FCX10852_RES-D Optoelectronics

The FCX10852_RES-D is a type of lens used in various applications, including photography, microscopy, sensing, and imaging. It is part of the FCX10852_RES series of lenses, which have been designed for use in applications where a high degree of refractive control is needed. The FCX10852_RES-D lens provides a focal length of 108mm with an aperature of 4.5mm.

The FCX10852_RES-D is a doublet lens, meaning it is constructed of two glass elements which allow it to correct for chromatic aberration. It is a refractive design, meaning it uses refraction to bend the light which passes through it, and it has a high degree of control in terms of managing the light’s intensity, angular inclination, and spatial frequency. The doublet design of the lens also helps to reduce spherical aberrations, which can ruin the quality of an image.

The FCX10852_RES-D is typically used in applications which require long-distance focusing because of its combination of refractive and doublet lenses. It’s ideal for use in close-up photography, microscopy, and sensing for high-contrast imaging. It is also well suited for imaging small objects in a variety of applications, as its doublet design helps to minimize distortion. Its ability to be adjusted quickly for a range of apertures makes it a versatile tool for image-capture tasks.

In terms of its working principle, the FCX10852_RES-D operates by refracting and reflecting light within its two glass elements. The first element conducts initial refraction, and the second element conducts secondary refraction, which helps to further refine the image. The combination of refraction and reflection create a clear, high-toned image, and the lens’s ability to adjust quickly to different apertures allows it to capture a wide variety of light intensities, angular inclinations, and spatial frequencies.

In short, the FCX10852_RES-D is a versatile lens ideal for long-distance imaging tasks. Its combination of refractive and doublet lenses combined with its ability to quickly adjust to different apertures make it a great tool for capturing high-contrast images in a variety of applications. Its working principle involves refracting and reflecting light within its two glass elements to create a clear, high-toned image.