Welcome: Lumispot Photoelectric Science & Technology Co., Ltd.
Chinese   English 

976nm 250W Wavelength Stabilized Fiber Coupled Laser Diode

The 976nm center wavelength is high absorption peak for Yb-doped fiber laser. When the laser combined with VBG optics, the 976nm laser diode could be locked within +/-1nm, which performance is well suited for building efficient pumping skim in a non-stabilized environment in temperature, and is ideal for pumping very high power fiber lasers.
LumiMetriC provides a variety of fiber coupled laser diodes with wavelengths from 6xx-1100nm. The C18 series fiber coupled laser diodes are built with up to 18 single emitters of 10-20W power, and provide high power from 135µm or 200µm core fibers.

PDF.jpg  DataSheet-Fiber coupled laser diode_976nm_250W wavelength stablized


KEY FEATURES

High Brightness

976nm Wavelength Stabilized

Compact Package Design

APPLICATIONS

Pumping Fiber Laser


Specifications (25°C)

PARAMETERS

UNIT

VALUE

Min.

Typ.

Max.

Output Power

W


250


Peak Wavelength

nm

975.0

976.0

977.0

Wavelength Shift with Temperature

nm/°C


0.01


Back Reflection Isolation 1030-1100nm

dB

15



NA within 95% Power Enclosure

-


0.17


Operating Current

A


18

20

Wavelength Stabilized Operating Current

A

14


20

Operating Voltage

V


31.5

34

Electrical-to-Optical Efficiency

%


48


Fiber Core Diameter

µm

132

135

138

Fiber Numerical Aperture

-


0.22


Fiber Cladding Diameter

µm


155

170

Fiber Buffer Diameter

µm

300

320

340

Fiber Loose Tubing Diameter

mm


0.9


Fiber Length

m


1.5


Fiber Bend Radius

mm

65



Fiber Termination

-


None


Case Operating Temperature

°C

10


40

Storage Temperature (non-operating)

°C

-30


75

Note

1All electrical and optical performance data referenced at 35 (case temperature) ;

2Cold plate typically needs to be chilled to 25°C-30°C to maintain 35°C pump case temperature;

3For more power levels and fiber types, please contact us;

Packaging Information

Fiber coupled laser diode package C18.jpg



INQUIRY