M1214-VSW
Computar
1.5M
C
Availability: | |
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Quantity: | |
Features
The light source uses an ultra-broadband anti-reflection (AR) coating to ensure high transmittance over a long range. This provides excellent optical clarity, making it ideal for spectral transmission applications.
The product also has an excellent price-performance ratio, whether it is used for quality control, optical testing or machine vision systems, it can provide reliable performance with efficient light utilization.
The light source features a compact and lightweight design that can be integrated into a variety of systems, especially those with limited space or portability requirements. The rugged exterior structure ensures long-term use
Features
The light source uses an ultra-broadband anti-reflection (AR) coating to ensure high transmittance over a long range. This provides excellent optical clarity, making it ideal for spectral transmission applications.
The product also has an excellent price-performance ratio, whether it is used for quality control, optical testing or machine vision systems, it can provide reliable performance with efficient light utilization.
The light source features a compact and lightweight design that can be integrated into a variety of systems, especially those with limited space or portability requirements. The rugged exterior structure ensures long-term use
model | M1214-VSW |
brand | Computar |
Lens type | infrared lens |
Focus type | fixed focal length |
resolution | 1.5M |
Focal length(mm) | 12 |
sensor size (inch) | February 3 |
Aperture range | F1.4-F16C |
distortion(%) | -0.1 |
Lens mount | C |
Minimum working distance (mm) | 150 |
Working distance(mm) | 150-∞ |
model | M1214-VSW |
brand | Computar |
Lens type | infrared lens |
Focus type | fixed focal length |
resolution | 1.5M |
Focal length(mm) | 12 |
sensor size (inch) | February 3 |
Aperture range | F1.4-F16C |
distortion(%) | -0.1 |
Lens mount | C |
Minimum working distance (mm) | 150 |
Working distance(mm) | 150-∞ |