The OEM module version of the L-band ASE light source, running from 5 VDC with the same optical properties as the bench-top model.

The ASE-Md1590-100 covers 1570 to 1600 nm with total output power >= +20 dBm and spectral power density >= -2 dBm/nm, on G.652 SMF with an FC/PC connector and a built-in isolator. The module measures 35 x 190 x 132 mm and runs from DC 5.1 to 5.4 V with pump LD shutdown protection. The other-specs table lists two conflicting temperature rows (0 to 40 degC and 0 to 60 degC operating), both recorded here. No PDF datasheet is published on the product page.
| Parameter | Value |
|---|---|
| Product number | ASE-Md1590-100 |
| Operating wavelength | 1570 to 1600 nm |
| Output power | >= +20 dBm |
| Spectral power density | >= -2 (1570 to 1600 nm) dBm/nm |
| Output fiber | SMF, G.652 compliant (e.g. SMF28) |
| Standard connector | FC/PC |
| Output isolator | Built In |
| Standard dimensions (H x W x D) | 35 x 190 x 132 mm |
| Monitor & alarm | Output power / Pump LD current / Pump LD temperature |
| Safety function | Pump LD shutdown (LDSD) |
| Operating temperature (row 1 of two on the page) | 0 to 40 degC |
| Operating temperature (row 2 of two on the page) | 0 to 60 degC |
| Storage temperature (row 1 of two on the page) | -10 to 60 degC |
| Storage temperature (row 2 of two on the page) | -10 to 70 degC |
| Power supply | DC 5.1 to 5.4 V |

Three bench-top ASE light sources in the 1000 nm (X-) band with different spectral characteristics, for R&D on 1 micron fiber laser components and other 1000 nm band optical devices.

OEM module versions of the three 1000 nm band ASE light sources, for integration into a customer's instrument.

A bench-top amplified spontaneous emission light source in the 850 nm range, using Er-doped fluoride fiber as the gain medium. FiberLabs targets it at optical component testing for 850 nm multimode fiber links and at machine vision illumination invisible to the eye.
Our application engineers will confirm specifications with the manufacturer and quote for your configuration.
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