CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module

Name: CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module
Brand: Connet Laser Technology Co., Ltd.
Availability: InStock

Description

The CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module by Connet is a high-performance laser module based on Distributed Feedback Bragg Grating (DFB) technology. It offers stable single-frequency, single-polarization output with low phase noise, frequency noise, and relative intensity noise (RIN).

With its narrow linewidth (<15kHz) and small-sized package, it is highly reliable and suitable for various scientific research and industrial applications.

Specifications

Center Wavelength:	1530 nm
Output Power:	0.1 W
Output Mode:	Continuous Wave (CW), Single Frequency, Single Longitudinal Mode
Beam Quality (M^2):	1.05
Spectral Linewidth:	Not Specified
Output Power Stability:	</= 0.1%
Output Fiber Type:	PMF
Output Fiber Length:	0.5 m
Interface:	Other / Not-specified
Cooling:	Other
Electrical Requirements:	Other / Not Specified
Optical Connector:	FC/APC
Power Supply:	12 VDC
Linewidth:	10 KHz
Polarization Extinction Ratio (PER):	25 dB
Output Isolation:	50 dB
Wavelength Thermal Tuning:	0.8 nm
Modulation Frequency (linear):	10 kHz
Modulation Wavelength Range:	>8 GHz

Download Data Sheet

Features

Narrow linewidth (<15kHz, typically <10kHz)

Low phase noise and frequency noise

Very low relative intensity noise (RIN)

Stable single frequency, single polarization output

No mode-hopping

Small-sized package (145x100x25mm)

High reliability

Applications

Distributed optical fiber sensing

Coherent LiDAR

Fiber optic hydrophone

Laser spectroscopy

Coherent communication

Gas absorption measurement

Cold atomic physics

Other scientific research

Add to Watchlist (My Watchlist)

Ships from:

China

Sold by:

Connet Laser Technology Co., Ltd.

On FindLight:

since 2016

Got Questions? Ask Above ▲

Message the supplier directly
No signup or account needed
No FindLight fees or markups
Expect a fast reply

Frequently Asked Questions

What are the applications of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module?

The applications of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module include distributed optical fiber sensing, coherent LiDAR, fiber optic hydrophone, laser spectroscopy, coherent communication, gas absorption measurement, cold atomic physics, and other scientific research.

What are the features of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module?

The features of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module include narrow linewidth (<15kHz, typically <10kHz), low phase noise and frequency noise, very low relative intensity noise (RIN), stable single frequency, single polarization output, no mode-hopping, small-sized package (145x100x25mm), and high reliability.

What are the specifications of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module?

The specifications of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module include center wavelength, output power, laser output, beam quality, linewidth, RIN peak frequency and level, phase noise, SMSR, output polarization, PER, output power stability, output isolation, wavelength thermal tuning, PZT wavelength modulation, operating temperature, storage temperature, power supply, communication interface, output fiber type and length, optical connector, dimension, and weight.

What is the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module?

The CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module is a high-performance laser module based on Distributed Feedback Bragg Grating (DFB) technology that offers stable single-frequency, single-polarization output with low phase noise, frequency noise, and relative intensity noise (RIN).

What is the wavelength range of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module?

The standard wavelength of the CoSF-D-RS-EY-M Low RIN Single Frequency Fiber Laser Module is 1551.12nm, and the optional wavelength range is 1530-1570nm, such as the standard wavelength under the ITU framework. Other wavelengths can be customized according to requirements.