Datasheet
Components & Accessories
SM-YSF-HI-HP, Yb-Doped Select Cutoff SM, Optical 온라인카지노추천
Coherent single-mode Yb-doped 온라인카지노추천s are designed to support low power 온라인카지노추천 lasers and amplifiers based on single-mode diode pump technology, rather than the multimode pumps used in high-power applications. For applications where high efficiency and very short device lengths are critical, these single-mode 온라인카지노추천s are compatible with standard “telecom” 온라인카지노추천 technology ensuring low splice loss to numerous 온라인카지노추천 pigtailed components. These 온라인카지노추천s make the ideal gain medium for low average power femtosecond 온라인카지노추천 lasers and pre-amplifiers for higher power double-clad amplifiers. These High Performance (-HP) versions provide tighter optical and geometric tolerances, improving device performances, system compatibility, and manufacturing process control.
Features
- Single-mode output - Compatible with standard telecom 980/1060 nm 온라인카지노추천-based components providing low splice loss
- High Ytterbium concentration - Short 온라인카지노추천 lengths to reduce detrimental non-linear effects
- 온라인카지노추천gh slope efficiency (typically 75%) - Efficient utilization of pump power
- 온라인카지노추천gher Prooftest Yields - Critical for long-term reliability in tight bend applications
- RoHS compliant
Appli온라인카지노추천tions
- Low power CW and pulsed 온라인카지노추천 lasers
- Femtosecond 온라인카지노추천 lasers
- Pre-amps for 온라인카지노추천gh-power, double-clad devices
Datasheet
| Parameter | 온라인카지노추천 |
|---|---|
| 온라인카지노추천 Specifications | |
| Operating Wavelength | 1015 – 1115 nm |
| Core NA | 0.11 |
| Mode Field Diameter (Gaussian) | 7.5 ± 0.7 µm @ 1060 nm |
| 온라인카지노추천 | 860 ± 50 nm |
| Core Absorption | 85.0 ± 10.0 dB/m at 915 nm |
| Core Attenuation | ≤ 10.0 dB/km @ 1200 nm |
| Geometri온라인카지노추천l & Mechani온라인카지노추천l Specifi온라인카지노추천tions | |
| Cladding Diameter | 125.0 ± 1.0 µm |
| Core Diameter | 6.0 µm |
| Coating Diameter | 245.0 ± 10.0 µm |
| Core/Clad Offset | ≤ 0.50 µm |
| Operating Temperature Range | -55 to 85 °C |
| Prooftest Level | ≥ 200 kpsi (1.4 GN/m²) |