AS... UV FIBERS AS... IR FIBERS GRADED INDEX FIBERS PCS - FIBERS HPCS - FIBERS SINGLE-MODE FIBERS CAPILLARIES

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Erick Atkinson
6 years ago
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1 AS... UV FIBERS AS... IR FIBERS GRADED INDEX FIBERS PCS - FIBERS HPCS - FIBERS SINGLE-MODE FIBERS CAPILLARIES

2 AS... UV-FIBERS Features Higher transmission than PCS-Fibers between 180 nm and nm High core to clad ratio availale for high efficiency bundles Specialty coatings available for high temperatures, high vacuum and harsh chemicals environments Biocompatible materials Sterilizable by ETO, steam, e-beam, gamma radiation Radiation resistant Laser damage resistant buffer coating cladding core Fiber-Design Pure fused silica core (high OH-) Fluorine doped fused silica cladding coating (-40 C to 85 C) resin coating (-40 C to 180 C) coating (-190 C to 385 C) Properties Core/clad ratio: 1.1 Numerical aperture: 0.22 ± 0.02 Operation wavelength range: 180 nm to 1 nm Proof test level (bend method): 70 kpsi Bend radius: momentary times the fiber radius long term times the fiber radius Laser damage threshold: > mj/mm2 (XeCl, 25 ns pulse at 248 nm) >1 mj/mm2 (XeCl, 30 ns pulse at 308 nm) Radiation induced attenuation: < 10 db/km at dose values above 1 Mrad Buffer Nylon (-40 C to C) ETFE (- C to 1 C) (-40 C to 85 C) (-190 C to 385 C) Options Core/clad ratios 1.05, 1.07, 1.15, 1.20, 1.30, 1.40 Numerical apertures 0.07 to 0.28 Metal coating Fiber bundles Tapered fibers Connectors (SMA, FC/PC, ST, DIN) AS-Fiber cables

3 AS... UV-FIBERS NYLON BUFFERED FIBERS Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 5% Coating Material Buffer (µm)±5% (-40 C to 85 C) NOTE For coating replace A with S in product code. AS / UVAN AS / UVAN AS /330 UVAN AS /440 UVAN AS /660 UVAN AS /880 UVAN AS 0/1 UVAN AS 1/16 UVAN ETFE BUFFERED FIBERS (-40 C to 1 C) NOTE For acrylate coating replace S with A in product code. Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 5% AS / UVSE AS / UVSE AS /330 UVSE AS /440 UVSE AS /660 UVSE AS /880 UVSE AS 0/1 UVSE AS 0/2 UVSE Coating Material Buffer (µm)±5% POLYIMIDE COATED FIBERS (-190 C to 385 C) Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 3% AS / UVPI AS / UVPI AS /330 UVPI AS /440 UVPI AS /660 UVPI BUNDLES FIBER SPECIFICATIONS Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 3% Coating Material Wavelength Rng nm AS27/30 UVVV AS46/ UVPI AS46/ UVVV 46 AS64/70 UVPI AS64/70 UVVV AS/ UVPI AS/ UVVV AS/ UVPI 235 Other specifications upon request. Low Attenuation α (λ = 313nm) = 99dB/km α (λ = nm) = 36dB/km α (λ = 660nm) = 5,4dB/km

