Polarization-Maintaining Fiber Collimator 780nm (Working Distance 300mm)

It is composed of polarization-maintaining fiber pigtail and focusing lens with precise positioning and packaging, which can transform the outgoing light of fiber transmission into parallel beam (Gaussian beam), or focus and couple the parallel light from the outside into the fiber. It can be used alone to achieve the specified size spot at the required position; it can also be used in pairs, adding filters, isolators and other optical components between a pair of probes to achieve the purpose of customer use. In the interferometric fiber sensor based on optical coherence detection, the use of polarization-maintaining fiber can ensure that the linear polarization direction remains unchanged, improve the coherent signal-to-noise ratio, and achieve high-precision measurement of physical quantities.

Product features：

Application area：

Unit Price

Please contact customer service for a discounted quote.

Part Number

NIR-CLM-780-0.75-1.3-FA

Lead Time

Please contact customer service for lead time.

Stock

Please contact customer service for stock availability.

Add to Inquiry

Inquire online

General Parameters

Download Document

Dimensional Drawing

General Parameters

When making a polarization-maintaining device connector, the cat's eye connection axis direction is perpendicular to the keyway direction, also known as slow axis alignment, and vice versa is fast axis alignment. As shown in the figure:

1.1.png

Product model diagram

1.2.png

Parameters

PM630 Polarization-Maintaining Fiber Collimator (Fixed Working Distance)
Working wavelength	Bandwidth	Working distance	Beam waist spot	Beam divergence angle	Packaging diameter	Connector	Output loss (excluding connector)		Return loss	Mode field core diameter
635nm	±20nm	100mm	0.39mm	2.6mrad	3.4mm	FC/APC	≤0.5dB		≥55dB	4.5±0.5um
635nm	±20nm	300mm	0.85mm	1.0mrad	3.4mm	FC/APC	≤0.5dB		≥55dB
635nm	±20nm	1000mm	1.32mm	0.7mrad	4.0mm	FC/APC	≤0.5dB		≥55dB
PM780 Polarization-Maintaining Fiber Collimator (Fixed Working Distance)
Working wavelength	Bandwidth	Working distance	Beam waist spot	Beam divergence angle	Packaging diameter	Connector	Output loss (excluding connector)		Return loss	Mode field core diameter
780nm	±20nm	100mm	0.45mm	2.4mrad	3.4mm	FC/APC	≤0.5dB		≥55dB	5.2±1.0um
780nm	±20nm	300mm	0.75mm	1.3mrad	3.4mm	FC/APC	≤0.5dB		≥55dB
780nm	±20nm	1000mm	1.55mm	0.7mrad	4.0mm	FC/APC	≤0.5dB		≥55dB
PM980 Polarization-Maintaining Fiber Collimator (Fixed Working Distance)
Working wavelength	Bandwidth	Working distance	Beam waist spot	Beam divergence angle	Packaging diameter	Connector	Output loss (excluding connector)		Return loss	Mode field core diameter
980nm	±20nm	100mm	0.50mm	2.5mrad	3.4mm	FC/APC	≤0.35dB		≥55dB	6.6±0.5um
980nm	±20nm	300mm	0.96mm	1.3mrad	3.4mm	FC/APC	≤0.35dB		≥55dB
980nm	±20nm	1000mm	1.48mm	0.87mrad	4.0mm	FC/APC	≤0.35dB		≥55dB
1064nm	±20nm	100mm	0.51mm	2.7mrad	3.4mm	FC/APC	≤0.35dB		≥55dB
1064nm	±20nm	300mm	0.90mm	1.5mrad	3.4mm	FC/APC	≤0.35dB		≥55dB
1064nm	±20nm	500mm	1.43mm	0.95mrad	4.0mm	FC/APC	≤0.35dB		≥55dB
PM1300nm Polarization-Maintaining Fiber Collimator (Fixed/Adjustable Working Distance)
Working wavelength	Bandwidth	Working distance	Beam waist spot	Beam divergence angle	Packaging diameter	Connector	Output loss	Mating loss	Return loss	Mode field core diameter
1310nm	±20nm	100mm	0.4mm	4.2mrad	3.4mm	FC/APC	≤0.35dB	≤0.7dB	≥55dB	9.3 ±0.5um
1310nm	±20nm	300mm	0.8mm	2.1mrad	3.4mm	FC/APC	≤0.35dB	≤0.9dB	≥55dB
1310nm	±20nm	1000mm	1.2mm	1.4mrad	4.0mm	FC/APC	≤0.35dB	≤1.1dB	≥55dB
PM1550nm Polarization-Maintaining Fiber Collimator (Fixed/Adjustable Working Distance)
Working wavelength	Bandwidth	Working distance	Beam waist spot	Beam divergence angle	Packaging diameter	Connector	Output loss	Mating loss	Return loss	Mode field core diameter
1550nm	±20nm	100mm	0.45mm	4.4mrad	3.4mm	FC/APC	≤0.5dB	≤0.7dB	≥55dB	10.1 ±0.5um
1550nm	±20nm	300mm	0.86mm	2.3mrad	3.4mm	FC/APC	≤0.5dB	≤0.9dB	≥55dB
1550nm	±20nm	500mm	1.3mm	1.5mrad	4.0mm	FC/APC	≤0.5B	≤1.1dB	≥55dB

Beam waist spot diameter: Take the Gaussian beam at 1/e², and select the theoretical calculated value of single-mode optical fiber of each wavelength

Matching loss: - -Fiber collimator couples the free space beam between the two

Packaging material, packaging size and other fiber connector types can be customized

Product Recommendation