Single-mode

1310-OCT-P Select Cutoff SM Optical Fiber

SKU: 1398975

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

PM1060L, Panda-Type Select Cutoff PM Optical Fiber

SKU: PM1060L

Broad line of PM fibers now includes PM1060L & PM1060L-FA fibers. These fibers are optimized for operation at 1060 nm and feature a low 0.085 NA (L). They are ideally designed for pump combiner and coupler applications for single-mode fiber lasers. The PM1060L fiber is a single clad fiber and PM106-FA is double clad fiber to cover all your application needs. Utilizing the PANDA design, these fibers demonstrate superior polarization control, resulting in increased system efficiencies.

This product requires a purchase of a minimum quantity of : 10

PM1550-XP, Panda-Type Select Cutoff PM, Optical Fiber

SKU: PM1550-XP

Coherent Polarization Maintaining Telco fibers are designed for today’s most advanced networks. Optimized for use at 1550 nm, these fibers are used in all PM applications for data and telecom. Coherent has applied its unique manufacturing facility and capabilities to this product area and has established leading optical, mechanical and geometrical tolerances. The bend insensitive versions of our fibers offer lowest bend loss and extinction ratios at small bend diameters enabling our customers to reduce package sizes. Available in either 250 or 400 micron coating diameters and prooftested to 200 kpsi, Coherent PM fibers will meet the demands of all current and future applications.

PM780-HP, Panda-Type Select Cutoff PM Optical Fiber

SKU: PM780-HP

Coherent industry leading visible and short wavelength Polarization Maintaining fibers have superior waveguide, radiation, and mechanical properties enabling a large variety of new critical applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The intrinsically high level of radiation resistance allows this family to operate for extended periods of time on low earth orbits, near and deep space, and in applications where risk of exposure to man-made radiation is great.

This product requires a purchase of a minimum quantity of : 40

PM-YSF-HI-HP, Panda-Type Yb-Doped Select Cutoff PM Optical Fiber

SKU: PM-YSF-HI-HP

Coherent single-mode Yb-doped fibers are designed to support low power fiber lasers and amplifiers based on singlemode diode pump technology, rather than the multimode pumps used in high-power applications. For applications where high efficiency and very short device lengths are critical, these single-mode fibers are compatible with standard "telecom" fiber technology ensuring low splice loss to numerous fiber pigtailed components. The PM variety is designed with the PANDA-style stress structure which delivers linearly polarized light suitable for frequency conversion. These fibers make the ideal gain medium for low average power femtosecond fiber lasers and pre-amplifiers for higher power double-clad amplifiers. These High Performance (-HP) versions provide tighter optical and geometric tolerances, improving device performacnes, system compatibility and manufacturing process control.

This product requires a purchase of a minimum quantity of : 4

PM980-XP, Panda-Type Select Cutoff PM, Optical Fiber

SKU: PM980-XP

Coherent Polarization Maintaining Telco fibers are designed for today’s most advanced networks. Optimized for use at 980 nm, these fibers are used in all PM applications for data and telecom. Coherent has applied its unique manufacturing facility and capabilities to this product area and has established leading optical, mechanical and geometrical tolerances. The bend insensitive versions of our fibers offer lowest bend loss and extinction ratios at small bend diameters enabling our customers to reduce package sizes. Available in either 250 or 400 micron coating diameters and prooftested to 200 kpsi, Coherent PM fibers will meet the demands of all current and future applications.

PM-TDF-10P/130-HE, PM Tm-Doped Double Clad, w/Pedestal, Optical Fiber

SKU: PM-TDF-10P/130-HE

Coherent Thulium-doped double clad fiber utilizes a glass composition specifically optimized for highly efficient operation around the important 2 µm wavelength when pumped at ~793 nm. These small core fibers facilitate highly efficient single-mode operation while the telcom-like 130 µm cladding diameter makes handling, including cleaving and splicing, as simple as possible.

PM-ESF-7/125, Panda-Type Er-Doped Select Cutoff PM, Optical Fiber

SKU: PM-ESF-7/125

As "eye-safe" LiDAR applications continue to proliferate, the need for high efficiency and reliable fibers capable of delivering high pulse energies and good beam quality becomes critical. Coherent offers a family of high-performance Erbium/Ytterbium doped single and double clad fibers. These fibers are optimized to achieve record efficiencies in the 1.5 µm wavelength range while suppressing parasitic 1 µm Amplified Spontaneous Emission (ASE). By balancing the trade-offs between efficiency, power threshold, and 1 µm ASE, Coherent offers the highest performance Erbium/Ytterbium-doped fibers available. Our product portfolio includes fibers with a variety of core sizes, each optimized for the rigorous demands of a harsh environment and/or mobile LiDAR applications.