4 AS... IR FIBERS Features Higher transmission than PCS-Fibers between 1 nm and 2 nm Broad useful spectral transmission range Specialty coatings available for high temperatures, high vacuum and harsh chemicals environments Biocompatible materials Sterilizaable by ETO, steam, e-beam, gamma radiation Radiation resistant Laser damage resistant buffer coating cladding core Fiber-Design Pure fused silica core (low OH-) Fluorine doped fused silica cladding coating (-40 C to 85 C) resin coating (-40 C to 180 C) coating (-190 C to 385 C) Properties Core/clad ratio: 1.1, 1.2, 1.4 Numerical aperture: 0.22 ± 0.02 Operation wavelength range: 3 nm to 2 nm Proof test level (bend method): 70 kpsi Bend radius: momentary times the fiber radius long term times the fiber radius Laser damage threshold: > 5 J/mm2 (Nd:YAG, 1ms pulse at 1060 nm) >1.3 kw/mm2 (Nd:YAG, cw at 1060 nm) Buffer Nylon (-40 C to C) ETFE (- C to 1 C) (-40 C to 85 C) (-190 C to 385 C) Options Core/clad ratios 1.15,1.30, 1,4... 2,5 Numerical apertures 0.07 to0.28 Metal coating Fiber bundles Tapered fibers Connectors (SMA, FC/PC, ST, DIN) AS-Fiber cables high temperatur acrylate -40 C to C

5 AS... IR FIBERS NYLON BUFFERED FIBERS (-40 C to 85 C) NOTE For coating replace A with S in product code. Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 5% Coating Material AS / IRAN AS / IRAN AS /280 IRAN AS /330 IRAN AS /440 IRAN AS /660 IRAN AS /880 IRAN AS 0/1 IRAN AS 1/16 IRAN Buffer (µm)±5% ETFE BUFFERED FIBERS (-40 C to 1 C) NOTE For acrylate coating replace S with A in product code. Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 5% Coating Material Buffer (µm)±5% AS / IRSE AS / IRSE AS /280 IRSE AS /330 IRSE AS /440 IRSE AS /660 IRSE AS /880 IRSE AS 0/1 IRSE AS 0/2 IRSE POLYIMIDE COATED FIBERS (-190 C to 385 C) Product code AS / IRPI AS / IRPI AS /280 IRPI AS /330 IRPI AS /440 IRPI AS /660 IRPI Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 3% BUNDLES FIBER SPECIFICATIONS Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 3% Coating Material Wavelength Rng nm AS /70 IRVV AS /70 IRPI AS 58/70 IRVV AS 58/70 IRPI AS / IRVV AS / IRPI AS / IRVV AS / IRPI AS /1 IRPI AS 1/165 IRPI AS / IRPI to 2 3 to 2 3 to 1 3 to 1 3 to 1 3 to 1 3 to 2 3 to 2 3 to 2 3 to 1 3 to 2 OTHER SPECIFICATIONS UPON REQUEST.

6 GRADED-INDEX FIBERS Features Standard communication fibers for 8 nm and 1 nm Low loss, high bandwidth Laser power transmission fibers up to µm core diameter Better beam profile than step index fibers Specialty coatings for high temperatures, high vacuum and harsh chemicals environments Radiation resistant type Fiber-Design coating clad core Communication fibers: Doped fused silica core (graded-index) Pure fused silica cladding Dual layer coating (-40 C to 85 C) Power transmission fibers: Doped fused silica core (graded-index) Pure fused silica cladding coating (-40 C to 85 C) resin coating (-40 C to 1 C) coating (-190 C to 385 C) Properties Proof test level (Screen test): kpsi (Communiction fibers) Proof test level (Bend method): 70 kpsi (Fiber diameter > µm) Bend radius: momentary times the fiber radius long term times the fiber radius Options Core/clad ratios 1.1, 1.2 Metal coating Jacket: Nylon (-40 C to C) ETFE (- C to 1 C) Connectors (DIN, FC/PC, ST, SMA) Graded-index fiber cables

7 GRADED-INDEX FIBERS ACRYLATE COATED FIBERS Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 5% (-40 C to 85 C) G /A G /280A G /560A G /840A Coating Material NA ± POLYIMIDE COATED FIBERS Product code Core (µm) ± 3 µm Clad (µm) ± 3 µm Coating (µm) ± 3 µm NA ± Attenuation 8/ Bandwidth 8/ 1 nm (db/km) 1 nm (MHz*km) (-190 C to 385 C) G /PI 0. <2.8/0.9 >/1 G 62.5/PI <3.3/1.0 >/ G 85/PI <3.3/1.0 >/ G /PI 155 <4.0/1.5 >/ G /280PI 280 G /560PI COMMUNICATION FIBERS Product code Core (µm) ± 3 µm Clad (µm) ± 3 µm Coating (µm) ± 3 µm NA ± Attenuation 8/ Bandwidth 8/ 1 nm (db/km) 1 nm (MHz*km) (-190 C to 385 C) G / 2 0. <2.5/0.6 >/1 G 62.5/ <3.0/0.7 >/ G 85/ <3.0/0.7 >/ G / 2 <3.5/1.0 >/ Other specifications upon request.

