2041289-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

2041289-1 is a multipurpose imaging system designed for both medical and non-medical applications. It is a high-speed imaging system that is capable of providing rapid imaging and multi-spectral imaging capabilities to a wide variety of imaging tasks. It utilizes an advanced CCD imaging camera to capture real-time images of subjects or objects.The basic architecture of the 2041289-1 imaging system consists of the CCD imaging camera, beam splitter, FLIR thermal imaging camera, spectrograph, and optical filters. The camera and beam splitter capture the visible radiation passed through the spectrograph. The FLIR thermal imaging camera captures the infrared radiation emitted by the subject or object. The output of the camera is channeled through the spectrograph and scanned to extract various spectral components. The output of the spectrograph can be viewed on a monitor or stored in a computer for later review.The major application field of 2041289-1 is medical imaging. It is primarily used to capture images of organs, tissues, and fluids for diagnosis and treatment purposes. The system can capture detailed images of the internal structures of a person\'s organs and tissue, allowing the medical practitioner to identify potential issues with them. With its ability to accurately capture and analyze multiple wavelengths of light, a medical practitioner can detect tumors, growths, and other anomalies in the body.The 2041289-1 imaging system is also used for non-medical applications. It is used in various security and surveillance applications such as night vision, land surveying, forensics, and industrial process monitoring. The thermal imaging capabilities of the system enable it to effectively detect and analyze heat sources, motion, and other environmental activities. It can also be used in environmental studies to detect pollutants and monitor areas for air quality.The working principle of the 2041289-1 imaging system involves the tapping of electromagnetic radiation in the visible and infrared spectra. The radiation is captured by the CCD camera and beam splitter and then sent to the spectrograph. Depending on the spectroscopic analysis needed, the multispectral data is then filtered for further analysis. The output of the spectrograph is then processed and displayed on a monitor or stored in a computer.In summary, 2041289-1 is an advanced imaging system that is designed to provide rapid imaging and multi-spectral capabilities across a wide range of applications. It utilizes an advanced CCD imaging camera and infrared thermal imaging camera to capture and analyze electromagnetic radiation in the visible and infrared spectra. The major application field of the 2041289-1 imaging system is medical imaging, but it is also used in security and surveillance, land surveying, forensics, industrial process monitoring, and environmental studies. The working principle of the system involves capturing and filtering electromagnetic radiation in the visible and infrared spectra.

The specific data is subject to PDF, and the above content is for reference