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Photonic crystal fiber

Wavelength Coverage 177 - 5000nm
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P R O D U C T S

Photonic crystal fiber

Precilasers' photonic crystal fiber is based on NKT's photonic crystal fiber with end caps/collimators installed at both ends to achieve high damage threshold and ease of use

Features
  • Low loss
  • Polarization Maintaining
  • Single Mode At All Wavelengths
  • Radiation Hardened Pure Silica Fiber
  • Wavelength-independent mode field diameter
Application
  • Mode Filtering
  • Short Pulse Output
  • Multi-Wavelength Transmission
  • Single Mode Polarization Maintaining Fiber Pigtail
  • Single-Mode Polarization-Maintaining Short Wavelength Transmission

Main parameters

Specification

Wavelength Range

1064nm±20nm

813nm±20nm

532nm±20nm

420nm±20nm

Maximum Transmission Loss

<0.6dB

Polarization Extinction Ratio

>18dB

Minimum Return Loss

>50dB

Beam Waist Diameter(1)

1.1±0.25mm

Beam Divergence(Far Field)

<1.2mrad

Ellipticity

>92%

Fiber Type

NKT Photonics LMA-PM-10 fiber

Fiber length

1m

3m

custom made

Maximum Average Optical Power

>30W

Maximum Peak Power (ns pulse)

>10 kW

 

Options

Output Mode

End cap output, optional end caps at both ends/collimators at both ends or end cap + collimator output

 

Order Model:Preci-PCF-XXXX-Y-Z1-Z2

(1)XXXX represents the integer part of the wavelength

(2)Y is the length of the optical fiber

(3)Z1, Z2 are the output types of both ends, if it is an end cap, it is E, if it is a collimator, it is C

 

For example, a 1064nm 3m long photonic crystal fiber with an end cap at one end and a collimator at the other end is Preci-PCF-1064-3-E-C. If both ends are collimators, it is Preci-PCF-1064-3-C-C.

Note:
(1) The input/output is a collimator or end cap, and an external lens with adjustable position is required to couple the external beam into the photonic crystal fiber
(2) When coupling light from space into a photonic crystal fiber, the coupling efficiency needs to be adjusted from a low power. Otherwise, high power directly injected into the photonic crystal fiber may damage the photonic crystal fiber.
定制图标 Higher power, more wavelengths, customizable solutions