Availability: | |
---|---|
RSSW50F2.0-320-30
Rising
Short Wave Infrared Lens Description:
Focal Length 50mm F2.0 Near Wave Infrared Germanium Lens For 320x256-30um Detector.
0.9-2.5um Infrared Germanium Lens Short Wave Infrared Lens For Thermal Imager, Infrared Camera, Monitor Camera, Drone Monitor, Thermal Image Monitoring and Observation Equipment, etc.
Compared with MWIR and LWIR, SWIR has a shorter wavelength, and its imaging characteristics are more intuitive.
Unlike low-resolution infrared thermal imaging, it can generate high-resolution images with strong contrast.
Compared with visible light, passive SWIR imaging is similar to visible light imaging in that it uses reflected light from the target object rather than thermal radiation from the target object, but the SWIR wavelength is longer and interacts differently with the atomic structure, which also provides some new insights. , Unique imaging vision applications.
Short Wave Infrared Lens Parameters:
Product Name | Near Wave Infrared Lens |
Focal Length | 50mm |
F# | 2.0 |
Image Diagonal | 12.30mm |
Average Transmission | >80% |
Circular FOV | (H)10.8°x(V)8.7°x(D)14° |
Back Focus Distance | 17.526mm |
Back Working Distance | 13.526mm |
Back Focus Length | 14mm |
Dimensions | 36mm / 49mm |
Focus Type | Manual Focus |
Focus Range | 1m to infinity |
Mount Type | C-Mount |
Detector | 320x256-30um |
Weight | 115g |
Operating Temperature | -40℃ to +80℃ |
External Coating | AR Coating Available |
FAQ:
Short Wave Infrared Lens Description:
Focal Length 50mm F2.0 Near Wave Infrared Germanium Lens For 320x256-30um Detector.
0.9-2.5um Infrared Germanium Lens Short Wave Infrared Lens For Thermal Imager, Infrared Camera, Monitor Camera, Drone Monitor, Thermal Image Monitoring and Observation Equipment, etc.
Compared with MWIR and LWIR, SWIR has a shorter wavelength, and its imaging characteristics are more intuitive.
Unlike low-resolution infrared thermal imaging, it can generate high-resolution images with strong contrast.
Compared with visible light, passive SWIR imaging is similar to visible light imaging in that it uses reflected light from the target object rather than thermal radiation from the target object, but the SWIR wavelength is longer and interacts differently with the atomic structure, which also provides some new insights. , Unique imaging vision applications.
Short Wave Infrared Lens Parameters:
Product Name | Near Wave Infrared Lens |
Focal Length | 50mm |
F# | 2.0 |
Image Diagonal | 12.30mm |
Average Transmission | >80% |
Circular FOV | (H)10.8°x(V)8.7°x(D)14° |
Back Focus Distance | 17.526mm |
Back Working Distance | 13.526mm |
Back Focus Length | 14mm |
Dimensions | 36mm / 49mm |
Focus Type | Manual Focus |
Focus Range | 1m to infinity |
Mount Type | C-Mount |
Detector | 320x256-30um |
Weight | 115g |
Operating Temperature | -40℃ to +80℃ |
External Coating | AR Coating Available |
FAQ: