Image-Side Telecentric Lens ViNIR15
Image-space chief rays are parallel to the optical axis and perpendicular to the image plane, enabling broadband confocal imaging. Compared with ordinary FA lenses, full-field radiometric response is more uniform without edge vignetting. Broadband apochromatic correction reduces spatial/spectral distortion. Magnification resists sensor-position drift, maintaining radiometric stability during focusing at different object distances. The broadband confocal image-space telecentric lens improves hyperspectral illumination uniformity, radiometric accuracy and repeatability as a front telescope for remote sensing.
Specification Snapshot
Wavelength Range
400-1700nm
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Overview
Image-space chief rays are parallel to the optical axis and perpendicular to the image plane, enabling broadband confocal imaging. Compared with ordinary FA lenses, full-field radiometric response is more uniform without edge vignetting. Broadband apochromatic correction reduces spatial/spectral distortion. Magnification resists sensor-position drift, maintaining radiometric stability during focusing at different object distances. The broadband confocal image-space telecentric lens improves hyperspectral illumination uniformity, radiometric accuracy and repeatability as a front telescope for remote sensing.
Specifications
| Parameter | Value |
|---|---|
| Wavelength Range | 400-1700nm |
| Focal Length [±3%] | 15mm±3% |
| F-Number | F/2.5 |
| Maximum Slit Length | 16mm |
| Minimum Slit Width | 10μm |
| Default Working Distance | 4.5m |
| Minimum Working Distance [Focus Adjustment] | 0.3m |
| Minimum Working Distance [Without Focus Adjustment] | 2.5m |
| Maximum Working Distance [Focus Adjustment] | ∞ |
| Maximum Working Distance [Without Focus Adjustment] | ∞ |
| Back Focal Length (BFL) | 9.5mm |
| Mechanical Back Focal Length (MBFL) | 7.5mm |
| Overall Dimensions (To C-Mount Reference) | ≤Ø36x65mm |
| Mounting Interface | C-Mount |
| Flange Back Distance (FBD) | 17.526mm |
| Compatible Models | CY-HS0410、CY-HS0917、CY-HS0417、HSC0410、HSC0917、HSC0417 |
Datasheet
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Supplier Information
Changguang Chiyu Technology (Changchun) Co., Ltd., established in 2021, is a high-tech enterprise with state-owned shares and controlled by senior researchers in the optics field. The core team comes from the Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences. The company masters core technologies in spectral vision instrument system design, fine spectral control and calibration, multi-source spectral detection, and spectral vision algorithms. Focusing on high-end spectral imaging and detection, it operates two sub-brands, GEOYOO and HYPERSPEC, providing integrated hardware and software spectral vision solutions for industries such as industrial sorting, food, printing, and textiles. Its products include airborne hyperspectral cameras, industrial multispectral/hyperspectral cameras, and desktop spectral imaging analyzers, utilizing spatial spectral modulation technology to support on-demand band selection and output real spectral reflectance for more accurate and richer information.
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