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The LSX-785S-150-ISO-PPF is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module. The LCX lasers are self-contained DPSS laser modules that utilize ...
  • Center Wavelength: 785 um
  • Output Power: 150 mW
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The ...
  • Center Wavelength: 0.796 um
  • Output Power: 30000 mW
  • Operating Current: 28000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 0.730 um
  • Output Power: 20000 mW
  • Operating Current: 12000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 0.760 um
  • Output Power: 20000 mW
  • Operating Current: 28000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 0.670 um
  • Output Power: 10000 mW
  • Operating Current: 21000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 0.680 um
  • Output Power: 12000 mW
  • Operating Current: 24000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 690 um
  • Output Power: 12000 mW
  • Operating Current: 22000 mA
Data Sheet
High-power diode laser bars for the most demanding applications. They are extremely reliable, efficient, and durable. This high power laser diode bar is available on the standard CS package. Other package options are available upon request. Our semiconductor products are easily assembled using standard soldering methods. The material ...
  • Center Wavelength: 1.064 um
  • Output Power: 40000 mW
  • Operating Current: 30000 mA
Data Sheet
This 780nm red diode laser produces 1200mW from a 50um emitter in the free space packages or 960mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 0.780 um
  • Output Power: 960 mW
Data Sheet
This 780nm red diode laser produces 1200mW from a 50um emitter in the free space packages or 960mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 0.780 um
  • Output Power: 1200 mW
  • Emitter Size: 50 um
Data Sheet
This 1550nm red diode laser produces 1000mW from a 60um emitter in the free space packages or 800mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.550 um
  • Output Power: 800 mW
Data Sheet
This 1550nm red diode laser produces 1000mW from a 60um emitter in the free space packages or 800mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.55 um
  • Output Power: 1000 mW
Data Sheet
This 1210nm red diode laser produces 1500mW from a 50um emitter in the free space packages or 1200mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.21 um
  • Output Power: 1500 mW
Data Sheet
These high power laser diodes feature a low threshold current and high slope efficiency resulting in a low operating current enhancing reliability. Available in standard package types and custom packages if needed. Suitable for various opto-electronic applications.
  • Center Wavelength: 1.550 um
  • Output Power: 650 mW
Data Sheet
This 1550nm red diode laser produces 800mW from a 35um emitter in the free space packages or 640mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.55 um
  • Output Power: 800 mW
Data Sheet
This 680nm diode laser produces 800mW from a 50um emitter in the free space packages or 600mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 0.680 um
  • Output Power: 600 mW
Data Sheet
This 680nm diode laser produces 800mW from a 50um emitter in the free space packages or 600mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 0.680 um
  • Output Power: 800 mW
  • Emitter Size: 100 um
Data Sheet
This 1064nm red diode laser produces 1500mW from a 50um emitter in the free space packages or 1200mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.064 um
  • Output Power: 1200 mW
Data Sheet
This 1064nm red diode laser produces 1500mW from a 50um emitter in the free space packages or 1200mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 1.064 um
  • Output Power: 1500 mW
Data Sheet
This 665nm red diode laser produces 750mW from a 100um emitter in the free space packages or 600mW from the fiber in the fiber coupled packages. It has a low threshold current and high slope efficiency, which results in a low operating current which enhances reliability.
  • Center Wavelength: 0.665 um
  • Output Power: 600 mW
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 ┬Ám. 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.