CA10298_SPUTNIK-R5

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

Optics are one of the most powerful tools available for studying the physical world, and lenses are a crucial component of optics. Lenses are devices that are capable of refracting or bending light in order to focus it in a specific direction.

The CA10298_SPUTNIK-R5 is a special form of lens, developed by US manufacturer, Synopsysa. It is used for free space applications, specifically to measure and track a target in 2D or 3D.

The CA10298_SPUTNIK-R5 is a refractive lens, which means that it can bend incoming light rays. This makes it possible to precisely focus light on a target area, allowing for accurate measurements to be taken, as well as images being captured for analysis.

The lens performs its bending of light thanks to its unique design. It has a broad circumference, which decreases the focal length and helps to produce a much more powerful lens. This broad circumference also increases the effective area of the lens, which helps optimize the resolution of a picture taken with the lens.

The actual optics of the CA10298_SPUTNIK-R5 consists of two pieces made from specially designed optical glass. The first piece is a concave lens, and the second is a convex lens. This combination of convex and concave optics helps ensure that the lens can produce high resolution images with minimal aberrations.

The CA10298_SPUTNIK-R5 has many applications, including surveillance, long-range imaging, and directional laser applications. It is also used in scientific research, such as for measuring and tracking of stars and other objects in space. Additionally, the lens can be used to measure sound waves, because light refracted at certain angles are converted into acoustical waves, which can then be tracked and measured.

The CA10298_SPUTNIK-R5 is an invaluable tool for its various applications, and its unique design makes it possible to achieve high performance and accuracy. It is an example of how modern optics can be used in order to measure and track a wide variety of objects and phenomena.

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