Project Description

MFA & CPS Hybrid Combination

MFA & CPS Hybrid Combination is a combination of a MFA and a Cladding Power Stripper in a compact package. Cladding Power Stripper is use in high-power fiber lasers and amplifiers need to be able to handle substantial optical powers. It needs to be ensured that these powers are absorbed in a sufficiently widespread region, and that the generated heat can be removed safely, without damaging the mode stripper or any surrounding parts. Mode Field Adaptors is designed to makes two fiber to keep mode field diameter matched with low fundamental mode signal loss and minimal degradation of beam quality (M2).MFA & CPS Hybrid Combination offers integrated solution to fiber laser application by combining more functions into a very compact package.

Features Applications
·         Low Insertion Loss

·         High Power Handling

·         High Power Absorption

·         PM and Non-PM are available

·         Fiber can be customized

·         High Reliability

·         Excellent Temperature Stability

·         Fiber amplifier and laser systems

·         Cladding-mode-free high power beam delivery

·         ASE stripping

·         Industrial, Biomedical, Telecom, Metrology

·         Life Science, Imaging, Quantum optics

Performance Specifications

Parameters Unit Values
Center Signal Wavelength nm 1030,1064,108,1550,2000
Operating Wavelength-Pumps nm 800~1000
Cladding attenuation(min) dB 18~20
Type. Insertion Loss (at 25℃) dB 0.2
Max. Insertion Loss (at 25℃) dB 0.50
Min. Polarization Extinction Ratio dB 18(For PM Fiber)
Cladding Power Handling(Stripping Power) W 10, 20, 30…
Fiber Type In/Out / Refer to below table
Pigtail Length m 0.8 or other
Operation Temperature 0 ~ +50
Storage Temperature Range -20 ~ +75

 

General Configuration for SM MFA & CPS Hybrid Combination: 1.0μm

Working Wavelength(nm) Signal Input Fiber Signal Output Fiber Signal IL (dB) Min. Stripping Efficiency Max. Stripping Cladding Power Max. Signal Power Handling
1020~1080 HI1060 or 6/125 DC 10/125 DC ≤0.3 20dB 50W 30W
1020~1080 15/130 DC ≤0.3 20dB 50W 30W
1020~1080 20/125 DC ≤0.3 20dB 50W 30W
1020~1080 25/250 DC ≤0.5 18dB 100W 30W
1020~1080 30/250 DC ≤0.5 18dB 100W 30W
1020~1080 20/400 DC ≤0.5 18dB 500W 500W
1020~1080 10/125 DC or SC 15/130 DC ≤0.5 20dB 50W 30W
1020~1080 20/125 DC ≤0.5 20dB 50W 30W
1020~1080 25/250 DC ≤0.5 18dB 100W 500W
1020~1080 30/250 DC ≤0.5 18dB 100W 500W
1020~1080 20/400 DC ≤0.5 18dB 500W 500W

 

General Configuration for PM MFA & CPS Hybrid Combination: 1.0μm

Working Wavelength(nm) Signal Input Fiber Signal Output Fiber Signal IL /PER(dB) Min. Stripping Efficiency Max. Stripping Cladding Power Max. Signal Power Handling
1020~1080 SM98-PS-U25D (PM980) or Nufern PM980-XP 10/125 PM DC IL≤0.5,ER≥20 20dB 50W 50W
1020~1080 15/130 PM DC IL≤0.5,ER≥20 20dB 50W 50W
1020~1080 20/125 PM DC IL≤0.5,ER≥20 20dB 50W 50W
1020~1080 25/250 PM DC IL≤0.5,ER≥18 18dB 100W 500W
1020~1080 30/250 PM DC IL≤0.5,ER≥18 18dB 100W 500W
1020~1080 20/400 PM DC IL≤0.5,ER≥18 18dB 500W 500W
1020~1080 10/125 PM DC or

