LZPM/LZFL Single-Mode PM Fiber Laser
LZFL-905-60mW-9
905 nm, 60 mW typ, polarization-maintaining single-mode fiber
The LZFL-905-60mW-9 is a 60 mW typ single-mode polarization-maintaining fiber-coupled laser module at 905 nm. It uses the same coaxial single-mode module structure and follows the corresponding single-mode parameters, with a PM fiber output and an extinction ratio of at least 12 dB. The output is delivered through a 9 um single-mode polarization-maintaining fiber, NA 0.13 and terminated with FC/APC.
Estimated range
Range estimates apply to pulsed transmitter parts. This device is specified by its own parameters above.
Every parameter on this page is transcribed from the manufacturer datasheet.
LZFL-905-60mW-9 PM fiber specification
| Center wavelength | 895 - 915 nm (905 nm typ) |
|---|---|
| Output power, CW | 60 mW typ |
| Spectral width (FWHM) | 2 nm typ |
| Wavelength temp. coefficient | 0.3 nm/K |
| Fiber type | single-mode polarization-maintaining (PM) |
| Fiber core diameter | 9 um |
| Numerical aperture | 0.13 |
| Fiber length | 100 cm (110 cm max) |
| Extinction ratio | >= 12 dB |
| Connector | FC/APC |
| Operating voltage | 2 V typ |
| Threshold current | 30 mA typ / 60 mA max |
| Operating current | 240 mA typ / 280 mA max |
| Package | Coaxial TO-Can |
| Operating temperature | 15 to +35 C |
| Storage temperature | -20 to +70 C |
Key features
- Center wavelength 905 nm
- Continuous output 60 mW typ
- 9 um single-mode polarization-maintaining fiber, NA 0.13
- Extinction ratio >= 12 dB
- Connector: FC/APC
- Coaxial TO package with integrated coupling optics
Typical applications
- Laser ranging
- Fiber-optic sensing
- Medical and indication optics
Calculate with this datasheet
Each calculator below opens with this part's datasheet numbers already filled in, in the units the fields ask for.
- Extinction Ratio Extinction ratio 12 dB · Power ratio (Pmax/Pmin) 15.8489 :1
- Mode Field Diameter (MFD) Core radius a 4.5 μm · V-number 4.06151 · Numerical aperture NA 0.13 · Wavelength 905 nm
- V-Number & Modes Normalized frequency V 4.06151 · Core radius a 4.5 μm · Numerical aperture NA 0.13 · Operating wavelength λ 905 nm
- Dispersion Pulse Broadening Fiber length L 0.001 km · Spectral linewidth Δλ 2 nm
Need this part in a specific configuration?
Fibre pigtail, fast-axis collimation, a matched driver board or a filtered receiver - describe the build and we will quote against it.
