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1080nm, 1W Pulsed Laser

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Key Features
  • Up to 300mW CW Operating Power
  • Up to 1000mW Pulse Peak Power
  • Rise and Fall Time < 2 nanoseconds

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MODEL LU1080M300
PRICE Request Price
TYPICAL LASER SPECIFICATIONS @ 25°C, B.O.L.
  • Peak wavelength (at Pop): 1080 nm (+/- 5 nm)
  • Pulsed operating peak power (< 500ns / duty cycle <5%): 1000 mW
  • Pulsed operating peak current (< 500ns / duty cycle <5%): <1.7 Amps
  • Rise and Fall time : 2 nanoseconds
  • Forward voltage (at Iop) Vop: 1.62 V
  • Polarization extinction ratio: 14 dB
  • Spectral width (at Pop, with FBG, FWHM); 0.2 nm
  • Optical power stability (Pop/t=60 seconds): 0.5%
  • Spectral shift with temperature: 0.01 nm/°C
  • Spectral shift with current (no FBG, CW): 5 nm/Amp
  • Spectral shift with current (no FBG, 100ns / duty cycle 1%): 1 nm/Amp
  • Side mode suppression ratio (at Pop, with FBG): 20 dB
  • Operating current (Iop CW) 600 mA
  • Operating power (Pop CW): 300 mW
  • Threshold current Ith: 75 mA
  • Monitor responsivity: 0.5 µA/mW
  • TEC current (chip 25'C, case 70'C): 1.1 Amp
  • TEC voltage (chip 25'C, case 70'C): 1.9 Volts
Fiber type
  • Single mode (similar to HI 1060, fiber PM 980 on request)
  • Fiber termination: APC ferrule

Product Overview:

These Lumics diode lasers offers up to 1 watt of optical power in pulsed mode of operation. Primary applications include sensor applications as well as pumping and seeding fiber lasers as well as frequency doubling. These temperature stabilized devices can be operated as a CW mode with up 300mW of output power. These fiber pigtailed butterfly package modules utilize an optimized gallium arsenide substrate quantum well structure. They deliver very short pulse width performance with rise and fall times of 2 nanoseconds. Each laser diode is individually serialized for trace-ability and each devices is shipped with it's own post burn-in data. The pin configuration of the butterfly package is the industry standard Type 1.

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