The Output Power Of O-Band SLED Broadband Light Source Is Stable

Product characteristics
Spectral range: The spectral range of O-band SLED broadband light source usually covers the wavelength range of 1260-1360nm, which is suitable for O-band optical fiber communication and sensing systems.
High power stability: Through the unique ATC and APC circuit control, ensure the stability of the output power and spectral lines.
Wide spectral range: Although the spectral bandwidth in the SLED broadband light source may be narrow (such as 6nm to 100nm), the combination of multiple SLED lasers and broadband coupling technology can achieve a wide spectrum output.
Low coherence: Low coherence helps to reduce interference effects and improve measurement accuracy.
Module and desktop optional: The product offers two types of packaging, module and desktop, to meet the needs of different application scenarios.
Intelligent operation and remote control: provides a simple and intelligent operation interface, supports remote control, convenient user operation and management.

Application field
Optical fiber sensing system: The O-band SLED broadband light source plays an important role in optical fiber sensing technology, providing high-precision optical signals for the measurement of physical quantities such as temperature, pressure, and deformation.
Passive device manufacturing and testing: It is also widely used in fiber optic gyro, optical test instrument and other fields.
Biomedical imaging: Although this paper does not directly mention the application of O-band SLED broadband light source in biomedical imaging, due to its high power, wide spectrum and low coherence characteristics, it is expected to play a role in biomedical imaging technologies such as optical coherence tomography (OCT).