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Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 2400 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 2200 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 1000 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.639 um
  • Output Power: 200 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 150 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 170 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.637 um
  • Output Power: 120 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 120 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 7 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 200 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.637 um
  • Output Power: 450 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.636 um
  • Output Power: 1200 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.639 um
  • Output Power: 30 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 15 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 10 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 10 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.638 um
  • Output Power: 5 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.633 um
  • Output Power: 100 mW
Data Sheet
Ushio Opto Semiconductor (Ushio/Opnext Laser Diodes) are available from 405nm to 850nm at various power levels.  HL40033G ( 1000mW, 405nm)  violet diode is ideal for imaging, biomedical and industrial applications. Also available HL40071MG, a new single mode 405nm diode from Ushio with a max power of 300 mW. Ushio red ...
  • Center Wavelength: 0.405 um
  • Output Power: 300 mW
Data Sheet
This is a Violet Laser Diode manufactured by Ushio Opto Semiconductor. These violet (purple) laser diodes attain industrial-quality and high reliability at high output powers. Their low-operating currents, ensure long lifespan and energy efficiency. The reliable performance and longevity of these laser diodes ...
  • Center Wavelength: 0.404 um
  • Output Power: 150 mW
  • Operating Temperature: -10°C ~ +50 °C 
  • Operating Voltage: 5.0 V 
  • Packaging: 5.6mm 
  • ...
Data Sheet

Did You know?

The first useful semiconductor laser was made by R.N. Hall in 1962 which was composed of GaAs materials that emitted in near infrared at 0.8 µm. The semiconductor laser is similar to transistor, has the appearance of a LED but the output beam has the characteristics of a laser. The application that was the main driving force in the development of semiconductor lasers was in the field of long distance communications but at this moment the use of this laser in compact disc players constitutes their largest single market. Using semiconductor laser gives an advantage of low power consumption requirements.