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Infrared Fiber Coupled Laser Module, 808nm 35W

$1,419.23
High-power infrared fiber coupled laser module for sale online, with a working wavelength of 808nm and a power output of 35W. Its shell operates at a temperature of 25℃ and has a storage temperature range of -20℃ to 70℃. The fiber coupled laser module is suitable for various applications that require infrared laser performance.
SKU: ATO-LM-FFGX808
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Delivery date: 20-30 days

The 808nm, 35W high-power infrared fiber coupled laser module has a working temperature of 25℃ and a storage temperature range of -20℃ to 70℃. It is widely used in various fields such as laser criminal investigation and evidence collection, laser sights, laser infrared security, laser radar positioning, and laser engraving and cutting, providing reliable infrared lasers.

Specification

Model ATO-FFGX-80835W
Output power 35W
Center wavelength 805~808nm
Spectral width (FWHM) 3nm
Fiber core/cladding diameter 105/125um
Numerical aperture 0.22
Temperature drift coefficient 0.28nm/℃
Electro-optical conversion efficiency 45%
Threshold current 1.3A
Operating current 9.5A
Operating voltage 7.5V
Fiber length 1m
Bending radius 40mm
Protection tube type 0.9mm protection tube
Connector SMA-905
Anti-reflection band 1030~1200nm
Anti-reflection isolation 30dB
ESD 500V
Operating temperature (tube shell temperature) 25℃
Storage temperature -20~70℃
Relative humidity 15-85%RH
Packaging form W2
Welding temperature 260℃
Welding time 10s


Dimension (mm)

Infrared fiber coupled laser module dimension

Applications

Infrared fiber coupled laser module application

Tips: Instructions for using the infrared fiber coupled laser module

  1. When the laser is working, avoid exposing the eyes and skin to the laser.
  2. Anti-static measures must be taken during transportation, storage, and use, and short circuits must be connected between pins for protection during transportation and storage.
  3. Use welding to connect the leads, with the solder joint as close as possible to the root of the pin, at a temperature below 260℃, and a welding time of less than 10 seconds.
  4. It should be used at rated working current and rated working voltage.
  5. Use a constant current power supply to avoid surges during operation.
  6. The laser needs to ensure good heat dissipation during operation, with a working tube shell temperature of 15℃~40℃.
  7. Fiber optic cables must not be bent at large angles, with a bending diameter greater than 400 times the diameter of the fiber cladding.
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