This product requires a purchase of a minimum quantity of : 4

1060-OCT-P, Select Cutoff SM, Optical Fiber

SKU: 1060-OCT-P

Coherent -OCT select cutoff single-mode fibers are optimized for Optical Coherence Tomography (OCT) medical imaging methods. These application-specific fibers were developed for next generation OCT applications that operate at both 780 and 1060nm and require exceptional uniformity, tight dispersion and core/clad concentricity control. The fibers are ideally suited for couplers used in OCT. This fiber can still be used for traditional applications as well and is prooftested to 200kpsi for superior strength. These -OCT fibers are part of the NuVIEWFA family of fibers providing extra high performance specifications for increased component reliability, component performance and production yields reducing component manufacturing costs. The -P version has a polyimide coating reducing overall fiber diameter and increasing operating temperature to 300°C.

This product requires a purchase of a minimum quantity of : 100

780-OCT, Select Cutoff SM, Optical Fiber

SKU: 780-OCT

Coherent -OCT select cutoff single-mode fibers are optimized for Optical Coherence Tomography (OCT) medical imaging methods. These application-specific fibers were developed for next generation OCT applications that operate at both 780 and 1060nm and require exceptional uniformity, tight dispersion and core/clad concentricity control. The fibers are ideally suited for couplers used in OCT. This fiber can still be used for traditional applications as well and is prooftested to 200kpsi for superior strength. These -OCT fibers are part of the NuVIEWFA family of fibers providing extra high performance specifications for increased component reliability, component performance and production yields reducing component manufacturing costs. The -P version has a polyimide coating reducing overall fiber diameter and increasing operating temperature to 300°C.

This product requires a purchase of a minimum quantity of : 139

PM1550G-80/135-2HP, High-Performance PM Panda-Type Gyro, Optical Fiber

SKU: PM1550G-80/135-2HP

Coherent 1550 nm PANDA-style PM Gyroscope fibers have extremely high birefringence and exceptionally tight dimensional specifications, critical for manufacturing high precision, high-performance gyro-coils. High consistency and extreme end-to-end control of optical properties provide particular advantage in this application by reducing fiber generated signal artifacts. The intrinsically high level of radiation resistance allows operation for extended periods of time on low earth orbits, near and deep space, and applications where exposure to man-made radiation is expected. The Panda-style configuration is preferred over bow-tie or elliptical clad designs because of its advantages in process scalability and product uniformity. These fibers are offered in industry standard specifications and Coherent high performance (HP) versions optimized for exceptional splicability and offering the tightest tolerance specifications available.

PM850G-80/170-2HP, High-Performance PM Panda-Type Gyro, Optical Fiber

SKU: PM850G-80/170-2HP

Coherent 850 nm PANDA-style PM Gyroscope fibers have extremely high birefringence and exceptionally tight dimensional specifications, critical for manufacturing high precision, high-performance gyro-coils. High consistency and extreme end-to-end control of optical properties provide particular advantage in this application by reducing fiber generated signal artifacts. The intrinsically high level of radiation resistance allows operation for extended periods of time on low earth orbits, near and deep space, and applications where exposure to man-made radiation is expected. The Panda-style configuration is preferred over bow-tie or elliptical clad designs because of its advantages in process scalability and product uniformity. These fibers are offered in industry standard specifications and Coherent high performance (HP) versions optimized for exceptional splicability and offering the tightest tolerance specifications available.

S1310-CP, Pure Silica Core Select Cutoff SM, Optical Fiber

SKU: S1310-CP

Coherent NuSENSOR pure silica core single-mode fibers are immune to the damaging effects of hydrogen ingression, enabling Brillouin, Rayleigh and FBG based distributed temperature and strain sensing in harsh environments. These 0.12 NA fibers are optimized for operation at both 1310nm and 1550nm. NuSENSOR single-mode fibers provide tight tolerance optical and geometrical specifications measured at the application critical wavelengths. The fibers come with either a polyimide or a mid-temperature acrylate coating and are also available with a hermetic carbon layer. For high H2 partial pressure and elevated temperature up to 300°C, you will find no measurable induced loss for typical sensing applications.

This product requires a purchase of a minimum quantity of : 143

S1310-MTA, Pure Silica Core Select Cutoff SM, Optical Fiber

SKU: S1310-MTA

Coherent NuSENSOR pure silica core single-mode fibers are immune to the damaging effects of hydrogen ingression, enabling Brillouin, Rayleigh and FBG based distributed temperature and strain sensing in harsh environments. These 0.12 NA fibers are optimized for operation at both 1310nm and 1550nm. NuSENSOR single-mode fibers provide tight tolerance optical and geometrical specifications measured at the application critical wavelengths. The fibers come with either a polyimide or a mid-temperature acrylate coating and are also available with a hermetic carbon layer. For high H2 partial pressure and elevated temperature up to 300°C, you will find no measurable induced loss for typical sensing applications.

PM-S405-XP+, Panda-Type Pure Silica Core Select Cutoff PM, Optical Fiber

SKU: PM-S405-XP Plus

Coherent industry leading short wavelength pure silica core polarization maintaining fibers have superior waveguide, radiation, and mechanical properties, enabling a large variety of applications in diverse markets. High consistency and extreme end-to-end control of optical properties provide particular advantage in spectrographic and frequency sensitive applications. The pure silica core fiber is optimum for demanding applications in the UV and visible spectrum requiring ultra-low attenuation over longer lengths and where resistance to radiation-induced damage and color center formation are critical. Extended range XP and XP+ versions of PM-S405 offer the broadest operational wavelength range with minimal

lot to lot beam divergence variation on the XP+ version.

