The 840nm SLD broadband light source adopts semiconductor super radiation diode technology to output broadband spectrum and has high output power, which is suitable for optical fiber sensing and other applications. Communication interface and host computer software can be provided to facilitate the monitoring of light source status.
C-band ASE Broadband Light Source Micro-Module cover the C-band wavelength, with a flat spectrum and an optical power of 10~50mW. Due to the unique miniaturization design and micro packaging, suitable for applications in limited spaces.
It completely covers the L+ band 1568~1611nm wavelength range, the spectral range exceeds 40nm, and the spectral flatness is better than 2.5dB. The single-mode fiber output power is greater than 200mW, which is suitable for applications like fiber-optic communication, fiber-optic sensing.
The 2000nm Band ASE Broadband Light Source uses short-wavelength laser pumping thulium-doped optical fiber. The single-mode optical fiber output power can reach up to 2W, and the widest spectrum coverage can cover 1780~2000nm (at 100mW), which is suitable for applications such as laser biology and spectral measurement.
The 980nm ASE broadband light source based on the spontaneous emission of rare-earth optical fibers, offers high optical power and low polarization, covering the 980nm wavelength range. It is suitable for testing optical fiber loss and polarization, as well as for FBG grating production.
The C band 1W 2W High Power ASE Broadband Light Source is an incoherent light source, generated by spontaneous emission from erbium-doped fiber pumped by a semiconductor laser. The light source wavelength covers the C-band (1528nm-1568nm), with a spectral flatness of 20dB.
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