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2014년 1월 19일 일요일

광 Fiber

광 Fiber
 
SMA 905 Connector Fiber
600um
400um
200um
 

Optran Polymide UV/WF
Polymide Coated Silica / Silica Fiber

polyimide coated fibers are ideal for applications requiring high temperature capability. While acrylate, nylon, and Tefzel® coatings start to deteriorate between 100° and 250° C, CeramOptec's unique polyimide coated fibers can withstand temperatures up to 400° C. In addition, this thin jacketing is ideal for use in bundles and supports spectral transmission from 160 to 2500 nm.
 












Features
Broad temperature range: -190° C to +400° C (-310° F to +752° F)Thin jacket diameter - best
  fiber for use in bundlesHigh laser damage resistanceHigh core to clad ratio optionsBiocompatible
  materialsSterilized by ETO and other methodsManufactured at GMP and ISO 9001 compliant
  facilityRadiation resistant: 109 rad. totalHigh transmission in UV / VIS / NIRCan withstand
  vacuum environments (10-9 torr)10 AtmospheresResistant to fluids
Polyimide prevents cladding modes





Applications
Industrial / Scientific
SpectroscopySensorsUV photolithographyLaser welding / soldering / markingLaser deliveryNuclear
  plasma diagnosticsAnalytical instrumentsLaser diode pigtailingPyrometrySemiconductor capital
  equipment
Thomson scattering



Medical
Medical diagnosticsLaser delivery
Photodynamic Therapy



Properties
Step index profilePure silica coreAvailable NAs:
  ● Low NA - 0.12 ± 0.02
  Standard NA - 0.22 ± 0.02
  Optran Plus - 0.28 ± 0.02
  Optran Ultra 0.37 (Vis / IR) - 0.37 ± 0.02
  Optran Ultra 0.44 (Vis / IR) - 0.44 ± 0.02
   
Laser damage resistant core transmits 1.3 kW/mm2 CW at 1060 nm, up to 10 J, pulsedBend radius:
  Momentary: 100 x clad radius
  Long term: 300 x clad radiusBroad spectral transmission range: 160 to 2500 nmPolyimide prevents
  cladding modes
   
Standard prooftest: 70 kpsi








Specifications
Product Code
Ø Core (μm) ± 2%
Ø Clad (μm) ± 2%
Ø Jacket (μm) ± 5%
Operating Wavelength
UV 50/125 P
50
125
150
160 to 1200 nm
UV 90/100 P
90
100
107
160 to 1200 nm*
UV 100/110 P
100
110
125
160 to 1200 nm*
UV 200/220 P
200
220
245
160 to 1200 nm
UV 300/330 P
300
330
355
160 to 1200 nm
UV 400/440 P
400
440
470
160 to 1200 nm
UV 600/660 P
600
660
710
160 to 1200 nm

Product Code
Ø Core (μm) ± 2%
Ø Clad (μm) ± 2%
Ø Jacket (μm) ± 5%
Operating Wavelength
WF 50/125 P
50
125
150
350 to 2500 nm
WF 90/100 P
90
100
107
350 to 2500 nm*
WF 100/110 P
100
110
125
350 to 2500 nm*
WF 200/220 P
200
220
245
350 to 2500 nm
WF 300/330 P
300
330
355
350 to 2500 nm
WF 400/440 P
400
440
470
350 to 2500 nm
WF 600/660 P
600
660
710
350 to 2500 nm
Note: Standard Product: NA 0.22 ± 0.02
Low NA: 0.12
± 0.02 (Suffix Product Code with "12")
Optran Plus: NA 0.28
± 0.02 (Suffix Product Code with "28")
Optran Ultra 0.37 (Vis / IR): NA 0.37
± 0.02 (Suffix Product Code with "37")
Optran Ultra 0.44 (Vis / IR): NA 0.44
± 0.02 (Suffix Product Code with "44")
Example: WF 200/220 P 37


Fiber Configuration: Numerical Aperture (NA)
   


Fundametals of Optics




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