-(2+1)x1S Pump Combiner(2000 105-125 0.22NA 6-125 6-125)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1900 2100 nm
2 Pump Operating Wavelength 700 900 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 6/125 0.23/0.46NA DCF Refer to fiber codes
7 Output Fiber 6/125 0.23/0.46NA DCF Refer to fiber codes
8 Pump Efficiency 90 93 %
9 Signal Insertion Loss 0.3 0.5 dB
10 M2 1.3 -
11 Optical Isolation 25 30 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 25 50 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C4 -

19) STLC-(2+1)x1T Pump Combiner(2000 200-220 0.22NA 25-400 25-400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1900 2100 nm
2 Pump Operating Wavelength 700 900 nm
3 Pump Fiber Core Diameter 200 µm Refer to fiber codes
4 Cladding Diameter 220 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 25/400 0.11/0.46NA DCF Refer to fiber codes
7 Output Fiber 25/400 0.11/0.46NA DCF Refer to fiber codes
8 Pump Efficiency 90 93 %
9 Signal Insertion Loss 0.3 0.5 dB
10 M2 1.3 -
11 Optical Isolation 25 30 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 25 50 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C4 -

20) STLC-(6+1)x1A Pump Combiner(105-125 0.15NA 6-125 or Hi1060)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

HI1060 or 6/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)

7

Output Fiber

6/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
10/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
12/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/200 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
25/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
30/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

21) STLC-(6+1)x1B Pump Combiner(1064 105-125 0.15NA 10-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

10/125 SCF or 10/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)

7

Output Fiber

10/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
12/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/200 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
25/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
30/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

22) STLC-(6+1)x1C Pump Combiner(1064 105-125 0.15NA 12-125 12-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

12/125 SCF or 12/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 12/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/200 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
25/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
30/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

23) STLC-(6+1)x1D Pump Combiner(1064 105-125 0.15NA 15-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

15/125 SCF or 15/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 15/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/200 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
25/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
30/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

24) STLC-(6+1)x1E Pump Combiner(1064 105-125 0.15NA 20-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

20/125 SCF or 20/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 20/125 DCF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
20/200 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
25/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
30/250 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

25) STLC-(6+1)x1F Pump Combiner(1064 105-125 0.22NA 6-125 or Hi1060)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber

HI1060 or 6/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)

7

Output Fiber

6/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
10/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
12/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
15/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/200 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
30/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

26) STLC-(6+1)x1G Pump Combiner(1064 105-125 0.22NA 10-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber

10/125 SCF or 10/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)

7

Output Fiber

10/125 DCF >92 (Typ. 92) <0.7 (Typ. 0.5) 25
12/125 DCF >92 (Typ. 92) <0.7 (Typ. 0.5) 25
15/125 DCF >92 (Typ. 92) <0.7 (Typ. 0.5) 25
20/125 DCF >92 (Typ. 92) <0.7 (Typ. 0.5) 25
20/200 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
30/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

27) STLC-(6+1)x1H Pump Combiner(1064 105-125 0.22NA 12-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber

12/125 SCF or 12/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 12/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
15/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/200 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
30/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

28) STLC-(6+1)x1J Pump Combiner(1064 105-125 0.22NA 15-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber

15/125 SCF or 15/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 15/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/200 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
30/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

29) STLC-(6+1)x1K Pump Combiner(1064 105-125 0.22NA 20-125)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber

20/125 SCF or 20/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 20/125 DCF >90 (Typ. 92) <0.7 (Typ. 0.5) 25
20/200 DCF >90 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
30/250 DCF >93 (Typ. 95) <0.7 (Typ. 0.5) 50
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 50
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4, C7 - Handling power is different with PKG

30) STLC-(6+1)x1L Pump Combiner(1064 200/220 or 220/242 0.22NA;Signal:x-250 or x-400;Pump:20/400 25/400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 200 220 µm Refer to fiber codes:
“140”: 200/220 0.22NA
“143”: 220/242 0.22NA
4 Cladding Diameter 220 242 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber x/250 SCF or DCF
x/400 DCF
x=20,25*;
7 Output Fiber 20/400 DCF;
25/400 DCF
8 Pump Efficiency 95 98 %
9 Signal Insertion Loss 0.4 0.5 dB
10 Power Handling 200 W Each port
11 M2 1.1 1.3 -
12 Optical Return Loss 40 45 dB
13 Optical Isolation 20 dB
14 Fiber Length 0.8 m Each port
15 Operating Environment Temp -5 +70 °C
16 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
17 Storage Temperature -40 +85 °C
18 Package C7 -

