C+L Extended band ASE Broadband light source
This source covers the extended C+L band at 1524~1611nm, with spectral coverage exceeding 88nm and flatness better than 3dB. SMF-28 single-mode fiber output can exceed 350mW, making it suitable for fiber sensing and fiber-component testing. The fiber ASE broadband source is incoherent, using spontaneous emission from semiconductor-laser-pumped erbium-doped silica fiber. Spectral flattening provides broad, flat output.
Specification Snapshot
Operating Temperature
-5~+35°C
Operating Humidity
0~70%
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Overview
This source covers the extended C+L band at 1524~1611nm, with spectral coverage exceeding 88nm and flatness better than 3dB. SMF-28 single-mode fiber output can exceed 350mW, making it suitable for fiber sensing and fiber-component testing. The fiber ASE broadband source is incoherent, using spontaneous emission from semiconductor-laser-pumped erbium-doped silica fiber. Spectral flattening provides broad, flat output.
Specifications
| Parameter | Value |
|---|---|
| Spectral Range [±0.5nm Tolerance / 3dB Range] | typical:1524~1611 nm |
| Spectral Width [±0.5nm Tolerance / 3dB Range] | typical:≥88 nm |
| Optical output power [Spectral power density (dBm/nm):≥-2.4] | typical:50 mW |
| Optical output power [Spectral power density (dBm/nm):≥0.5] | typical:100 mW |
| Optical output power [Spectral power density (dBm/nm):≥3.5] | typical:200 mW |
| Optical output power [Spectral power density (dBm/nm):≥6] | typical:350 mW |
| Spectrum Power Density [Optical output power(mW):50] | typical:≥-2.4 dBm/nm |
| Spectrum Power Density [Optical output power(mW):100] | typical:≥0.5 dBm/nm |
| Spectrum Power Density [Optical output power(mW):200] | typical:≥3.5 dBm/nm |
| Spectrum Power Density [Optical output power(mW):350] | typical:≥6 dBm/nm |
| Power adjustment Range [Power adjustable ( Standard configuration )] | typical:10%~100% |
| Spectral Flatness | typical:≤3 dB |
| Output port isolation | typical:>35 dB |
| Short-term Stability [Equivalent ≤±0.5% / 15 minutes] | typical:≤ ±0.02 |
| Long-term Stability [Equivalent ≤±1.2% / 8 hours] | typical:≤ ±0.05 |
| Polarization state | Unpolarized |
| Polarization Extinction ratio PER | typical:≤0.2 dB |
| Fiber and connector | SMF-28;FC/APC |
| Control Method [Benchtop] | Touchscreen / RS232 serial communication |
| Control Method [Module] | RS232 serial communication |
| Communication Interface [Benchtop] | DB9 female connector |
| Communication Interface [Module] | DB9 female connector |
| Power supply [Benchtop] | AC 100~240V , ≤30W |
| Power supply [Module] | DC 5V, 15W |
| Operating Temperature | -5~+35°C |
| Operating Humidity | 0~70% |
Applications
Fiber sensing; medical imaging; fiber optic component testing
Key Features
Ultrabroad spectrum; Flat spectrum; Adjustable power; High stability
Datasheet
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Supplier Information
Founded in 2014, Hefei Max-ray Photoelectric Technology Co., Ltd. is located in Phase I of Zhong'an Chuanggu Science Park, High-tech Zone, Hefei City. The company specializes in the R&D and manufacturing of scientific-grade fiber lasers and amplifiers, and was recognized as a National High-tech Enterprise in 2018. Its main products include ultrafast fiber lasers, rare-earth fiber amplifiers, high-power nanosecond fiber lasers, single-frequency narrow-linewidth fiber lasers, Raman amplifiers, fiber broadband light sources, etc. These products have been widely used in optical fiber communication, fiber sensing, scientific research and other fields, with multiple invention patents obtained. The company will focus on the long-term R&D and manufacturing of fiber laser products, and continuously promote product updates and technological innovation.
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