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FV • High -OH SILICA/SILICA Optical Fiber High -OH Polymicro FI Silica/Silica Optical Fiber FV • Ultra Low -OH CHARACTERISTICS StepCharacteristics index Sterilizable and bio-compatible – USP Sizes for bundling class VI* Polyimide Buffer Standard; Silicone, Acrylate, Step Index Tighter tolerances available Numerical aperture:Characteristics 0.22 ± 0.02 High-Temperature Acrylate also available. Numerical Aperture: 0.22 ± 0.02 High -OH silica core, doped silica clad Full acceptance cone: 25.4 degrees ❍ Polyimide Buffer Standard; ❍ Step Index Polyimide Concentricity < 3µm Silicone, Acrylate, Full Acceptance Cone: 25.4 degrees Temperature: High-Temperature Acrylate also available. ❍ Numerical Aperture: 0.22 ± 0.02 Sizes forsilicone, Bundling UV-Vis-NIR Transmission, to 1,150nmbuffer standard; operating Polyimide UV-Vis-NIR transmission, 180nm to180nm Cone: ❍ Polyimide Concentricity < 3µm –65°C to +300°C Full Acceptance 25.4 degrees Tighter Tolerances Available Superior Radiation Resistance intermittent, up to 400°C acrylate, high-temperature 1,150nm ❍ Sizes for Bundling ❍ Vis-NIR Transmission, 380nm to 2,200nm acrylate also available. High Laser Damage Threshold Temperature: Operating – 65ºC to +300ºC ❍ Tighter Tolerances Available ❍ Radiation Resistant Proof tested to 100kpsi Superior Sterilizable radiation resistance & – USP Class VI* ❍ Bio-compatible High Laser Damage Threshold ❍ Temperature: Operating – 65ºC to +300ºC Intermittent, up to 400ºC Polyimide concentricity < 3μm ❍ Sterilizable & Bio-compatible High -OH Silica Core, Doped Silica Clad – USP Class VI* Proof Tested to 100kpsi Intermittent, up to 400ºC High laser damage threshold ❍ Low-OH Silica Core, Doped Silica Clad ❍ Proof Tested to 100kpsi Specifications High -OH Product Descriptor Product Descriptor Core (µm) Product Descriptor Ultra Low -OH Core (µm) Buffer (µm) Core High -OHCore Core Clad (µm) Clad (µm) Buffer (µm) Core (μm) FIP100110125* FVP050055065* 50 ± 250 FVP050055065*FIP150165195 FIP200220240 FVP100110125** 100 ± 3 FVP100110125** 100 FIP300330370 FVP150165195 150 FVP150165195** 150 ± 3 FIP400440480 FIP500550590 FVP200220240 200 FVP200220240 200 ± 4 FIP600660710 FVP300330370 300 FVP300330370 300 ± 6 FIA8008801100** ± 2 Clad (μm) Buffer (μm) 100 ± 3 15055 ± ±552 3 ± 200110110 ±± 3 4 ± 300 ± 6 400165165 ±± 3 8 ± 500220220 ±± 410 ± 600 ± 10 330 ± 800330±± 720 ± ± ± ± ± ± ± 3 3 4 6 8 440 ± 440 ± 9 100 ± 3± 10 660 200 ± 10 4 660 ± 20 320 880 ± 8± FVP100120140 100 ± 3 FVP100120140 FIP050070085 100 ± FIP100140170 FVP200240280 200 ± FVP200240280 200 ± 4 FIA100010501250** ±± 3 2 ± 3 50120120 100 ± 3 41000240240 ± ±± 420 FVP400440480 400 400 ± 8 FIP100120140 FVP600660710 600 FIP200240280 FVP600660710 600 ± 10 FVA8008801100*** 800 FIP320385415 FVP400440480 FVA8008801100*** 800 ± 20 880 ± 15 110 2 165 220 3 330 3 440 550 4 660 7 880 9 320 ± 8 385 ± 8 ** Acrylate buffer FVA100010501250*** 1000 ± 20 FVA100010501250*** 1000 ± 20 1050 ± 15 1050 * Recommended for UV for wavelengths only. Availability varies. * Recommended UV wavelengths only. Availability varies. ± 480 480 ± 7 124 ± 1952 ± 2393 370 ± 4805 ± 5905 710 ± 10 1100 ± 7 140 ± 10 275 ± 415 30 ± ± ± ± ± ± ± ± DopedDoped 3 SilicaSilica Doped Clad Clad Silica Clad 5 Polyimide 5 Polyimide Polyimide Buffer 10 BufferBuffer 7 10 10 30 Note: The items listed in this table ± 4 are standard configurations and Note: The itemslisted listed in this Note: The items in thistable table ± 5 sizes. Other configurations may be are standard configurations and ±are 10standard configurations and us on request. Please 1100 ± 30 sizes. available Other configurations maylet be knowconfigurations what we can do to may help be sizes. Other available on request. Please let us 70 ± 2 85 ± 3 satisfy your project requirements. 140 ±4 ± 3 140 4 we can do to help satison request. 140 ± 3 170 ±available 5know what 4 275 ± 5 1050 ±275 15± 5 1250 ± 40fy your project requirements. 120 10 240 15 385 FVP320385415 * Not recommended 320 for wavelengths ± 8 greater 385 ± 8 than 1000nm. FVP320385415 ± 3 ±2 ±6565 3 ±124 4± 3 124 ± 7 195 ±195 9± 5 ±239 10± 5 239 ± 10 370 ±370 15± 7 ± 710 3 ± 4 710 ± 10 ±1100 8 415 415 ± 10 ± 10 1250 ± 40 Typical Attenuation 15 1250 ± 40 ** Not recommended for wavelengths greater thanthan 1000nm. ** Not recommended for wavelengths greater 1000nm. *** Acrylate *** Acrylate buffer;buffer Operating temperature: -65° to 80°C Typical Attenuation * The end manufacturer is responsible for bio-compatibility and sterilization testing and validation studies. • • • • 18019 N. 25th Avenue • Phoenix, AZ 85023-1200 Voice: (602) 375-4100 Fax: (602) 375-4110 E-Mail: polymicrosales@molex.com * The end manufacturer is responsible for bio-compatibility and sterilization testing and validation studies. URL: http://www.polymicro.com * The end manufacturer is responsible for bio-compatibility and sterilization testing and validation studies. Order No. 987650-8936 Rev. 2 18019 N. 25th Avenue • Phoenix, AZ 85023-1200 Voice: (602) 375-4100 Fax: (602) 375-4110 E-Mail: polymicrosales@molex.com USA/GF/2017.09 URL: http://www.polymicro.com Flexible Capillary Multimode Optical Fiber Specialty Assemblies Micro-Components www.molex.com/polymicro Copyright © 2011 Polymicro Technologies • • • • Flexible Capillary Multimode Optical Fiber Specialty Assemblies ©2017 Molex Micro-Components Fibers Fibers SILICA/SILICA Optical Fiber