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Aberration elimination design, good collimation for the beam. The wavefront performance is good, and the light energy shows Gaussian distribution in the whole optical path. The aspheric lens is coated with antireflection on both sides to reduce the surface reflection to the maximum degree.
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Detail

Aspheric collimator
Aberration elimination design, good collimation for the beam. The wavefront performance is good, and the light energy shows Gaussian distribution in the whole optical path. The aspheric lens is coated with antireflection on both sides to reduce the surface reflection to the maximum degree.


        Aspheric collimator exit light spot                          Aspheric collimator light spot at 5M



405nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

405nm

±20nm

1.98mm

0.02° +0.01/-0.00

10.67mm

0.25

φ11mm

FC/PC

405HP

>95%

405nm

±20nm

3.1mm

0.015° +0.01/-0.00

17.71mm

0.15

φ11mm

FC/APC


450nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

405nm

±20nm

2.0mm

0.02° +0.01/-0.00

10.77mm

0.24

φ11mm

FC/PC

405HP

>95%

405nm

±20nm

3.0mm

0.015° +0.01/-0.00

17.88mm

0.15

φ11mm

FC/APC


520nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

520nm

±20nm

2.1mm

0.02° +0.01/-0.00

10.87mm

0.24

φ11mm

FC/PC

460HP

>95%

520nm

±20nm

3.2mm

0.015° +0.01/-0.00

18.02mm

0.15

φ11mm

FC/APC


635nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

635nm

±20nm

2.06mm

0.02° +0.01/-0.00

10.96mm

0.24

φ11mm

FC/PC

630HP

>95%

635nm

±20nm

3.5mm

0.015° +0.01/-0.00

18.14mm

0.15

φ11mm

FC/APC


780nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

780nm

±20nm

2.1mm

0.026° +0.01/-0.00

11.06mm

0.24

φ11mm

FC/PC

780HP

>95%

780nm

±20nm

4.0mm

0.01° +0.01/-0.00

18.33mm

0.15

φ11mm

FC/APC


850nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

850nm

±20nm

2.41mm

0.03° +0.01/-0.00

11.10mm

0.24

φ11mm

FC/PC

850HP

>95%

850nm

±20nm

3.99mm

0.02° +0.01/-0.00

18.45mm

0.15

φ11mm

FC/APC


980nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

980nm

±20nm

2.4mm

0.03° +0.01/-0.00

11.16mm

0.24

φ11mm

FC/PC

980HP

>95%

980nm

±20nm

4.0mm

0.02° +0.01/-0.00

18.52mm

0.15

φ11mm

FC/APC


1064nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

1064nm

±20nm

2.4mm

0.032° +0.01/-0.00

11.18mm

0.24

φ11mm

FC/PC

1064HP

>95%

1064nm

±20nm

4.05mm

0.02° +0.01/-0.00

18.58mm

0.15

φ11mm

FC/APC


1310nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

1310nm

±20nm

2.04mm

0.047° +0.01/-0.00

11.25mm

0.23

φ11mm

FC/PC

Smf-28e

>95%

1310nm

±20nm

3.35mm

0.029° +0.01/-0.00

18.67mm

0.15

φ11mm

FC/APC


1550nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

1550nm

±20nm

2.10mm

0.053° +0.01/-0.00

11.31mm

0.23

φ11mm

FC/PC

Smf-28e

>95%

1550nm

±20nm

3.5mm

0.032° +0.01/-0.00

18.75mm

0.15

φ11mm

FC/APC

1650nm aspheric collimator










Working wavelength

Working bandwidth

Exit Beam Spot

Divergence angle of collimated beam

Effective focal length

numerical aperture
(Lens)

Packing diameter

Connector

Fiber optic access

Transmittance

1650nm

±20nm

2.15mm

0.058° +0.01/-0.00

11.36mm

0.23

φ11mm

FC/PC

Smf-28e

>95%

1650nm

±20nm

3.64mm

0.035° +0.01/-0.00

18.81mm

0.15

φ11mm

FC/APC















Unlisted spot and divergence angle can be customized
Customizable packaging materials, packaging dimensions, and other types of fiber optic connectors