8 PCS-FIBERS Features Cost effective alternative to All Silica Fibers (AS) Better UV and IR transmission than Hard clad silica fibers High numerical aperture Biocompatible materials Sterilizable by ETO, steam, e-beam, gamma radiation Radiation resistant Fiber-Design jacket clad core Fiber design: Pure fused silica core resin coating (-40C to 180C) coating (-190C to 385C) Jacket: Nylon (-40C to C) ETFE (-C to 1C) Properties Numerical aperture: 0.40 (2 meters) 0.30 (steady state) Operation wavelength range: nm to 1 nm (PCS-UV) 3 nm to 2 nm (PCS-IR) Proof test level (bend method): 70 kpsi Bend radius: momentary times the core radius long term times the core radius Laser damage threshold: >1.3 kw/mm2 (Nd:YAG, cw at 1060 nm) Options Special jacket materials PCS-Fiber bundles Tapered fibers Connectors (SMA, FC/PC, DIN) PCS-Fiber cables Spectral Attenuation PCS...UV Spectral Attenuation PCS...IR attenuation [db/km] attenuation [db/km] wavelength [nm] wavelength [nm]

9 PCS-FIBERS NYLON BUFFERED FIBERS (-40 C to 85 C) NOTE For coating replace A with S in product code. Product code Core (µm) ± 2% Cladding (µm) ± 5% Coating (µm) ± 3% PCS UVN PCS UVN PCS UVN PCS UVN PCS UVN PCS UVN PCS 0 UVN PCS 1 UVN PCS 1 UVN PCS 0 UVN ETFE BUFFERED FIBERS (-40 C to 1 C) NOTE For acrylate coating replace S with A in product code. Product code Core (µm) ± 2% Cladding (µm) ± 5% Coating (µm) ± 3% PCS UVE PCS UVE PCS UVE PCS UVE PCS 0 UVE POLYIMIDE COATED FIBERS (-190 C to 385 C) Product code Core (µm) ± 2% Cladding (µm) ± 5% Coating (µm) ± 3% PCS UV PCS IR No Jacket No Jacket Other specifications upon request.

10 HPCS-FIBERS Features High numerical aperture fiber for fiber bundles and short haul data transmission Cost effective High core to clad ratio Biocompatible materials Sterilizable by ETO, e-beam, gamma radiation Radiation resistant Excellent chemical and abrasion resistance coating cladding core Fiber-Design Fiber design: Pure fused silica core Polymer cladding (-ºC to ºC) Jacket: ETFE (-ºC to 1ºC) Properties Numerical aperture: 0.55 (2 meters) Operation wavelength range: nm to 1 nm (HPCS-UV) nm to 1 nm (HPCS-IR) Proof test level (bend method): 70 kpsi Bend radius: momentary times the core radius long term times the core radius Product code Core (µm) ± 2% Cladding (µm) ± 2% Coating (µm) ± 3% HPCSUV 58 HPCS70UV HPCSUV HPCSUV HPCSUV 230 For HPCS-IR fiber, replace UV with IR in product code. Other specifications upon request.

