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| Herkunftsort: | Xi'an Shaanxi China |
| Markenname: | XINLAND |
| Zertifizierung: | CE |
| Modellnummer: | Einmodenfaser verbundene Laserdiode XLP-785~XLP-940 |
785nm-940nm 5um Einmodenfaser Laserske-Diode mit Laserdioden PD PMF IR für Verkauf
Produkt-Details:
Vorbildliches Number: XLP-785~XLP-940
Art: Einmodenfaser verbundene Laserdiode
Wellenlänge: 785nm-940nm
Faser-Art: PMF
Faser-Kern: 3um
Paket-Art: Coaxial/8-Pin
Verbindungsstück: FC
Produktbeschreibungen:
| Wellenlänge | Teilnummer | Spitzenleistung | Faser-Art | Faser-Kern | Paket | Verbindungsstück | PD | TECHNISCH |
| 785nm | XLP-785-020m-PM-PD | 20mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-785-020m-PM-H8-T-PD | 20mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-785-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-785-030m-PM-H8-T-PD | 30mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-785-040m-PM-PD | 40mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-785-040m-PM-H8-T-PD | 40mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| 808nm | XLP-808-015m-PM-PD | 15mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-808-015m-PM-H-T-PD | 15mW | PMF | 5um | HHL-01 | FC | √ | √ | |
| XLP-808-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-808-030m-PM-H-T-PD | 30mW | PMF | 5um | HHL-01 | FC | √ | √ | |
| XLP-808-040m-PM-PD | 40mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-808-040m-PM-H-T-PD | 40mW | PMF | 5um | HHL-01 | FC | √ | √ | |
| 830nm | XLP-830-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-830-030m-PM-H8-T-PD | 30mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-830-050m-PM-PD | 50mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-830-050m-PM-H8-T-PD | 50mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-830-080m-PM-PD | 80mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-830-080m-PM-H8-T-PD | 80mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-830-100m-PM-PD | 100mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-830-100m-PM-H8-T-PD | 100mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| 850nm | XLP-850-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-850-030m-PM-H8-T-PD | 30mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-850-050m-PM-PD | 50mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-850-050m-PM-H8-T-PD | 50mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-850-070m-PM-PD | 70mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-850-070m-PM-H8-T-PD | 70mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| 880nm | XLP-880-002m-PM-PD | 2mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-880-002m-PM-H8-T-PD | 2mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| 905nm | XLP-905-020m-PM-PD | 20mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-905-020m-PM-H8-T-PD | 20mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-905-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-905-030m-PM-H8-T-PD | 30mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| 940nm | XLP-940-030m-PM-PD | 30mW | PMF | 5um | Koaxial | FC | √ | × |
| XLX-940-030m-PM-H8-T-PD | 30mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-940-050m-PM-PD | 50mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-940-050m-PM-H8-T-PD | 50mW | PMF | 5um | 8-Pin | FC | √ | √ | |
| XLP-940-070m-PM-PD | 70mW | PMF | 5um | Koaxial | FC | √ | × | |
| XLX-940-070m-PM-H8-T-PD | 70mW | PMF | 5um | 8-Pin | FC | √ | √ |
Anwendung:
Der Ertrag des verbundenen Laser-Wellenlängenbereiches aus optischen Fasern zwischen 400nm zu 1920nm und hat Bändchen, Leichtgewichtler, Entdeckung der hoher Auflösung, hohe Empfindlichkeit, breite Temperaturspanne, die gute Geheimhaltung, den Widerstand zur starken, starken Korrosionsbeständigkeit der Fähigkeit der elektromagnetischen Störung und zu anderen offensichtlichen Vorteilen. Er kann in der optischen Datenspeicherung, die Kommunikation des optischen Signals verwendet werden und Technologie, Spektrum und medizinische Anwendungen abfragen.
