SLED Light Source Module
SLED superluminescent diodes combine the high power and brightness of laser diodes with the low coherence of conventional LEDs. The series covers the bands required for broadband and high-power applications, including major telecommunications, communications, testing, and sensing bands, with a wider spectrum and higher spectral density. Highly stable drive circuits are available. Stable construction, mature processing, and volume production provide output insensitive to vibration and temperature changes for demanding environments.
Specification Snapshot
Center Wavelength [Center Wavelength 1275nm; Minimum Power 7mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1275 nm
Center Wavelength [Center Wavelength 1275nm; Minimum Power 8mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1275 nm
Center Wavelength [Center Wavelength 1275nm; Minimum Power 18mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1275 nm
Center Wavelength [Center Wavelength 1310nm; Minimum Power 8mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1310 nm
Center Wavelength [Center Wavelength 1310nm; Minimum Power 15mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1310 nm
Center Wavelength [Center Wavelength 1310nm; Minimum Power 15mW; Typical Bandwidth FWHM83nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements]
1310 nm
Request a Quote
Download Datasheet
Save to Favorites
Overview
SLED superluminescent diodes combine the high power and brightness of laser diodes with the low coherence of conventional LEDs. The series covers the bands required for broadband and high-power applications, including major telecommunications, communications, testing, and sensing bands, with a wider spectrum and higher spectral density. Highly stable drive circuits are available. Stable construction, mature processing, and volume production provide output insensitive to vibration and temperature changes for demanding environments.
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength [Center Wavelength 1275nm; Minimum Power 7mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1275 nm |
| Minimum Power [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | 7 mW |
| Typical Bandwidth FWHM [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | 75 nm |
| Typical Operating Current [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | 400 mA |
| Typical Spectral Ripple [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | 0.15 dB |
| Form Factor [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1275nm； Minimum Power 7mW； Typical Bandwidth FWHM75nm] | Neutral |
| Center Wavelength [Center Wavelength 1275nm; Minimum Power 8mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1275 nm |
| Minimum Power [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 75 nm |
| Typical Operating Current [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 400 mA |
| Typical Spectral Ripple [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 0.2 dB |
| Form Factor [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1275nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | Neutral |
| Center Wavelength [Center Wavelength 1275nm; Minimum Power 18mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1275 nm |
| Minimum Power [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | 18 mW |
| Typical Bandwidth FWHM [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | 0.15 dB |
| Form Factor [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1275nm； Minimum Power 18mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 8mW; Typical Bandwidth FWHM75nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 75 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 400 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 0.2 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM75nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 15mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | 500 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | 0.3 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 15mW; Typical Bandwidth FWHM83nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | 83 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | 500 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | 0.25 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 15mW； Typical Bandwidth FWHM83nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 18mW; Typical Bandwidth FWHM42nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | 18 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | 42 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | 0.15 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 18mW； Typical Bandwidth FWHM42nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 20mW; Typical Bandwidth FWHM30nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | 20 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | 30 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | 0.2 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM30nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 20mW; Typical Bandwidth FWHM56nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | 20 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | 56 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | 700 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | 0.15 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 20mW； Typical Bandwidth FWHM56nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 40mW; Typical Bandwidth FWHM32nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | 40 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | 32 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | 700 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | 0.35 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 40mW； Typical Bandwidth FWHM32nm] | Neutral |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 0.5mW; Typical Bandwidth FWHM35nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 0.5 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 35 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 100 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 0.2 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 8-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 0.5mW； Typical Bandwidth FWHM35nm] | 1.2 dB |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 0.85mW; Typical Bandwidth FWHM34nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 0.85 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 34 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 100 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 0.2 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 8-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 0.85mW； Typical Bandwidth FWHM34nm] | 1.2 dB |
| Center Wavelength [Center Wavelength 1310nm; Minimum Power 8mW; Typical Bandwidth FWHM35nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1310 nm |
| Minimum Power [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 35 nm |
| Typical Operating Current [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 0.2 dB |
| Form Factor [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 8-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1310nm； Minimum Power 8mW； Typical Bandwidth FWHM35nm] | 1.2 dB |
| Center Wavelength [Center Wavelength 1430nm; Minimum Power 15mW; Typical Bandwidth FWHM45nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1430 nm |
| Minimum Power [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 45 nm |
| Typical Operating Current [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 0.2 dB |
| Form Factor [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1430nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | Neutral |
| Center Wavelength [Center Wavelength 1450nm; Minimum Power 15mW; Typical Bandwidth FWHM45nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1450 nm |
| Minimum Power [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 45 nm |
| Typical Operating Current [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 0.2 dB |
| Form Factor [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1450nm； Minimum Power 15mW； Typical Bandwidth FWHM45nm] | Neutral |
| Center Wavelength [Center Wavelength 1480nm; Minimum Power 15mW; Typical Bandwidth FWHM50nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1480 nm |
| Minimum Power [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 50 nm |
| Typical Operating Current [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 0.2 dB |
