Jingyi Optoelectronics Uniform Light Source: Selection of Radiation Calibration
Brightness monitoring adjustable integrating sphere uniform light source for radiometric calibration of optoelectronic imaging systems or testing systems
The product introduction is based on high-precision fine calibration and spectral matching technology derived from uniform light source products (spherical), which can achieve free matching and control of illumination (brightness). The product can be used as radiation calibration/testing equipment for optoelectronic imaging systems or testing systems, mainly for relative/absolute radiation calibration and testing of optoelectronic imaging systems, optoelectronic testing systems, CCD/CMOS cameras, mobile phone cameras, CCD/CMOS imaging devices, etc. The spherical uniform light source benefits from its spherical structure and high anti reflective diffuse coating inside. The emitted light source has a surface uniformity and angle uniformity of better than 99%, which can meet the high-end professional level uniform light source requirements. And meet your requirement for a large and effective light output aperture. Jingyi Optoelectronics' uniform light source series products adopt high-quality diffuse reflection coatings and exclusive research and development processes. The emitted light source has the advantages of high uniformity, wide dynamic range, and ultra-high brightness. It can achieve independent control of brightness, intelligent input automatic control with one click operation, and real-time monitoring of brightness. Standard A light source, D65 light source, LED and other light sources can be selected for installation.
Product features: 1. High uniformity light output better than 99%. 2. Customizable light outlet area and position. 3. Excellent Lambertian characteristics. 4. Adjustable brightness monitoring. 5. Intelligent brightness adjustment output
Application areas: 1. Calibration of imaging systems and devices in the laboratory. 2. Uniformity calibration of films, digital cameras, and cameras, spectral response characteristics. 3. Calibration suitable for remote sensing instruments, CCD cameras, image arrays, and other detectors. 4. Calibration of biological, low light imaging, and quantitative measurement. 5. Uniform output for low light, such as simulating starlight and moonlight. 6. Calibration of low light measurement cameras, such as fluorescence measurement systems. 7. Uniformity calibration of large and small aperture aerospace remote sensing detection systems

 

Product Specifications