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| Place of Origin: | Xi'an Shaanxi China |
| Brand Name: | XINLAND |
| Certification: | CE |
| Model Number: | XLP-405 Single Mode Fiber Coupled Laser Diode |
405nm 50mW UV 10um Single Mode Fiber Coupled Laser Diode Coaxial Package
Product Details:
Model Number: XLP-405
Type: Fiber Coupled Laser Diode
Wavelength: 405nm
Fiber Type: UV
Fiber Core: 10um
Package Type: Coaxial
Connector: FC/SMA
Product Specifications:
| Wavelength | Part Number | Output Power | Fiber Type | Fiber Core | Package | Connector | PD | TEC |
| 405nm | XLP-405-001m-4-PD | 1mW | SMF | 3um | Coaxial | FC/SMA | √ | × |
| XLX-405-001m-4-H8-T-PD | 1mW | SMF | 3um | 8-Pin | FC/SMA | √ | √ | |
| XLP-405-015m-4 | 15mW | SMF | 3um | Coaxial | FC/SMA | × | × | |
| XLX-405-015m-4-H8-T | 15mW | SMF | 3um | 8-Pin | FC/SMA | ○ | √ | |
| XLP-405-030m-4 | 30mW | SMF | 3um | Coaxial | FC/SMA | × | × | |
| XLX-405-030m-4-H8-T | 30mW | SMF | 3um | 8-Pin | FC/SMA | ○ | √ | |
| XLP-405-050m-4 | 50mW | SMF | 3um | Coaxial | FC/SMA | × | × | |
| XLX-405-050m-4-H8-T | 50mW | SMF | 3um | 8-Pin | FC/SMA | ○ | √ | |
| XLP-405-080m-4 | 80mW | SMF | 3um | Coaxial | FC/SMA | × | × | |
| XLX-405-080m-4-H8-T | 80mW | SMF | 3um | 8-Pin | FC/SMA | ○ | √ | |
| XLP-405-100m-4 | 100mW | SMF | 3um | Coaxial | FC/SMA | × | × | |
| XLX-405-100m-4-H8-T | 100mW | SMF | 3um | 8-Pin | FC/SMA | ○ | √ | |
| XLP-405-015m-PM | 15mW | PMF | 3um | Coaxial | FC | × | × | |
| XLX-405-015m-PM-H8-T | 15mW | PMF | 3um | 8-Pin | FC | ○ | √ | |
| XLP-405-030m-PM | 30mW | PMF | 3um | Coaxial | FC | × | × | |
| XLX-405-030m-PM-H8-T | 30mW | PMF | 3um | 8-Pin | FC | ○ | √ | |
| XLP-405-050m-PM | 50mW | PMF | 3um | Coaxial | FC | × | × | |
| XLX-405-050m-PM-H8-T | 50mW | PMF | 3um | 8-Pin | FC | ○ | √ | |
| XLP-405-080m-PM | 80mW | PMF | 3um | Coaxial | FC | × | × | |
| XLX-405-080m-PM-H8-T | 80mW | PMF | 3um | 8-Pin | FC | ○ | √ | |
| XLP-405-050m-10 | 50mW | UV 10um | 10um | Coaxial | FC/SMA | × | × |
The light-emitting surface (cavity surface) is one of the key parts of the laser-to avoid any operation damage to the cavity surface. During the use of the device, ensure that the die is not contaminated and prevent mechanical damage.
The optical fiber cannot be bent at a large angle, and the bending diameter should be greater than 300 times the diameter of the optical fiber.
