Superluminescent Light Emitting Diodes
- JT
- Xiamen
- 7~ 10 work days
- 100 one week
Superluminescent Light Emitting Diodes ?( SLED ) family contains different output power level .
☆ ?Wavelength :1310nm 1490nm 1550nm and so on .
☆ ?FWHM: Min.40nm~80nm.
☆ ?Output power : 1mW~10mW. (SMF/ PMF and so on).
☆ ?We have our own chip design and development team.
☆ ?All lasers focus on the on-site engineering scenarios and customize for you .
☆ ?We are pursue technological excellence , cost-effective solution ,high reliability & quality assurance .
Applications
· Fiberoptic communications system
· Fiberoptic gyroscopes
· Fiberoptic sensors
· Fiberoptic coherence tomography
· Fiberoptic test instruments
· Biomedical imaging systems
Features
· Low spectral ripple ,broad bandwidth
· Industry-standard, 14 pins butterfly TEC cooler
· Low polarization sensitivity
| Name | Features | Download |
1310nm SLED module | low spectral ripple (<0.2) ， broad bandwidth ( ~40nm ) low polarization sensitivity ，industry-standard. It's widely used in LOW DOP equipment . | |
1550nm SLED module |
A key application for SLED is in navigation systems, such as those in avionics, aerospace, sea, terrestrial, and subsurface, that use fiber-optic gyroscopes (FOGs) to make precise rotation measurements. FOGs measure the Sagnac phase shift of optical radiation propagating along a fiber-optic coil when it rotates around the winding axis. When a FOG is mounted within a navigation system, it tracks changes in orientation.
The basic components of a FOG, are a light source, a single-mode fiber coil (could be polarization-maintaining), a coupler, a modulator, and a detector. Light from the source is injected into the fiber in counter-propagating directions using the optical coupler.
?? Contact Junte Communication for more information .