31) STLC-(6+1)x1M Pump Combiner(1064 220-242 0.22NA 20-400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 220 µm Refer to fiber codes
4 Cladding Diameter 242 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 20/400 DCF Refer to fiber codes
7 Output Fiber 20/400 DCF Refer to fiber codes
8 Pump Efficiency 92 95 %
9 Signal Insertion Loss 0.5 0.7 dB
10 Power Handling 150 W Each port
11 M2 1.3 -
12 Optical Isolation 20 dB
13 Fiber Length 0.8 m Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C7 -

32) STLC-(6+1)x1N Pump Combiner(1550 105-125 0.15NA 28e.1550GDF.8-125)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1500 1550 1600 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

SMF-28e (XB) or 1550GDF or DCF-UN-8/125-14

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 1550GDF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
DCF-UN-8/125-14 >90 (Typ. 93) <0.7 (Typ. 0.5) 25
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4 - Handling power is different with PKG

33) STLC-(6+1)x1O Pump Combiner(1550 105-125 0.22NA 28e.1550GDF.8-125)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1500 1550 1600 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

SMF-28e (XB) or 1550GDF or DCF-UN-8/125-14

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)
7 Output Fiber 1550GDF >90 (Typ. 93) <0.7 (Typ. 0.5) 25
DCF-UN-8/125-14 >90 (Typ. 93) <0.7 (Typ. 0.5) 25
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C1, C2, C4 - Handling power is different with PKG

34) STLC-(6+1)x1P Pump Combiner(2000 105-125 0.15 0.22NA 6-125 25-400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1900 2100 nm
2 Pump Operating Wavelength 700 900 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15, 0.22 -
6 Signal Fiber 6/125 0.23/0.46NA DCF Refer to fiber codes
7 Output Fiber 25/400 0.11/0.46NA DCF Refer to fiber codes
8 Pump Efficiency 92 95 %
9 Signal Insertion Loss 0.5 0.7 dB
10 M2 1.3 -
11 Optical Isolation 20 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 25 50 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C4, C7 - Handling power is different with PKG

*For 105/125 0.15NA pump fiber, max pump power is 100W/port, For 105/125 0.22NA pump fiber, max pump power is 25/port

35) STLC-(6+1)x1Q Pump Combiner (2000 200-220 0.22NA 25-400 25-400)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1900 2100 nm
2 Pump Operating Wavelength 700 900 nm
3 Pump Fiber Core Diameter 200 µm Refer to fiber codes
4 Cladding Diameter 220 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 25/400 0.11/0.46NA DCF Refer to fiber codes
7 Output Fiber 25/400 0.11/0.46NA DCF Refer to fiber codes
8 Pump Efficiency 90 95 %
9 Signal Insertion Loss 0.5 0.7 dB
10 M2 1.3 -
11 Optical Isolation 20 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 50 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C7 -

36) STLC-(18+1)x1A Pump Combiner(1064 105-125 0.22NA 6-125 Hi1060)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber HI1060 or 6/125 DCF Refer to fiber codes
7 Output Fiber 20/400 DCF Refer to fiber codes
8 Pump Efficiency 93 95 %
9 Signal Insertion Loss 0.5 0.7 dB
10 M2 1.3 -
11 Optical Isolation 20 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 30 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C7 -

37) STLC- (18+1)x1B Pump Combiner(1064 105-125 0.15NA 6-125 Hi1060)

Parameters/Test conditions Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.15 -
6 Signal Fiber

HI1060 or 6/125 DCF

Refer to fiber codes
Pump Efficiency (%) Signal Insertion Loss (dB) Power Handling
(W, each port)

7

Output Fiber

10/200 DCF >90 (Typ. 95) <0.7 (Typ. 0.5) 25
20/200 DCF >90 (Typ. 95) <0.7 (Typ. 0.5) 25
25/250 DCF >90 (Typ. 95) <0.7 (Typ. 0.5) 25
20/400 DCF >95 (Typ. 97) <0.7 (Typ. 0.5) 100
8 M2 1.3 -
9 Optical Isolation 20 dB
10 Fiber Length 0.8 m Each port
11 Operating Environment Temp -5 +70 °C
12 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
13 Storage Temperature -40 +85 °C
14 Package C7 -

38) STLC-(18+1)x1C Pump Combiner(1064 105/125 0.22 20-125 20-400)

Parameters Min Typ. Max Unit Note
1 Signal Operating Wavelength 1000 1064 1100 nm
2 Pump Operating Wavelength 800 1000 nm
3 Pump Fiber Core Diameter 105 µm Refer to fiber codes
4 Cladding Diameter 125 µm
5 Numerical Aperture 0.22 -
6 Signal Fiber 20/125 DCF Refer to fiber codes
7 Output Fiber 20/400 DCF Refer to fiber codes
8 Pump Efficiency 93 95 %
9 Signal Insertion Loss 0.5 0.7 dB
10 M2 1.3 -
11 Optical Isolation 20 dB
12 Fiber Length 0.8 m Each port
13 Power Handling 30 W Each port
14 Operating Environment Temp -5 +70 °C
15 Operating Humidity 5 95 %RH Not recommend in high humidity for long time.
16 Storage Temperature -40 +85 °C
17 Package C7 -