| Form Factor [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1480nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 3mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | 3 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | 250 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | 0.15 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 3mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 5mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | 5 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | 250 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | 0.2 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 5mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 8mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 300 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 0.2 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 10mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | 10 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | 300 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | 0.15 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 10mW; Typical Bandwidth FWHM100nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | 10 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | 100 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | 600 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | 0.25 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 10mW； Typical Bandwidth FWHM100nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 15mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | 0.2 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 15mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 16mW; Typical Bandwidth FWHM80nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | 16 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | 80 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | 500 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | 0.3 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 16mW； Typical Bandwidth FWHM80nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 20mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | 20 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | 450 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | 0.25 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 20mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 25mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | 25 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | 450 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | 0.25 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 25mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1550nm; Minimum Power 35mW; Typical Bandwidth FWHM40nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1550 nm |
| Minimum Power [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | 35 mW |
| Typical Bandwidth FWHM [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | 40 nm |
| Typical Operating Current [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | 650 mA |
| Typical Spectral Ripple [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | 0.35 dB |
| Form Factor [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1550nm； Minimum Power 35mW； Typical Bandwidth FWHM40nm] | Neutral |
| Center Wavelength [Center Wavelength 1580nm; Minimum Power 5mW; Typical Bandwidth FWHM58nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1580 nm |
| Minimum Power [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | 5 mW |
| Typical Bandwidth FWHM [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | 58 nm |
| Typical Operating Current [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | 250 mA |
| Typical Spectral Ripple [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | 0.15 dB |
| Form Factor [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1580nm； Minimum Power 5mW； Typical Bandwidth FWHM58nm] | Neutral |
| Center Wavelength [Center Wavelength 1600nm; Minimum Power 5mW; Typical Bandwidth FWHM55nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1600 nm |
| Minimum Power [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | 5 mW |
| Typical Bandwidth FWHM [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | 55 nm |
| Typical Operating Current [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | 200 mA |
| Typical Spectral Ripple [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | 0.15 dB |
| Form Factor [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1600nm； Minimum Power 5mW； Typical Bandwidth FWHM55nm] | Neutral |
| Center Wavelength [Center Wavelength 1600nm; Minimum Power 8mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1600 nm |
| Minimum Power [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 300 mA |
| Typical Spectral Ripple [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 0.15 dB |
| Form Factor [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1600nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1620nm; Minimum Power 8mW; Typical Bandwidth FWHM60nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1620 nm |
| Minimum Power [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 8 mW |
| Typical Bandwidth FWHM [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 60 nm |
| Typical Operating Current [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 300 mA |
| Typical Spectral Ripple [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 0.15 dB |
| Form Factor [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1620nm； Minimum Power 8mW； Typical Bandwidth FWHM60nm] | Neutral |
| Center Wavelength [Center Wavelength 1650nm; Minimum Power 10mW; Typical Bandwidth FWHM50nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1650 nm |
| Minimum Power [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 10 mW |
| Typical Bandwidth FWHM [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 50 nm |
| Typical Operating Current [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 350 mA |
| Typical Spectral Ripple [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 0.2 dB |
| Form Factor [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1650nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | Neutral |
| Center Wavelength [Center Wavelength 1680nm; Minimum Power 15mW; Typical Bandwidth FWHM50nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1680 nm |
| Minimum Power [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 15 mW |
| Typical Bandwidth FWHM [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 50 nm |
| Typical Operating Current [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 500 mA |
| Typical Spectral Ripple [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 0.3 dB |
| Form Factor [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1680nm； Minimum Power 15mW； Typical Bandwidth FWHM50nm] | Neutral |
| Center Wavelength [Center Wavelength 1690nm; Minimum Power 10mW; Typical Bandwidth FWHM50nm; Can cover the entire C Wavelength Band ,ITU Wavelength Options , Specific specifications can be customized to customer requirements] | 1690 nm |
| Minimum Power [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 10 mW |
| Typical Bandwidth FWHM [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 50 nm |
| Typical Operating Current [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 400 mA |
| Typical Spectral Ripple [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 0.15 dB |
| Form Factor [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | 14-pin butterfly/module |
| Extinction Ratio [Center Wavelength 1690nm； Minimum Power 10mW； Typical Bandwidth FWHM50nm] | Neutral |
Applications
FBG sensing systems; fiber-optic network testing and measurement; optical coherence tomography (OCT)
Key Features
Broad wavelength coverage; low coherence noise; low spectral ripple; low relative intensity noise (RIN)
Datasheet
Product Datasheet
PDF
Supplier Information
Tianjin Unistarcom Technology Co., Ltd., founded in April 2021 and headquartered in Jinnan District, Tianjin, is a national high-tech enterprise and a technology-based SME. The company focuses on optoelectronic technology and spaceborne applications, with main products including high-power fiber amplifiers, ultra-narrow linewidth lasers, spaceborne fiber optic gyroscopes, optoelectronic combination modules, and optoelectronic test systems, applied in fields such as spaceborne laser communication, satellite attitude and orbit measurement, and fiber optic sensing. The founding team has over ten years of experience in aerospace projects and possesses full domestic manufacturing capability for spaceborne fiber amplifiers. It has completed more than 50 flight-model deliveries and achieved 20 products in-orbit validation. Its products have passed rigorous tests, serving over 100 domestic and international users.
