Broad spectrum light sources for optical fibers. The first is an ultra-wide spectrum laser source that ranges from 450nm to 2500nm. The second is a 1260nm wideband optical light source at 1650nm. These optical light sources can be used to test optical components such as Bragg gratings, long-period Bragg gratings and other passive components. The optical light source can also be used to probe, for biomedical, tomography, metrology, microscopy and other industrial applications.

Discription :

The UC INSTRUEMNTS ‘CA9035 high power super-wide spectrum light source system is a unique system that covers over 1700 nm range. With a total output of 800mW covering a broad spectral range of 500 nm to 2200 nm, the system is an ideal light source for fiber component characterization, fiber sensing, OCT and other areas. The system is based on a gain-switching diode offering unique reliability and performance. Available external modulation allows the use of lock-in amplifies rs for high sensitivity measurement and data communications

Applications :

Fiber optic components characterization
Optical tomography
Fiber sensing
Broadband spectroscopy
Fluoresense spectroscopy
R & D lab test

Avantage:

Super-wide wavelength output: 500 ~ 2200 nm;
High output power: >= 800 mW
Single mode fiber output with FC/PC connector;
High power output stability: <= 1% over 30 mins; < 3% over 8 hours

Discription :

Amonics’ ALS-CWDM Super-Wideband light source provides high spectral density, at above -30dBm/nm, across 1250nm to 1650nm. That makes this source the ideal tool for the characterization of CWDM components and communication links in one easy step. This broadband source is also extremely effective in high resolution optical coherent tomography(OCT) applications. In the benchtop unit, the output power, alarms and driving current values are shown on the LCD display. Output power can be adjusted by tuning the front panel control knob. Also active emission button is used to enhance operation safety.

Discription :

Amonics’ ALS-OCT super-wideband light source provides high spectral density, at above -30dB/nm, across 890nm to 1080nm. That makes this source the ideal tool for the characterization of fiber laser components. This broadband source is also extremely effective in high resolution optical coherent tomography (OCT) applications. In the benchtop unit, the output power, alarms and driving current values are shown on the LCD display. Output power can be adjusted by tuning the front panel control knob. Also active emission button is used to enhance operation safety.