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Single-mode fiber collimator

It can transform the light transmitted by the fiber into a parallel beam (Gaussian beam), or focus and couple the external parallel light into the fiber. It can also be used alone, and achieve the required light spot size at a specific location according to the given divergence angle.
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Single-mode fiber collimator

It can transform the light transmitted by the fiber into a parallel beam (Gaussian beam), or focus and couple the external parallel light into the fiber. It can also be used alone, and achieve the required light spot size at a specific location according to the given divergence angle.


405HP Single-mode fiber collimator （Fixed working distance）Applicable wavelength range of optical fiber （400nm680nm）










Working wavelength

Working bandwidth

Working distance

Waist girdle spot

Divergence angle of collimated beam

Package diameter

Connector

Emission loss

Return loss

Mode field diameter

(excluding connector)

405nm

±20nm

100mm

0.27mm

0.12°

3.2mm

FC/APC

≤0.35dB

≥55dB

3.0±0.5um

405nm

±20nm

300mm

0.70mm

0.045°

3.2mm

FC/APC

≤0.35dB

≥55dB

450nm

±20nm

100mm

0.26mm

0.13°

3.2mm

FC/APC

≤0.35dB

≥55dB

3.5±0.5um

450nm

±20nm

300mm

0.68mm

0.05°

3.2mm

FC/APC

≤0.35dB

≥55dB

525nm

±20nm

100mm

0.31mm

0.13°

3.2mm

FC/APC

≤0.35dB

≥55dB

3.6±0.5um

525nm

±20nm

300mm

0.8mm

0.05°

3.2mm

FC/APC

≤0.35dB

≥55dB

630HP Single-mode fiber collimator（Fixed working distance）Applicable wavelength range of optical fiber（630nm-860nm）










Working wavelength

Working bandwidth

Working distance

Waist girdle spot

Divergence angle of collimated beam

Package diameter

Connector

Emission loss

Return loss

Mode field diameter

((excluding connector)

635nm

±20nm

100mm

0.39mm

0.14°

3.2mm

FC/APC

≤0.35dB

≥55dB

4.2±0.5um

635nm

±20nm

300mm

0.85mm

0.06°

3.2mm

FC/APC

≤0.35dB

≥55dB

635nm

±20nm

1000mm

1.32mm

0.04°

3.2mm

FC/APC

≤0.35dB

≥55dB


According to the working distance, it can be divided into fixed working distance (fixed focus) collimators and working distance range (long depth of field) collimators, and spherical lenses or gradient refractive index lenses can be selected according to different working distances.

780HP Single-mode fiber collimator（Fixed working distance）Applicable wavelength range of optical fiber（780nm-950nm）










Working wavelength

Working bandwidth

Working distance

Waist girdle spot

Divergence angle of collimated beam

Package diameter

Connector

Emission loss
((excluding connector）

Return loss

Mode field diameter

780nm

±20nm

100mm

0.39mm

0.15°

3.2mm

FC/APC

≤0.35dB

≥55dB

4.5±0.5um

780nm

±20nm

300mm

0.99mm

0.06°

3.2mm

FC/APC

≤0.35dB

≥55dB

780nm

±20nm

1000mm

1.55mm

0.04°

4.0mm

FC/APC

≤0.35dB

≥55dB

850nm

±20nm

100mm

0.37mm

0.17°

3.2mm

FC/APC

≤0.35dB

≥55dB

5.0±0.5um

850nm

±20nm

300mm

0.97mm

0.065°

3.2mm

FC/APC

≤0.35dB

≥55dB

850nm

±20nm

1000mm

1.51mm

0.043°

4.0mm

FC/APC

≤0.35dB

≥55dB


HI1060 Single-mode fiber collimator（Fixed working distance）Applicable wavelength range of optical fiber 980nm-1600nm










Working wavelength

Working bandwidth

Working distance

Waist girdle spot

Divergence angle of collimated beam

Package diameter

Connector

Emission loss
(excluding connector）

Return loss

Mode field diameter

980nm

±20nm

100mm

0.36mm

0.20°

3.2mm

FC/APC

≤0.5 dB

≥55dB

5.9±0.3um

980nm

±20nm

300mm

0.96mm

0.08°

3.2mm

FC/APC

≤0.5 dB

≥55dB

980nm

±20nm

1000mm

1.48mm

0.05°

4.0mm

FC/APC

≤0.5 dB

≥55dB

1064nm

±20nm

100mm

0.37mm

0.19°

3.2mm

FC/APC

≤0.5 dB

≥55dB

6.2±0.3um

1064nm

±20nm

300mm

0.99mm

0.08°

3.2mm

FC/APC

≤0.5 dB

≥55dB

1064nm

±20nm

1000mm

1.53mm

0.05°

4.0mm

FC/APC

≤0.5 dB

≥55dB



SMF-28e Single-mode fiber collimator（Fixed working distance）Applicable wavelength range of optical fiber1260nm-1650nm










