Features
Designed for the next generation of visible light + shortwave infrared image sensors (IMX990/IMX991)
Highly achromatic design, accurate focus at 400-170nm
Floating focus design achieves axial chromatic aberration and amplified chromatic aberration at any distance and wavelength
Adopting ultra-broadband AR coating, high transmittance at all wavelengths from 400nm to 1700nm
Adopts near-infrared absorbing coating to reduce light scattering and make images clearer
Features
Designed for the next generation of visible light + shortwave infrared image sensors (IMX990/IMX991)
Highly achromatic design, accurate focus at 400-170nm
Floating focus design achieves axial chromatic aberration and amplified chromatic aberration at any distance and wavelength
Adopting ultra-broadband AR coating, high transmittance at all wavelengths from 400nm to 1700nm
Adopts near-infrared absorbing coating to reduce light scattering and make images clearer
| model | M1618-APVSW |
| brand | Computar |
| Lens type | infrared lens |
| Focus type | fixed focal length |
| resolution | 3M |
| Focal length(mm) | 16 |
| sensor size (inch) | February 3 |
| Aperture range | F1.8-F16 |
| distortion(%) | 0 |
| Lens mount | C |
| Minimum working distance (mm) | 100 |
| Working distance(mm) | 100-∞ |
| model | M1618-APVSW |
| brand | Computar |
| Lens type | infrared lens |
| Focus type | fixed focal length |
| resolution | 3M |
| Focal length(mm) | 16 |
| sensor size (inch) | February 3 |
| Aperture range | F1.8-F16 |
| distortion(%) | 0 |
| Lens mount | C |
| Minimum working distance (mm) | 100 |
| Working distance(mm) | 100-∞ |
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