A heat ray sensor uses a swingable casing to adjust optical units independently of the main body.
Permeable recesses in an optical shielding device separate detection areas, reducing crosstalk between reference and measurement radiation receivers.
A shape measurement sensor uses paired pixels to detect incident light position through signal intensity comparison.
A reference light source and shading plate calibrate illuminance detectors to standardize measurements across mobile devices.
Terahertz quantum-well photodetectors bypass slow thermal detector integration to directly acquire peak power amplitude from pulsed laser output.
A fluorescence intensity calculation device separates spectral data into small groups to identify pigment signals accurately.
Offset optical sensor protector minimizes reactive ion contact, preserving fluorescence sensitivity during gamma radiation sterilization.
Segmented polarizers optimize signal-to-noise ratios by filtering microroughness noise, enhancing detection sensitivity for small particulates.
A diffraction structure moves relative to a radiation beam to generate diffracted signals for precise intensity profile determination.
Controller adjusts radiation amount based on spectral sensitivity characteristics to compensate for LED peak wavelength variations and ensure optimal curing.