Working wavelength

Working bandwidth

Working distance

Waist girdle spot

Divergence angle of collimated beam

Package diameter

Connector

Emission loss
(excluding connector）

Return loss

Mode field diameter

1310nm

±20nm

100mm

0.38mm

0.25°

3.2mm

FC/APC

≤0.5 dB

≥55dB

9.6±0.4um

1310nm

±20nm

350mm

0.73mm

0.13°

3.2mm

FC/APC

≤0.5 dB

≥55dB

1310nm

±20nm

1000mm

0.91mm

0.11°

4.0mm

FC/APC

≤0.5 dB

≥55dB

1550nm

±20nm

100mm

0.46mm

0.26°

3.2mm

FC/APC

≤0.5 dB

≥55dB

10.4±0.5um

1550nm

±20nm

350mm

0.85mm

0.14°

3.2mm

FC/APC

≤0.5 dB

≥55dB

1550nm

±20nm

1000mm

1.15mm

0.10°

4.0mm

FC/APC

≤0.5 dB

≥55dB

1654nm

±5nm

100mm

0.47mm

0.26°

3.2mm

FC/APC

≤0.5 dB

≥55dB

1654nm

±5nm

350mm

0.89mm

0.14°

3.2mm

FC/APC

≤0.5 dB

≥55dB

1654nm

±5nm

1000mm

1.22mm

0.10°

4.0mm

FC/APC

≤0.5 dB

≥55dB


HI1060 Single-mode fiber collimator（Adjusted working distance）










Working wavelength

Working bandwidth

Working distance

Exit spot

Beam divergence angle

Package diameter

Connector

Pairing loss

Return loss

Mode field diameter

980nm

±20nm

0-350mm

0.99mm

0.07°

3.2mm

FC/APC

≤0.8dB

≥55dB

5.9±0.3um

980nm

±20nm

50-1000mm

1.54mm

0.06°

4.0mm

FC/APC

≤1.0dB

≥55dB

1064nm

±20nm

0-350mm

1.0mm

0.075°

3.2mm

FC/APC

≤0.8dB

≥55dB

6.2±0.3um

1064nm

±20nm

50-1000mm

1.6mm

0.06°

4.0mm

FC/APC

≤1.0dB

≥55dB

SMF-28e Single-mode fiber collimator（Adjusted working distance）










Working wavelength

Working bandwidth

Working distance

Exit spot

Beam divergence angle

Package diameter

Connector

Pairing loss

Return loss

Mode field diameter

1310nm

±20nm

0-350mm

0.81mm

0.12°

3.2mm

FC/APC

≤0.7dB

≥55dB

9.2±0.4um

1310nm

±20nm

50-1000mm

1.27mm

0.09°

4.0mm

FC/APC

≤0.9dB

≥55dB

1550nm

±20nm

0-350mm

0.92mm

0.13°

3.2mm

FC/APC

≤0.7dB

≥55dB

10.4±0.5um

1550nm

±20nm

50-1000mm

1.45mm

0.09°

4.0mm

FC/APC

≤0.9dB

≥55dB

1654nm

±20nm

0-350mm

0.96mm

0.13°

3.2mm

FC/APC

≤0.7dB

≥55dB

1654nm

±20nm

50-1000mm

1.5mm

0.09°

4.0mm

FC/APC

≤0.9dB

≥55dB


1310/1550nm Single mode high-temperature fiber collimator (fixed/adjustable working distance)
Adopting high-temperature resistant optical fibers, high-temperature manufacturing processes, and materials, it can meet the application environment of working temperatures ranging from -40 ℃ to 220 ℃. High temperature devices are equipped with dedicated FC/APC high-temperature connectors to ensure the stability of fiber optic docking signals in high-temperature environments. The product needs to undergo 48 hours of 220 ℃ high-temperature reliability testing before leaving the factory to ensure the long-term reliability of the device in high-temperature environments.











Working wavelength

Working bandwidth

Working distance

Exit spot

Beam divergence angle

Package diameter

Connector

Emission loss

Return loss

Mode field diameter

1310nm

±20nm

100mm

0.44mm

0.22°

4.0mm

FC/APC

≤0.5dB

≥55dB

9.2±0.4um

1310nm

±20nm

300mm

0.81mm

0.13°

4.0mm

FC/APC

≤0.5dB

≥55dB

1310nm

±20nm

1000mm

1.27mm

0.1°

4.0mm

FC/APC

≤0.5dB

≥55dB

1550nm

±20nm

100mm

0.5mm

0.26°

4.0mm

FC/APC

≤0.5dB

≥55dB

1550nm

±20nm

300mm

0.92mm

0.14°

4.0mm

FC/APC

≤0.5dB

≥55dB

10.4±0.5um

1550nm

±20nm

1000mm

1.45mm

0.08°

4.0mm

FC/APC

≤0.5dB

≥55dB

1654nm

±20nm

100mm

0.52mm

0.26°

4.0mm

FC/APC

≤0.5dB

≥55dB

1654nm

±20nm

300mm

0.96mm

0.14°

4.0mm

FC/APC

≤0.5dB

≥55dB

1654nm

±20nm

1000mm

1.5mm

0.08°

4.0mm

FC/APC

≤0.5dB

≥55dB