SINGLE-MODE FIBERS Features Single mode transmission at a range of standard wavelength between 3 nm and 15 nm All fibers available with µm diameter to allow the use of standard connectors High NA

11 SINGLE-MODE FIBERS Features Single mode transmission at a range of standard wavelength between 3 nm and 15 nm All fibers available with µm diameter to allow the use of standard connectors High NA fibers available Specialty coatings available for high temperatures, high vacuum and harsh chemicals environments Radiation resistant type available Standard communication fibers available Fiber-Design Doped fused silica core Pure fused silica cladding Dual layer coating ( -40 C to 85 C ) coating ( C to 385 C) coating cladding core Buffer optional Acrylat Hard Clad Options Numerical apertures 0.10 to 0.35 Metal coating (-190 C to 7 C) Connectors (DIN, FC/PC, ST, SMA) Single-mode fiber cables 80µm cladding high NA 0,2 high temperature acrylate (-40 C to C)

12 SINGLE-MODE FIBERS NYLON Jacketed Fibers ACRYLATE COATED FIBERS Product code Nominal Core Diameter (µm) MFD (µm) Coating Diameter (µm) Operation Wavelength (nm) Cutoff Wavelength (nm) Max. Attenuation (db/km) (-40 C to 85 C) SM / A ± ± 65 Sm 488/ A ± , ± 30 SM 633/ A ± ± SM 780/ A ± ± 40 5 SM 8/ A ± ± 4 SM 1060/ A ± ± 60 2 SM 1310/ A ± , ± , 0.22 NYLON Jacketed Fibers POLYIMIDE COATED FIBERS Product code Nominal Core Diameter (µm) MFD (µm) Coating Diameter (µm) Operation Wavelength (nm) Cutoff Wavelength (nm) Max. Attenuation (db/km) (-190 C to 385 C) SM / PI ± ± 65 SM 488/ PI ± 3 488, ± 30 SM 633/ PI ± ± SM 780/ PI ± ± 40 6 SM 8/ PI ± ± 5 SM 1060/ PI ± ± 60 3 SM 1310/ PI ± , ± , 0.5 Other specifications upon request. (e.g. Two Mode Fibers) Energy density - Single Mode Fiber Energy density - Two Mode Fiber

13 CAPILLARIES Features High strength capillaries Pressure resistant Specialty coating for high temperature and harsh chemicals Sterilizable by ETO, steam, e-beam, gamma radiation UV and IR optical quality available coating tube Capillary-Design Capillary Design: Pure fused silica tube coating (to 385ºC) uncoated (to 9ºC) Properties Inner diameters: 2 µm to 0µm Wall thickness: 10 µm to 0 µm Length: 1 m to 10 km (depends on diameter) Standard tolerances: ± 1 % (Inner diameter) Options Coating: (-40 C to 85 C) resin (-40 C to 180 C) Metal (-190 C ) Inner coating Capillary bundles Tapered capillaries

14 CAPILLARIES SPECIFICATIONS Product code Inner diameter (µm) ± 1% Outer diameter (µm) ± 3% Coat diameter (µm) ± 3% Coating Material CAP10/ PI NOTE For coating replace PI with S in product code. For coating replace PI with A in Product code. CAP10/ PI CAP20/ PI CAP20/ PI CAP30/72 PI CAP30/1 PI CAP40/95 PI CAP40/ PI CAP/85 PI CAP/ PI CAP80/130 PI CAP/ PI 145 CAP/165 PI CAP128/160 PI CAP128/210 PI CAP170/215 PI CAP170/280 PI CAP2/315 PI CAP2/410 PI CAP420/530 PI CAP420/ 420 CAP5/ 5 CAP5/ CAP/0 0 CAP/ CAP9/1 9 1 CAP9/

Plastic Coated Silica/Silica (Low OH) FIBER CROSS SECTION Polyimide and Acrylate Coated. Nylon and Tefzel Coated

Plastic Coated Silica/Silica (Low OH) FIBER CROSS SECTION Polyimide and Acrylate Coated. Nylon and Tefzel Coated DESCRIPTION When looking for a high quality fiber with superior transmission and a numerical aperture (N.A.) of 0.22 for efficient light coupling, the is the fiber of choice. The Anhydroguide fiber is