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Mitsubishi laser diodes, red, infrared, visible, invisible, 660nm_440nm_450nm_460nm_478nm, rot, infrarot laser dioden by orthotoronto

Mitsubishi Laser Diodes

Mitsubishi Electric has launched new laser diodes with an emission wavelength of 642nm, which offer worldwide beam data with high dependability. The new laser diodes are available under the designations ML520G51-01 (as single emitters) or ML5xx50 (as multi-emitter-bars). In un-pulsed continuous operation (CW, continuous wave) the output is 150mW for the single emitters and 3W for the bars. Higher outputs are possible with pulsed operation - up to 6W with the bars.

With appropriate active cooling, the 642nm laser diodes are also suitable for industrial and medical applications (photodynamic therapy, dermatology) in the range of 635nm, since the wavelength can be adapted in a relatively broad range through the relatively high temperature dependency of the wavelength (approx. 0.2nm/K). Individual or combined 642nm bars with aspecified long-term output (CW) of 3W can also be used for pumping CrLiSAF and Alexandrite in order to create a new generation of tuneable solid-state lasers.




Mitsubishi Laser Diodes Product List
   
Mitsubishi Laser Diode PartNo.
Wavelength (nm)
Power (mW)
Package (mm)
PDF
Mitsubishi Laser Diodes

         ML520G51

640nm
150mW
       5.6mm
         ML101J21-01
660nm
160mW
 
         ML101J22-01
660nm
180mW
 
          ML101J23-01
660nm
200mW
 
          ML101J24-01
660nm
230mW
 
          ML101J25-01
660nm
250mW
 
          ML101J27-01
660nm
350mW
 
          ML725B8F
1310nm
10mW
       5.6mm
          ML925B11F
1310nm
6mW
       5.6mm
          ML925B45F
1550nm
6mW
       5.6mm

Disclaimer: The laser diode information summarized above is based on the respective diode manufacturer's commercial catalog and/or data sheet specifications. The data is presumed to be accurate; however, it is subject to change without notice.
CombinLasersmakes no representation as to the accuracy of the information and does not assume any responsibility for errors or omissions contained herein. The user must refer to the manufacturers specifications for details concerning the intended application and operation, diode limitations, and safety.
 
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