3. PM (N+1)x1 Pump Combiners

The PM (n+1)×1 multi-mode fiber combiner is designed for high power fiber laser application. It combines N pump lasers and one PM signal channel into one double cladding PM output fiber. Fiber type can be customized. Thus it is similar to (N+1)x1 combiner and the only difference is signal fiber and output fiber. fiber combiner

Key Features

  • High Signal Transfer Efficiency
  • High Pump Efficiency
  • High PER
  • Wavelength Insensitive
  • Custom Configurations Available

List of PM (N+1)x1 Pump Combiners

  1. PM(2+1)x1 (1064,Pump: 105/125; Signal: PM 980-SM98-PR-U25A-H; Output: PM 6/125 DCF 0.14/0.46NA)
  2. PM(6+1)x1 (1064,Pump: 220/242,Signal PM10/125,Output: PM20/400)
  3. PM(6+1)x1 (1064,Pump: 200/220,Signal PM10/125,Output: PM20/400)
  4. PM(2+1)x1 (1550,Pump: 105/125; Signal: PM1550; Output: PM1550)
  5. PM(2+1)x1 (1064,Pump: 105/125; Signal: PM25/250; Output: PM25/250)
  6. PM(2+1)x1 (1064,Pump: 105/125; Signal: PM20/125; Output: PM20/125)
  7. PM(2+1)x1 (1064,Pump: 105/125; Signal: PM20/125; Output: PM25.30/250)
  8. PM(2+1)x1 (1064,Pump: 105-125 Signal: PM15-125; Output: PM15.20/125)
  9. PM(2+1)x1 (1064,Pump: 105-125; Signal: PM15-125; Output: PM25.30/250)
  10. PM(2+1)x1 (1064,Pump: 105-125; Signal: PM12-125; Output: PM12.15.20/125)
  11. PM(2+1)x1 (1064,Pump: 105-125; Signal: PM12-125; Output: 25.30-250)
  12. PM(2+1)x1 (1064,Pump: 105-125; Signal: PM10-125; Output: 10.15.20-125)
  13. PM(2+1)x1 (1064,Pump: 105-125; Signal: PM10-125; Output: 25.30-250)
  14. PM(2+1)x1 (1064,Pump: 105/125; Signal: 6/125 or PM980; Output: 25.30/250)
  15. PM(2+1)x1 (1064,Pump: 105-125; Signal: 6-125 or PM980; Output: 6.10.12.20-125)
  16. PM(6+1)x1 (1550,Pump: 105-125,0.22NA; Signal: PM1550; Output: PM1550)
  17. PM(6+1)x1 (1550,Pump: 105-125,0.15NA; Signal: PM1550; Output: PM1550)
  18. PM(6+1)x1 (1064,Pump: 105-125,0.22NA; Signal: PM20-125; Output: PM20/125.20/200.25/250.30/250...)
  19. PM(6+1)x1 (1064,Pump: 105-125,0.22NA; Signal: PM15-125; Output: PM15/125.20/125.20/200.25/250...)
  20. PM(6+1)x1 (1064,Pump: 105-125,0.22NA; Signal: PM12-125; Output: PM12/125.15/125.20/125.20/200...)
  21. PM(6+1)x1 (1064,Pump: 105-125,0.22NA; Signal: PM10-125; Output: PM10/125.12/125.15/125.20/125...)
  22. PM(6+1)x1 (1064,Pump: 105-125,0.22NA; Signal: PM980.PM6-125; Output: PM6/125.10/125.12/125...)
  23. PM(6+1)x1 (1064,Pump: 105-125,0.15NA; Signal: PM20-125; Output: PM20/125.20/200.25/250.30/250...)
  24. PM(6+1)x1 (1064,Pump: 105-125,0.15NA; Signal: PM15-125; Output: PM15/125.20/125.20/200.25/250...)
  25. PM(6+1)x1 (1064,Pump: 105-125,0.15NA; Signal: PM12-125; Output: PM12/125.15/125.20/125.20/200...)
  26. PM(6+1)x1 (1064,Pump: 105/125,0.15NA,Signal: PM980.PM6/125; Output: PM6/125.10/125.12/125.15/125...)
  27. PM(6+1)x1 (1064,Pump: 105/125,0.15NA,Signal: PM10/125; Output: PM10/125.12/125.15/125.20/125...)

The detailed specifications are also similar to the specifications of (N+1)x1 pump combiners. Please contact us for more detailed specifications if you need.