Fiber Coupled TO9 SM

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Fiber Coupled TO9 SM
$695

SKU: 1084

Part Number: TO9F-104

Availability: Lead time: 1 Week

SemiNex's Fiber Coupled TO9 packaged lasers are offered in the 12xx to 19xx nm wavelength range. They are designed to meet the needs of Telecom and Datacom test equipment manufactures seeking the highest optical power in OTDR and test equipment applications. They also have utility in LiDAR and other areas where high power fiber coupled single mode sources are needed. Custom wavelengths and packages are available upon request.
Click here to see product information sheet
  • Wavelength: 1565 nm

  • Power: 0.14 W CW

  • Aperture:  4 um

  • Mode: Single Mode

  • Cavity Length: 2500 µm

Specification
Symbol Value Units
Optical
Wavelength λc 1565 nm(+/-20)
Output Power (CW) Po 0.14 watts
Spectral Width Δλ 10 nm 3dB
Cavity Length CL 2500 μm
Emitter Width W 4 μm
Temp. Coefficient Δλ/ΔλT 0.55 nm/C
Slope Efficiency ηo 0.18 W/A
Slow Axis Divg. θ_parallel 8 deg FWHM
Fast Axis Divg. θ_perp 8 deg FWHM
Number of emitters   1  
Duty Cycle DC 100 %
Electrical
Power Conversion Eff. η 8 Min
Threshold Current Ith 0.07 A
Operating Current Iop 1 A
Operating Voltage Vop 2 V
Series Resistance Rs 1.1 ohm
Mechanical
Optical Fiber Core Dia. 9 μm
Optical Fiber NA NA 0.14
Fiber Length 2 Meters
Connector FC
Lead Soldering Temp. 250 °C
Storage Temp. -40 to 80 °C
Weight 13.5 g
Operating Temp. -40 to 60 °C
Laser Engine Misc
LE X Axis Divergence θ_X 8 deg FWHM
LE Y Axis Divergence θ_Y 8 deg FWHM

Description

Details

SemiNex delivers the highest available power at infrared wavelengths between 12xx and 19xx nm. When necessary we will further optimize the design of our InP laser chips to meet our customers' specific optical and electrical performance needs. Diodes, bars and packages are tested to meet customer and market performance demands. Typical results and packaging options are shown. Contact SemiNex for additional details or to discuss your specific requirements.
Click here to see product information sheet

Applications

  • OTDR
  • LiDAR
  • Free Space Communications
  • Network Test equipment

    Features
  • High Output Power
  • High Dynamic Range
  • High Efficiency
  • Standard Low Cost Package

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