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Optics - Lenses

C11715_ANNA-40-5-W is a type of lens developed by the renowned optics company Anna Optics. It is a multi-element lens primarily used for imaging applications including infrared (IR) imaging, surveillance, and industrial imaging.

The C11715_ANNA-40-5-W lens is made up of five lens elements, four of which are made of N-BK7 glass and one of which is made of IR-grade Germanium. This combination of lens elements enables the lens to provide excellent performance across a variety of wavelengths, from the visible light spectrum up to 12μm. This type of lens has the ability to deliver high quality imagery even in low light conditions, making it ideal for a number of different imaging applications.

The primary application for C11715_ANNA-40-5-W lenses is in thermal imaging. Thermal imaging is used to detect and measure the temperature of objects or people, and can be used in surveillance applications to locate people who have been in contact with a high temperature source or to detect signs of heat signatures through walls. This type of lens is also well-suited to industrial imaging, allowing manufacturers to inspect products with greater accuracy.

The working principle of C11715_ANNA-40-5-W lenses is based on the fact that certain objects or people emit thermal radiation in the infrared part of the electromagnetic spectrum, and this radiation can be detected through the lens. In order to detect thermal radiation, the lens must be able to absorb the emitted radiation and then focus it onto an imaging sensor. The five elements in the lens are designed to capture the radiation in a uniform and focused pattern, thus reducing any distortion caused by the lenses.

The C11715_ANNA-40-5-W lens is also well-suited for use in surveillance applications, as it can detect small changes in temperature over the course of a 24-hour period. This type of lens is able to pick up on subtle temperature variations in the environment, allowing surveillance personnel to detect potential threats or suspicious activity.

In addition to its thermal imaging applications, the C11715_ANNA-40-5-W lens also has the potential to be used in a variety of non-imaging applications such as spectroscopy and laser surgery. This type of lens has the ability to capture a broad range of wavelengths, allowing it to be used in different applications. It has also been employed in fiber optics for high-speed data transmission.

Overall, C11715_ANNA-40-5-W lenses are highly versatile and reliable. They provide excellent performance across a range of applications, making them an effective choice for a number of different imaging, surveillance, and non-imaging tasks. With its five elements, the lens is capable of capturing and focusing a broad range of wavelengths, allowing it to be used in a variety of different applications.

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