Customization: | Available |
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Certification: | CE |
Application: | IR |
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The "single emitter" designation indicates that the laser is constructed with a single diode chip, rather than an array of diodes. This allows for a more focused beam, with a narrower divergence angle and higher beam quality. Laser chips are widely used in various applications such as telecommunications, fiber optic communications, laser printing, barcode scanning, medical procedures, and many more. They are preferred over other light sources due to their compact size, high efficiency, and precise control.
Feature
4W output power at 1550nm center wavelength
CW working mode, single emitter laser chip
High brightness, high reliability and stability
Efficient packaging heat dissipation technology
Application
Material processing
Laser Illumination
Sensing Lidar
Laser lighting source
Product Photo
Optical | |
Central Wavelength | 1550nm |
Output Power | 4W |
Working Mode | CW |
Spectrum Width | 10nm |
Emitter Width | 96um |
Chip Width | 500um |
Cavity Length | 2000um |
Thickness | 150um |
Fast Axis Divergence(FWHM) | 35deg |
Slow Axis Divergence (FWHM) | 10deg |
Polarization Mode | TE |
Slope Efficiency | 0.5W/A |
Electrical | |
Operating Current Iop | 9A |
Threshold Current Ith | 0.8A |
Operating Voltage Vop | 1.8V |
Converstion Efficiency | 0.5W/A |
Thermal | |
Test Temperature | 25ºC |
Wavelength Temperature Coefficient | 0.3nm/ºC |