808nm Laser Diode

808nm 5W Laser Diode | High Power CW TO-3 Package

The 808 nm 5 W laser diode is a high-power, continuous-wave (CW) semiconductor laser source designed for applications requiring stable near-infrared output and excellent electrical-to-optical efficiency. Packaged in a TO-3 metal can, this device offers superior thermal handling, making it suitable for medical laser systems, laser indicators, and detector illumination.

This model (WSLD-808-005-3) delivers reliable performance under continuous operation, with controlled beam characteristics and robust environmental tolerance.

 

Key Features

  • Center Wavelength: 808 nm (typ.)
  • Output Power: 5 W (CW)
  • High Power Density: Optimized emitter design
  • TO-3 Package: Excellent heat dissipation and mechanical robustness
  • Stable CW Operation: Suitable for long-duration use
  • High Efficiency: Slope efficiency up to 1.0 W/A

 

Typical Applications

  • Medical Laser Treatment Systems – pumping, therapeutic illumination
  • Laser Indicators & Alignment
  • Laser Detection & Sensing Systems
  • Industrial & Research Laser Modules

 

Absolute Maximum Ratings

ParameterSymbolValueUnit
Reverse VoltageVr2.0V
Operating TemperatureTop−10 to +50°C
Storage TemperatureTstg−40 to +85°C
Lead Soldering TemperatureTis260°C

 

Optical & Electrical Specifications (WSLD-808-005-3)

ParameterMinTypMaxUnit
Center Wavelength @25°C805808811nm
Spectral Width (FWHM)3.0nm
Output Power (CW)5W
Emitter Area200 × 1µm
Beam Divergence (FWHM)36 ⊥ × 10 ∥°
Temperature Coefficient of Wavelength0.28nm/°C
Slope Efficiency1.0W/A
Threshold Current (Typ.)1.0A
Operating Current (Typ.)5.2A
Operating Voltage2.0V
Package StyleTO-3

 

Mechanical & Package Information

  • Package Type: TO-3 metal can
  • Thermal Design: Optimized for high-power dissipation
  • Mounting: Suitable for heatsink-mounted laser assemblies

 

Summary

The 808 nm 5 W TO-3 laser diode provides a dependable high-power near-infrared source with stable CW output and efficient thermal management. Its rugged construction and consistent optical performance make it an excellent choice for medical, industrial, and sensing applications requiring long-term reliability.