C-band Tunable Fiber Laser

Name: C-band Tunable Fiber Laser
Brand: DK Photonics
Availability: InStock

Description

The C-band Tunable Fiber Laser 's wavelength tuning range covers the C-bandand achieves continuous laser output of up to 89 wavelengths (ITU-T standard wavelength, wavelength separation 50 GHz). It integrates dual FP cavity tuning etalon and high gain chip, featuring high output optical power, narrow linewidth and high wavelength accuracy. It is equipped with a dedicated drive control circuit, high-definition color LCD screen, and optional control keyboard and PC software. Users can easily adjust the wavelength accurately. It can be used in DWDM system development, fiber laser, fiber link, optical device testing and other fields.

Specifications

Bandwidth:	35 nm
Center Wavelength:	1546 nm
Output Power:	20 mW
Polarization:	Not Specified
Frequency Tuning Range:	191.7~196.1 THz
Channel Spacing:	50 GHz
Side Mode Suppression Ratio:	>50 dB
Number Of Wavelength Channels:	89

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Features

Up to 89 wavelengths

High power stability

High Side mode suppression ratio

Wide Wavelength Tuning Range: Covers 89 ITU-T standard channels across the C-band (1528–1563 nm) with 50 GHz spacing.

High Output Power: Available output levels ranging from 10 mW to 500 mW, catering to various application needs.

Exceptional Spectral Purity: Side Mode Suppression Ratio (SMSR) exceeding 50 dB ensures clean signal output.

Stable Performance: Offers high power stability and spectral flatness, crucial for sensitive measurements.

User-Friendly Interface: Equipped with a high-definition LCD display and optional PC software for intuitive control and monitoring.

Flexible Integration: Supports both standalone operation and remote control via communication interfaces.

Applications

Dense Wavelength Division Multiplexing (DWDM): Ideal for system development and testing, enabling precise channel selection and management.

Optical Fiber Sensing: Suitable for applications like Fiber Bragg Grating (FBG) sensing, structural health monitoring, and distributed sensing systems.

Passive Optical Component Testing: Facilitates characterization and evaluation of components such as filters, multiplexers, and isolators.

Fiber Optic Communication Links: Useful in simulating and testing various communication scenarios and link configurations.

Research and Development: Supports experimental setups in photonics research, including spectroscopy and optical coherence tomography.

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Ships from:

China

Sold by:

DK Photonics

On FindLight:

since 2015

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Frequently Asked Questions

What is the wavelength tuning range of the C-band Tunable Fiber Laser?

The wavelength tuning range of the C-band Tunable Fiber Laser covers the C-band and achieves continuous laser output of up to 89 wavelengths (ITU-T standard wavelength, wavelength separation 50 GHz).

What are the key features of the C-band Tunable Fiber Laser?

The key features of the C-band Tunable Fiber Laser include up to 89 wavelengths, high power stability, and high side mode suppression ratio.

What applications is the C-band Tunable Fiber Laser suitable for?

The C-band Tunable Fiber Laser is suitable for applications such as DWDM systems, optical fiber links, and passive optical component testing.

What are the performance specifications of the C-band Tunable Fiber Laser?

The performance specifications of the C-band Tunable Fiber Laser include a wavelength tuning range of 1528.77~1563.86 nm, a channel spacing of 50 GHz, and a side mode suppression ratio of over 50 dB.

What are the dimensions and operating conditions of the C-band Tunable Fiber Laser?

The C-band Tunable Fiber Laser has dimensions of 260(W)×280(D)×120(H)mm and operates in a temperature range of -5~+55°C and a humidity range of 0~70%.

Is the laser output polarization-maintaining?

The standard configuration provides single-mode fiber output. However, a polarization-maintaining (PM) fiber output is available upon request to meet specific application requirements.

Can the laser be controlled remotely?

Yes, the laser supports remote control via a communication interface and optional PC software, allowing users to monitor and adjust settings conveniently.