The Beam Divergence for PM-S405-XP+:

150 +10/-15 mRads @ 405 nm

140 +10/-20 mRads @ 488 nm

115 ±10 mRads @ 635 nm

This product requires a purchase of a minimum quantity of : 25

1310-GGF-OCT Select Cutoff SM Optical Fiber

SKU: 1398978

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

1310-80-OCT-P Select Cutoff SM Optical Fiber

SKU: 1398976

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

This product requires a purchase of a minimum quantity of : 91

1310-GDF-OCT Select Cutoff SM Optical Fiber

SKU: 1398977

Since its inception in the early 1990s, OCT has evolved beyond ophthalmologic imaging of the retina to recent advances in the dual-modality diagnosis of coronary artery disease using fiber optic probes. OCT catheters designed for semi-invasive in vivo intervention require small form factor optical fibers, dispersion control, bend insensitivity, and high proof strength for superior mechanical reliability. Our OCT offerings also include pure silica core waveguides supporting sterilization by radiation as well as thin biocompatible coatings such as polyimide when form factor and reliability are paramount.

SM-EYDF-10P/125-XP, Er/Yb-Doped Double Clad, Optical Fiber

SKU: SM-EYDF-10P/125-XP

Coherent proprietary rare earth doping technology is used to deliver Er:Yb co-doped fibers with industry leading performance and reliability. This unique SM fiber features a large 10 micron diameter core and a 125 micron diameter cladding with a 0.11 NA. The fiber design has been optimized to deliver high pump conversion efficiency and high power operation without rollover due to parasitic 1 µm ASE. The large core of the fiber allows for shorter fiber lengths in high power amplifiers to reduce the impact of non-linear effects. Utilizing Coherent proprietary NuCOATFA coating technology with the best damp and dry heat performance available, ensures excellent stripping repeatability and extended operating lifetime.

PM1950, Panda-Type Select Cutoff PM, Optical Fiber

SKU: PM1950

Coherent has specifically engineered a unique range of single-mode 2µm beam delivery fibers for the long wavelength EyeSafe window from 1850-2200nm, available in both PM and non-PM versions. By applying our extensive fiber manufacturing expertise, gained in the demanding telecommunications industry, this family of fibers has excellent uniformity and high fatigue failure resistance. These fibers are aimed at emerging fiber applications for the 2µm wavelength, including medical, military/aerospace and industrial fiber laser markets.

This product requires a purchase of a minimum quantity of : 18

SM1950, Select Cutoff SM, Optical Fiber

SKU: SM1950

Coherent has specifically engineered a unique range of single-mode 2µm beam delivery fibers for the long wavelength EyeSafe window from 1850-2200nm, available in both PM and non-PM versions. By applying our extensive fiber manufacturing expertise, gained in the demanding telecommunications industry, this family of fibers has excellent uniformity and high fatigue failure resistance. These fibers are aimed at emerging fiber applications for the 2µm wavelength, including medical, military/aerospace and industrial fiber laser markets.

This product requires a purchase of a minimum quantity of : 25

SM-HDF-10/130, Ho-Doped Double Clad Optical Fiber

SKU: SM-HDF-10/130

SM fiber featuring a high concentration Ho-doped core design. The Ho-doped fiber can be pumped by a Tm-doped fiber laser at ~1950-nm and can achieve 60% efficiency. The high NA (0.46) large pump cladding waveguide allows for efficient coupling of high pump powers, but with its small core size this fiber can easily be core-pumped as well. This fiber features a single mode large core/cladding ratio with a low NA and is ideally suited for both CW and pulsed laser applications.

PM-TSF-9/125, Panda-Type Tm-Doped Select Cutoff PM Optical Fiber

SKU: PM-TSF-9/125

This single clad, small core diameter fiber is designed specifically for use in core-pumped cavities. As the fiber is polarization maintaining, it is also suitable for applications requiring linearly polarized output.

This product requires a purchase of a minimum quantity of : 2

SM-TSF-9/125, Tm-Doped Select Cutoff SM Optical Fiber

SKU: SM-TSF-9/125

This single clad, small core diameter fiber is designed specifically for use in core-pumped cavities. As the fiber is polarization maintaining, it is also suitable for applications requiring linearly polarized output.

This product requires a purchase of a minimum quantity of : 3

SM-TDF-10P/130-HE, Tm-Doped Double Clad, w/Pedestal, Optical Fiber

SKU: SM-TDF-10P/130-HE

Coherent Thulium-doped double clad fiber utilizes a glass composition specifically optimized for highly efficient operation around the important 2 µm wavelength when pumped at ~793 nm. These small core fibers facilitate highly efficient single-mode operation while the telcom-like 130 µm cladding diameter makes handling, including cleaving and splicing, as simple as possible.