1560 nm High-Power Laser Source with 2 W Output Power


Operation Wavelength 1560nm;Output power ≥2W; Polarization Extinction Ratio 20.7dB; linewidth 63.922 kHz

Part Number  :  TFL-1560-2-PM-B
Unit Price  :  USD [Please inquire]
Lead time  :   [Please inquire]
Inventory quantity   :   [Please inquire]
Email UsRequest for Quotation

This product is a high-performance 1560 nm wavelength laser with an output power of up to 2 W, integrating a DFB seed laser source and EDFA amplification technology. The seed source operates with a typical current of 100 mA, featuring low power consumption and excellent wavelength stability at 1560.05 nm.With a polarization extinction ratio (PER) of up to 20.7 dB, the laser provides excellent polarization performance, while also offering a 2 nm tuning range. The measured laser linewidth is only 63.922 kHz, demonstrating ultra-narrow spectral characteristics.This laser is ideally suited for applications such as fiber sensing, coherent communication, and high-precision optical spectroscopy measurements.

Parameter

Symbol

Unit

Testing result

Requirement

Output Power

Pout

W

2

>2

DFB Oprating Temperature

TDL

°C

25.0

10-40

EDFA Input Power

Pin

dBm

7.800

-10-10

DFB Oprating Current

Ic

mA

100

<120

Tuning Range

λr

nm

2

2

Wavelength

λc

nm

1560.05

1560±1

Polarization Extinction Ratio

PER

dB

20.7

≥16


Pump Linewidth Measurement(63.922 kHz)

1560 nm High-Power Laser Source with 2 W Output Power1.jpg


Optical Spectrum data

1560 nm High-Power Laser Source with 2 W Output Power2.png


Power Stability

1560 nm High-Power Laser Source with 2 W Output Power3_2.png



PC Software Interface

1560 nm High-Power Laser Source with 2 W Output Power4.png



Request for Quotation

By using this website and services, you agree to our use of cookies. Cookies enable us to better provide member services and record your browsing records in a short time. OK Learn more
close[X]
Your shopping cart
Model Quantity Price Subtotal
Total price:USD:
View shopping cart Settlement
︿ TOP
提示