Related Products
Image
Name
Category
Manufacturer
Parameters
Description
-
BLM2-D Miniature Broadband Light Source Module (2xSLD) BLM2-D-880-B-10 Superluminescent Diodes Shconnet
Center Wavelength: 880 ± 10 nm Spectral Width, FWHM: min:90 nm; typical:100 nm Output Power, SM: min:8 mW; typical:10 mW
BLM2-D series miniature broadband light source modules with extended bandwidth are powerful broadband sources based on the combination of two SLDs with different center wavelengths. A built-in, stable and reliable digital dual-channel SLD current and temperature controller allows the SLDs to be switched using buttons, externally via TTL, or from a PC through an RS-232 port. BLM2-D sources provide quick and easy modular installation and stable, reliable operation.
-
GT-SLED-250-650 Broadband Light Source Superluminescent Diodes Szbrightas
Operating Wavelength: 1250 ~ 1650 nm . Spectral Width: ≥390 nm Output Power: ≥7 dBm
1. The GT-SLED-250-650 broadband source uses superluminescent diode (SLED) technology and butterfly-packaged devices. A highly stable driver-control circuit provides continuous output over a single band or the full band. 2. Single-band bandwidth can reach 100nm, and full-band bandwidth can reach 400m. 3. The GT-SLED-250-650 offers high power stability, compact size, fast startup and an affordable price, with full-band broadband output over 1250–1650nm.
-
SLD-mCS/SLD-sCS Miniature Broadband Source Modules
Superluminescent Diodes
Shconnet
DC supply voltage [Absolute Maximum Ratings]: max:35 V DC supply peak current [Absolute Maximum Ratings]: max:1.2 A Optical power [Absolute Maximum Ratings]: Depends on SLD and pre-set current limit
SLD-MCS/SCS系列微型宽带光源模块是广泛Application的SM或PM光纤耦合光源模块，需要具有宽、平坦的光谱 and 短的相干长度的可靠、强稳定、低噪声的SLD光源。高精度电流 and 温度控制器为光源内部的SLD模块供电。SLD可以在SLD MCS and SLD-SCS光源模块中调制（ON/OFF）到50 kHz。 SLD-MCS／SCS器 Items替代SLD-MS光源，具有稳定性好、效率高、工作范围宽、噪声低的优点。如果其驱动电流小于400毫安，则可以使用任何超滤SLD来建造。它们可以由大范围的电源电压供电，从9伏到30伏直流，并允许使用开关式直流电源。
-
1310nm SLD light source
Superluminescent Diodes
Mindsemi
-
1550nm SLD light source
Superluminescent Diodes
Mindsemi
Related Articles
Shenzhen Leirte Optoelectronics 405nm 80mW Single‑Mode Fiber‑Coupled Laser Diode
The LZFL405‑80mW‑3 series from Shenzhen Leirte Optoelectronics Co., Ltd. is a coaxial‑packaged violet‑blue single‑mode fiber‑coupled laser diode. It delivers 80 mW continuous‑wave output at 405 nm. Light is coupled into 3 μm core‑diameter single‑mode fiber for clean beam quality and easy integration into diverse optical systems. It serves as a compact violet‑blue light source for medical instruments and industrial printing applications.
Wuhan Optics Valley Quantum Technology: High‑Performance Domestic‑Made InGaAs Avalanche Photodiode Chips
Wuhan Optics Valley Quantum Technology Co., Ltd. is a leading domestic developer of high‑speed semiconductor optical chips and photodetector components. Our product portfolio covers InGaAs avalanche photodiode bare dies and PIN photodetector chips designed for fiber‑optic communication
Precilasers 266 nm Narrow‑Linewidth Laser for Semiconductor Micro‑Nano Fabrication
As a professional ultraviolet‑laser solution provider, Precilasers has launched its 266 nm narrow‑linewidth industrial laser, delivering reliable single‑frequency output for high‑precision interference lithography, semiconductor inspection and precision metrology applications.
Electro-Optic Deflectors (EODs): Overview and Operating Principle
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Contact Us
Loading...
GetExperimental Plan
Name
Phone
+86
Organization
Use Case
Global Photonics Products
Database Platform
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.
Product Quote
+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy