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| Herkunftsort: | Xi'an Shaanxi China |
| Markenname: | XINLAND |
| Zertifizierung: | CE |
| Modellnummer: | Einmodenfaser verbundene Laserdiode XLP-1270~XLP-1650 |
verband Infrarotfaser 1270nm-1650nm Laserdiode mit PD-Koaxialpaket und 8-Pin mit TECHNISCHEM Paket
Produkt-Details:
Vorbildliches Number: XLP-1270~XLP-1650
Art: Faser verbundene Laserdiode
Wellenlänge: 1270nm-1650nm mit PD
Faser-Art: SMF-28
Faser-Kern: 9um
Paket-Art: Koaxial
Verbindungsstück: FC/SMA
Produktbeschreibungen:
| Wellenlänge | Teilnummer | Spitzenleistung | Faser-Art | Faser-Kern | Paket | Verbindungsstück | PD | TECHNISCH |
| 1270nm | XLP-1270-002m-9-DFB | 2mW | SMF-28 | 9um | Koaxial | FC/SMA | √ | × |
| XLP-1270-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1290-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1310-003m-9-DFB | 3mW | SMF-28 | 9um | Koaxial | FC/SMA | √ | × | |
| XLP-1310-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | 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 | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1330-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1350-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1370-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1390-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1410-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1430-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1450-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1470-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1490-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1510-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1530-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1550-003m-9-DFB | 3mW | SMF-28 | 9um | Koaxial | FC/SMA | √ | × | |
| XLP-1550-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1570-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1590-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1610-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1625-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | 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 | Koaxial | FC/SMA | √ | × |
| XLP-1650-005m-9-DFB | 5mW | SMF-28 | 9um | Koaxial | FC/SMA | √ | × | |
| XLX-1650-005m-9-H8-T-DFB | 5mW | SMF-28 | 9um | 8-Pin | FC/SMA | √ | √ |
FUNKTIONIERENDE ANMERKUNGEN
◆Schließen Sie bitte Stifte an Drähte durch Lötmittel an, anstatt, Sockel zu benutzen, wenn Operationsstrom höher als 6A ist. Lötender Punkt sollte zur Wurzel der Stifte nah sein. Löttemperatur sollte als 260°C und Zeit niedriger an zweiter Stelle sein, die als 10 kürzer sind.
◆Vergewissern Sie sich, dass das Faserertragende richtig vor Operation von Laser gesäubert wird. Folgen Sie Sicherheitsprotokollen, um Verletzung zu vermeiden, wenn Sie die Faser behandeln und schneiden.
◆Benutzen Sie konstante gegenwärtige Stromversorgung, um Überspannung während der Operation zu vermeiden.
◆Laserdiode muss entsprechend den Spezifikationen benutzt werden.
◆Laserdiode muss mit dem guten Abkühlen arbeiten.
