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| Lugar de origen: | Xi'an Shaanxi China |
| Nombre de la marca: | XINLAND |
| Certificación: | CE |
| Número de modelo: | Diodo láser juntado fibra del solo modo XLP-1270~XLP-1650 |
la fibra infrarroja 1270nm-1650nm juntó el diodo láser con el paquete coaxial del paladio y 8-Pin con el paquete de TEC
Detalles del producto:
Number modelo: XLP-1270~XLP-1650
Tipo: Diodo láser juntado fibra
Longitud de onda: 1270nm-1650nm con el paladio
Tipo de la fibra: SMF-28
Base de la fibra: 9um
Tipo del paquete: Coaxial
Conector: FC/SMA
Especificaciones de producto:
| Longitud de onda | Número de parte | De potencia de salida | Tipo de la fibra | Base de la fibra | Paquete | Conector | Paladio | TEC |
| 1270nm | XLP-1270-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1270-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1270-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1290nm | XLP-1290-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1290-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1290-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1310nm | XLP-1310-002m-9-FP | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1310-003m-9-DFB | 3mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLP-1310-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1310-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| XLP-1310-010m-9-DFB | 10mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1310-010m-9-H8-T-DFB | 10mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| XLP-1310-015m-9-DFB | 15mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1310-015m-9-H8-T-DFB | 15mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1330nm | XLP-1330-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1330-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1330-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1350nm | XLP-1350-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1350-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1350-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1370nm | XLP-1370-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1370-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1370-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1390nm | XLP-1390-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1390-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1390-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1410nm | XLP-1410-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1410-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1410-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1430nm | XLP-1430-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1430-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1430-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1450nm | XLP-1450-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1450-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1450-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1470nm | XLP-1470-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1470-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1470-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1490nm | XLP-1490-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1490-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1490-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1510nm | XLP-1510-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1510-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1510-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1530nm | XLP-1530-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1530-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1530-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1550nm | XLP-1550-002m-9-FP | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1550-003m-9-DFB | 3mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLP-1550-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1550-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| XLP-1550-010m-9-DFB | 10mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1550-010m-9-H8-T-DFB | 10mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1570nm | XLP-1570-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1570-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1570-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1590nm | XLP-1590-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1590-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1590-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1610nm | XLP-1610-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1610-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1610-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1625nm | XLP-1625-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1625-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1625-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ | |
| 1650nm | XLP-1650-002m-9-DFB | 2mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × |
| XLP-1650-005m-9-DFB | 5mW | SMF-28 | 9um | Coaxial | FC/SMA | √ | × | |
| XLX-1650-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ |
NOTAS DE FUNCIONAMIENTO
◆Conecte por favor los pernos con los alambres por la soldadura en vez de usar el zócalo cuando la corriente de la operación es más alta que 6A. El punto que suelda debe estar cercano a la raíz de los pernos. La temperatura que suelda debe ser más baja que 260°C y el tiempo más cortos de 10 segundo.
◆Asegúrese de que el extremo de la salida de la fibra esté limpiado correctamente antes de la operación del laser. Siga los protocolos de la seguridad para evitar lesión al manejar y cortando la fibra.
◆Utilice la fuente de alimentación actual constante para evitar la sobretensión durante la operación.
◆El diodo láser se debe utilizar según las especificaciones.
◆El diodo láser debe trabajar con el buen enfriamiento.
