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Medical Semiconductor Fiber Coupled Diode Laser 808nm 15 Watt 400m 0.22NA

Place of Origin: Beijing

Company Profile

Location: Shenzhen, Guangdong, China (Mainland)
Business Type: Manufacturer
Main Products: Diode Laser Module, 808nm Diode Laser Module, High Power Diode Lasers

Product Detail

Model No.: K808DANFA-30.00W

Product Description

Medical Semiconductor Fiber Coupled Diode Laser 808nm 15 Watt 400μm 0.22NA

 

 

The high power multi-emitter 808nm diode lasers are designed for solid-state laser pumping and medical applications. The features are fiber detachable, standard SMA-905 connector and compact packaging. With BWT’s proprietary optical design, both modules of this series have the features of high power and high beam quality, thus a main component in application in the two fields.
This detachable 808nm diode laser packaging with 6 footprints is available at 15W and 30W, standard fiber coupling with 400-micron core diameter. Well-distributed and top-head light spot is the key features of this device, which is an ideal component for laser pumping.

 

 

Features:

  1. 15W output power
  2. Standard fiber coupling for  400μm core diameter
  3. 0.22N.A.
  4. 808nm wavelength
  5. Compact package 

Options:

  1. 650nm aiming beam
  2. Photo diode (PD)
  3. Fiber detector
  4. Thermistor
  5. TEC 

Application:

  1. Medical Application

 

Specifications(25)

Symbol

Unit

K808DANFA-15.00W

K808DANFA-30.00W

Optical Data

CW-Output Power

Po

W

15

30

Center Wavelength

λc

nm

808

Tolerance of λ

-

nm

±3,±10

Spectral Width (FWHM)

λ

nm

<3

Temperature Drift of λ

-

nm/

~0.3

Connector Data

Fiber Core Diameter

Wc

µm

400

Fiber Numerical Aperture

N.A.

-

0.22

Fiber Connector

-

-

SMA-905

Electrical Data

Operating Current

Iop

A

10

Threshold Current

Ith

A

1.4

Conversion Efficiency

η

%

44

Slope Efficiency

ηD

W/A

1.9

3.8

Operating Voltage

Vop

V

3.8

7.8

Reverse Voltage

Vre

V

4

8

PD Data

Current

Imo

mA

0.2-2.0

Aiming Beam Data

Output Power

Pa

mW

>2

Wavelength

la

nm

650±10

Voltage

Va

V

2.2(1)

Current

Ia

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