C12362_STRADA-2X2-DWC Optoelectronics

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The C12362_STRADA-2X2-DWC is widely used in multiple applications where it stands as a dependable solution for impurity and particle counts. The device utilizes a highly sensitive optics-based system for fast and accurate performance in a range of applications. With 200x200mm field of view, the device is capable of capturing almost any particle size within the SWIR range, making it the ideal choice for industrial settings.

The C12362_STRADA-2X2-DWC is an optical lens that utilizes high quality optics to provide great performance. The lens is constructed with special coatings on the optical elements that provide a higher resolution image with minimal distortion. This is important in environments where clarity and detail are essential. The lens also features a large focal length range that allows it to easily captures objects at varying distances, making it suitable for long range analysis.

The actual operation of the C12362_STRADA-2X2-DWC is based on the principle of the effect of light on small particles. The optical elements are arranged to form a 2-D array, which allows the device to project images of particles onto a plate. The particle’s size and type of material is then easily determined by the imaging process. The accuracy of the device is enhanced by its extremely low stray light sensitivity, which ensures that only relevant particles are identified.

In addition to its main application in particle size analysis, the C12362_STRADA-2X2-DWC can also be utilized for laser gas analysis, quenching determination and contamination measurement. The device is found to be extremely useful for inspecting a wide variety of materials such as metals, wood, plastics and even ceramic materials. As a result, the C12362_STRADA-2X2-DWC is a popular choice among industry professionals and researchers.

The C12362_STRADA-2X2-DWC is a highly reliable and accurate device that is used in a number of applications. Its optical lens construction provides excellent clarity and detail so that particles can be identified with accuracy. Its large focal length range makes it suitable for long range analysis and inspection. Finally, its low stray light sensitivity ensures that only significant signals are detected and analyzed, providing optimal performance in any setting.

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