Optical Fiber Faceplate
Optical fiber faceplates are formed by regularly arranging and fusing tens of millions of optical fibers with diameters of 4~6 μm. Each fiber is a basic image-transmitting unit, drawn at high temperature from a low-refractive-index cladding glass and a high-refractive-index core glass. Light propagates inside the fibers according to the principle of total internal reflection. With a large numerical aperture, strong light-gathering capability, and high resolution, the faceplate can transmit images from the input surface to the output surface with high fidelity. Optically it has a zero-thickness characteristic, making it an excellent optoelectronic imaging device.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Single Fiber Diameter | Φ4~80μm (customizable) |
| Effective Aperture | Φ5~150mm |
| Thermal Expansion Coefficient (20~300 °C) | (60~90)×10-7/℃ |
| Vacuum Air Tightness | ＜10-12Pa•m3/s |
| Numerical Aperture | 0.3~1.0 |
| Collimated Transmission Ratio | ＞70% |
| Diffuse Transmittance | ＞65% |
| Infrared Response | 2700nm |
| UV Response | 300nm |
| Shear Distortion | <15μm |
| Total Distortion | <15μm |
| Image Displacement | ＜50μm |
Datasheet
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