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
Core (m) 2%
Clad (m) 2%
Jacket (m) 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
Core (m) 2%
Clad (m) 2%
Jacket (m) 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 Fiber Optics

Fundametals of Optics