850nm band ASE light source (with isolator output power greater than 2mW)

ASE-0850-02 is an ASE light source in the 850nm wavelength range using Er doped fluoride fibers as gain media. Silicon photodiodes are most sensitive in the wavelength range of 850nm, making the 850nm band the most optimal wavelength range for measurement. This is a preferred light source for the research and evaluation of optical devices such as plastic waveguides.

2.75 μ m broadband light source (based on ASE)

Xiaoxiao Photon's OEBLS-100 is a broadband light source (CW) based on the principle of amplified spontaneous emission (ASE), which uses a laser to pump erbium-doped ZBLAN fiber operating in the 2750nm wavelength band. Mid infrared (MIR) broadband light sources with output power ranging from a few milliwatts to several hundred milliwatts can be used for mid infrared optical component testing, gas sensing, and biomedical applications.

1.5 μ m broadband light source (based on ASE)

Xiaoxiao Photon's OEBLS-100 is a broadband light source (CW) based on the principle of amplified spontaneous emission (ASE), which uses a laser to pump erbium-doped fiber. There are different working modes in the range of 1520-1620 nm. This is a very stable fiber optic light source, which is very suitable for FBG sensing demodulation systems or component testing. This product has two versions: Turn Key and OEM. The low-cost OEM version can be installed inside your product, requiring only a 5V power supply.

C-band ASE desktop light source

ASE light source is a white light source that has very high brightness over a very wide spectral range. FiberLabs is a manufacturer that combines C and L-band ASE light sources and continuously explores new wavelength ranges for ASE light sources such as 550nm, 850nm, and 980nm. FiberLabs provides stable full band ASE light sources with wavelengths ranging from 500nm to 2000nm.

L-band ASE broadband light source 1567-1603nm@2dB

Fiber ASE broadband light source belongs to incoherent light source, which is the spontaneous emission generated by semiconductor laser pumped erbium-doped quartz fiber. At the same time, spectral flattening technology is introduced to achieve broadband flattening spectrum. The light source wavelength covers the L-band, with a spectral flatness of better than 3dB. It is output through single-mode fiber or polarization maintaining fiber and is suitable for applications such as fiber optic sensing.

C-band ASE light source module 1550nm 10mW

ASE light source is a white light source that has very high brightness over a very wide spectral range. The C-band ASE wide spectral range light source module is an amplified spontaneous emission (ASE) light source used in distributed fiber Bragg grating sensing systems, optical passive device testing, and spectral analysis design. Based on the basic principle of semiconductor laser pumped rare earth doped fiber (Er ion) to generate C-band (1528-1563nm) amplified spontaneous emission (ASE), a specially designed C-band spectral gain flattening filter (GFF) structure enables the product to have high optical to optical conversion efficiency and excellent C-band spectral flatness. At the same time, to ensure the strict requirements of the distributed fiber Bragg grating system for the stability of the light source output, global optical feedback control technology and pulse width modulation (PWM) precision temperature control technology are adopted internally to ensure high output optical power stability and spectral waveform stability.

C+L band ASE light source module 1528-1605nm 20mW

ASE light source is a white light source that has very high brightness over a very wide spectral range. The C+l band ASE wide spectral range light source module is an amplified spontaneous emission (ASE) light source used in distributed fiber Bragg grating sensing systems, optical passive device testing, and spectral analysis design. Based on the basic principle of semiconductor laser pumped rare earth doped fiber (Er ion) to generate C-band (1528-1563nm) amplified spontaneous emission (ASE), a specially designed C-band spectral gain flattening filter (GFF) structure enables the product to have high optical to optical conversion efficiency and excellent C-band spectral flatness. At the same time, to ensure the strict requirements of the distributed fiber Bragg grating system for the stability of the light source output, global optical feedback control technology and pulse width modulation (PWM) precision temperature control technology are adopted internally to ensure high output optical power stability and spectral waveform stability.

1550nm C-band ASE broadband light source modular 10/20/30mW (Gaussian spectrum)

C-band ASE broadband light source gain flat modular/desktop

The C-band gain flattened fiber ASE broadband light source module adds gain flattening technology to the ordinary broadband light source and optimizes the light source structure. The output spectral flatness reaches 2dB, while having high output power and miniaturized external dimensions. Fiber ASE broadband light source belongs to incoherent light source, which is the spontaneous emission generated by semiconductor laser pumped erbium-doped quartz fiber. At the same time, spectral flattening technology is introduced to achieve broadband flattening spectrum. The wavelength of the light source covers the traditional C-band (1529.16nm~1560.61nm, frequency 195.9THz~191.6THz), with spectral flatness better than 2dB. It is output through single-mode fiber or polarization maintaining fiber and is suitable for applications such as fiber optic sensing.

850nm band ASE light source (with isolator output power greater than 2mW)

ASE-0850-02 is an ASE light source in the 850nm wavelength range using Er doped fluoride fibers as gain media. Silicon photodiodes are most sensitive in the wavelength range of 850nm, making the 850nm band the most optimal wavelength range for measurement. This is a preferred light source for the research and evaluation of optical devices such as plastic waveguides.

545nm band ASE light source (output power greater than 0.1mW)

ASE-0545-0.1 is a green ASE light source in the 540nm wavelength range, using Er doped fluoride fiber. Output stability is better than LD and LED light sources, allowing for high-precision measurements. It is an excellent light source for the development and evaluation of devices in the visible wavelength range.

S+C+L-band ASE光源（ 1460-1600nm）

ASE-FL7701 is an ultra wideband ASE light source that covers all S, C, and L bands. By combining Tm doped fluoride fiber, erbium doped fluoride fiber, and erbium doped quartz fiber, a spectral power density of -20dBm/nm can be achieved over a wide wavelength range of 1460 to 1605nm. This ultra wideband light source can be used as a characterization light source for wavelength division multiplexing (WDM) and transmission system optical components, as well as CWDM optical components