By using high-temperature optical fiber, materials, and production processes, this product can meet the application environments with a working temperature of -40~220°C. The high-temperature resistant FC/APC connector is specifically designed for high-temperature devices, ensuring stable optical signal transmission in high-temperature environments. The product undergoes a 48-hour 220°C reliability test before delivery, ensuring long-term reliability of the device working under high-temperature conditions.
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Parameter
| Wavelength | Bandwidth | WD | Export Beam Size | Divergence Angle | Package | Output Loss | Return Loss | Mode-Field Diameter | Fiber Type |
| 1310nm | ±20nm | ≤300mm | 0.81mm | 2.0mrad | Ø3.4mm | ≤0.6dB | ≥55dB | 9.26±0.4um | 9/125 Polyimide coating |
| ±20nm | 300-1000mm | 1.27mm | 1.31mrad | Ø4.0mm | ≤0.9dB | ≥55dB | |||
| 1550nm | ±20nm | ≤300mm | 0.92mm | 2.2mrad | Ø3.4mm | ≤0.6dB | ≥55dB | 10.4±0.5um | |
| ±20nm | 300-1000mm | 1.45mm | 1.4mrad | Ø4.0mm | ≤0.9dB | ≥55dB | |||
| 1650nm | ±20nm | ≤300mm | 0.96mm | 2.3mrad | Ø3.4mm | ≤0.6dB | ≥55dB | 10.9±0.6um | |
| ±20nm | 300-1000mm | 1.5mm | 1.4mrad | Ø4.0mm | ≤0.9dB | ≥55dB |