OFXC3 Series Preassembled Fiber-Coupling Setup IV OFXC3-FC-520
The dual-station design precisely positions the input-beam collimation/focusing optics and the output fiber for experiments requiring high coupling efficiency and system stability.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Collimating lens Wavelength | 520 nm |
| Collimator Parameters - Focal Length | 15mm |
| Collimator Parameters - Numerical Aperture NA | 0.17 |
| Collimator Parameters - Effective Collimation Distance | 2m |
| Collimator Parameters - Beam Diameter | 5mm (3mm for 785, 830, 850nm) |
| Collimating lens Interface | FC/PC |
| Output Fiber interface | Default collimator interface: FCPC/APC type with HCFC mount; SMA type with HCSMA mount |
| Collimator Adjustment | ±6° Pitch / Deflection ，1.29°/rev |
| Input- and Output-End Adjustment | Each is equipped with a three-axis translation stage with 4mm travel on the XYZ axes and 1μm precision for bidirectional precision alignment |
| Optical axis height | 80.2mm |
| Coupling Efficiency [Multimode (core diameter Ø1000µm); test wavelength: 450nm; note: objective-to-fiber NA mismatch reduces single-mode coupling efficiency; multimode fiber can provide higher coupling efficiency.] | 70% |
| Coupling Efficiency [Multimode (core diameter Ø1000µm); test wavelength: 520nm; note: objective-to-fiber NA mismatch reduces single-mode coupling efficiency; multimode fiber can provide higher coupling efficiency.] | 70% |
| Coupling Efficiency [Multimode (core diameter Ø1000µm); test wavelength: 658nm; note: objective-to-fiber NA mismatch reduces single-mode coupling efficiency; multimode fiber can provide higher coupling efficiency.] | 85% |
| Specifications | 520nm，FCPC |
| Material | Aluminum alloy + Stainless steel |
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