Chip – SOA

$0.00

SKU: 2099 Part Number: CHP-287

SemiNex’s Laser Diodes are an excellent choice for customers seeking state-of-art performance for laser development and customer applications. These laser chips are provided across the InP wavelength range of 12xx to 19xx and come in a variety of power, cavity configurations and wavelength configurations. SemiNex can mount any of its laser die in SemiNex standard packages or SemiNex will work with customers to develop custom packaging Applications for SemiNex’s chips include OEM medical, consumer medical, LiDAR, Military targeting, range finding and illumination. Custom wavelengths and configurations available upon request.

Click here to see product information sheet

  • Wavelength: 1550 nm

  • Aperture: 4 um

  • Mode: Single Mode

  • Junction: Single

  • Cavity Length: 2500 µm

Symbol Value Units
Optical
Wavelength λc

nm(+/-20)
Output Power (CW) Po

watts
Spectral Width Δλ

nm 3dB
Cavity Length CL

μm
Junction Type

Emitter Height H

μm
Slope Efficiency ηo

W/A
Slow Axis Divg. θ_parallel

deg FWHM
Fast Axis Divg. θ_perp

deg FWHM
Number of emitters

Pulse Width PW

ns
Duty Cycle DC

%
Symbol Value Units
Electrical
Power Conversion Eff. η

Min
Operating Current Iop

A
Operating Voltage Vop

V
Series Resistance Rs

ohm
Symbol Value Units
Mechanical
Weight

g
Operating Temp.

°C
Other
Specification Notes

SemiNex delivers SOAs with the highest gain and available saturation power
at infrared wavelengths. When necessary we will further optimize the design of
our InP SOA to meet our customers’ specific optical and electrical performance needs.
Single waveguide or arrays are tested to meet customer and market performance demands.
Typical results and packaging options are shown.
Contact SemiNex for additional details or performance demands.Click here to see product information sheet
Applications

  • FMCW LiDAR
  • Telecom & Data Center
  • Tunable Laser
  • Spectroscopy
  • Research


    Features

  • High Gain
  • High Saturation Power
  • High Efficiency
  • Cost Effective
  • en_USEnglish