Nufern PM1060L

15/130 PM DC IL≤0.5,ER≥20 20dB 50W 50W
1020~1080 20/125 PM DC IL≤0.5,ER≥20 20dB 50W 50W
1020~1080 25/250 PM DC IL≤0.5,ER≥18 18dB 100W 500W
1020~1080 30/250 PM DC IL≤0.5,ER≥18 18dB 100W 500W
1020~1080 20/400 PM DC IL≤0.5,ER≥18 18dB 500W 500W

General Configuration for PM MFA & CPS Hybrid Combination: 1.5μm

Working Wavelength(nm) Signal Input Fiber Signal Output Fiber Signal IL /PER(dB) Min. Stripping Efficiency Max. Stripping Cladding Power Max. Signal Power Handling
1530~1570 SMF-28 SM-GDF-1550 ≤0.5 20dB 20W 50W
1530~1570 SM-GDF-1550 12/130µm,NA0.20/0.46 ≤0.5 20dB 30W 50W
1530~1570 12/130µm,NA0.20/0.46 25/300µm,NA0.09/0.46 ≤0.5 18dB 100W 500W
1530~1570 PM1550 Panda PM-GDF-1550 IL≤0.5,ER≥20 20dB 20W 50W
1530~1570 PM-GDF-1550 PM 12/130µm,NA0.20/0.46 IL≤0.5,ER≥20 20dB 30W 50W
1530~1570 PM 12/130µm,NA0.20/0.46 PM 25/300µm,NA0.09/0.46 IL≤0.5,ER≥18 18dB 100W 500W

General Configuration for Forward MFA: 2.0μm

Working Wavelength(nm) Signal Input Fiber Signal Output Fiber Signal IL /PER(dB) Min. Stripping Efficiency Max. Stripping Cladding Power Max. Signal Power Handling
1950~2050 Nufern SM1950 10/130µm,NA0.15/0.46 ≤0.5 20dB 20W 50W
1950~2050 10/130µm,NA0.15/0.46 25/250µm,NA0.09/0.46 ≤0.5 18dB 200W 500W
1950~2050 Nufern PM1950 PM10/130µm,NA0.15/0.46 IL≤0.5,ER≥18 20dB 20W 50W
1950~2050 PM10/130µm,NA0.15/0.46 PM25/250µm,NA0.09/0.46 IL≤0.5,ER≥17 18dB 200W 500W

Remark:

  • Other configuration can be customized. CPS build on double clad fiber only.
  • For stripping power≥100W and some small core fiber CPS, will need water cooling.
  • All CPS default with DK Logo, bare fiber, 0.8m length of pigtail, please contact us for special request.

Package Information

Package Type(Total strip power) P3(<40W) P4(<70W) P5(<150W) P6(<800W)
Dimensions (mm) 80x12x8 100x15x10 120x30x20 120x42x30 (Water cooling)

*Due to ongoing design improvements, the package size is subject to change. We will choose the appropriate package size according to different stripping power and fiber cladding. Please contact DK Photonics for confirmation.

Order information P/N:MFA& CPS (PMMAF&CPS)-①-②-③-④-⑤-⑥

When you inquire, please provide the correct P/N number according to our ordering information, and attach the appropriate description would be better. For high power applications, we recommend direct splicing without connectors.

Signal Wavelength Cladding Power Stripping Signal Power Handling Input Fiber Type Output Fiber Type Fiber length
03:1030nm

64:1064nm

55:1550nm

20:2000nm

10:10W

25:25W

50:50W

100:100W

XX: Other

20:20W

50:50W

100:100W

500:500W

XX: Other

XXX(fiber name) XXX(fiber name) 08:0.8m(default)

10:1.0m

20:2.0m

Part Number Example: PMMFA&CPS-64-200-500-PM1060L-PM20/400/006/046-10

Description: PM MFA & CPS Hybrid Combination, 1064nm signal wavelength, 200W cladding power stripping,500W signal power pass, PM1060L input signal fiber, PM 20/400µm, 0.06/046NA output fiber, with 1.0m length bare fiber pigtails.

Ordering Information for Custom Parts

If you need to customize other specifications, please provide detailed description for your requirement.

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