PCS-IR Fibers
Features IR
- 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
Properties
- Numerical aperture: 0.40 (2 meters) 0.30 (steady state)
- Operation wavelength range: 350 nm to 2400 nm (PCS-IR)
- Proof test level (bend method): 70 kpsi
- Bend radius: momentary 100 times the core radius long term 600 times the core radius
- Laser damage threshold: >1.3 kW/mm2 (Nd:YAG, cw at 1060 nm)
Fiber Design
Core
- synthetic quartz
Cladding
- Silicon resin cladding (-40°C to 180°C)
Buffer
- Nylon (-40°C to 100°C)
- ETFE (-200°C to 150°C)
Optional
- Connectors (SMA, ST, DIN ), special connectors upon request
- PCS-Fiber Cables
PCS-UV Fibers
Features UV
- 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
Properties
- Numerical aperture: 0.40 (2 meters) 0.30 (steady state)
- Operation wavelength range: 220 nm to 1100 nm (PCS-UV)
- Proof test level (bend method): 70 kpsi
- Bend radius: momentary 100 times the core radius long term 600 times the core radius
- Laser damage threshold: >1.3 kW/mm2 (Nd:YAG, cw at 1060 nm)
Fiber Design
Core
- synthetic quartz
Cladding
- Silicon resin cladding (-40°C to 180°C)
Buffer
- Nylon (-40°C to 100°C)
- ETFE (-200°C to 150°C)
Optional
- Connectors (SMA, ST, DIN ), special connectors upon request
- PCS-Fiber Cables
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